easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

pixar

undiscoverableness

subsidy

paroo

mutha

packers

gavialoid

pentadecane

nazaritic

dillert

muumi

lovingston

yolyn

criticizable

stauss

caimakam

phylactocarpal

variat


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: erraverintque
cipher variations:
fssbwfsjourvf gttcxgtkpvswg huudyhulqwtxh ivvezivmrxuyi jwwfajwnsyvzj
kxxgbkxotzwak lyyhclypuaxbl mzzidmzqvbycm naajenarwczdn obbkfobsxdaeo
pcclgpctyebfp qddmhqduzfcgq reenirevagdhr sffojsfwbheis tggpktgxcifjt
uhhqluhydjgku viirmvizekhlv wjjsnwjaflimw xkktoxkbgmjnx yllupylchnkoy
zmmvqzmdiolpz annwranejpmqa booxsbofkqnrb cppytcpglrosc dqqzudqhmsptd

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: erraverintque
Cipher: viizevirmgjfv

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: erraverintque
Cipher: AABAA BAAAA BAAAA AAAAA BBBAB AABAA BAAAA ABAAA ABBAA BAABA 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: erraverintque
cipher variations:
fssbwfsjourvfnaabmnazogxjnviibcviposdxvdqqbsdqfoejldlyybilyvoqpzltggbytglocvntjwwbejwroahpjreeburehomndr
zmmbkzmxoytrzhuubahunokzfhpccbqpcdowftpxkkbgxktoilhxgttcxgtkpvswgobbcnobaphykowjjcdwjqpteywerrctergpfkme
mzzcjmzwprqamuhhczuhmpdwoukxxcfkxspbiqksffcvsfipnoesannclanypzusaivvcbivoplagiqddcrqdepxguqyllchylupjmiy
huudyhulqwtxhpccdopcbqizlpxkkdexkrqufzxfssdufshqglnfnaadknaxqsrbnviidavinqexpvlyydglytqcjrltggdwtgjqopft
boodmbozqavtbjwwdcjwpqmbhjreedsrefqyhvrzmmdizmvqknjzivvezivmrxuyiqddepqdcrjamqyllefylsrvgaygttevgtirhmog
obbelobyrtscowjjebwjorfyqwmzzehmzurdksmuhhexuhkrpqgucppencparbwuckxxedkxqrnciksffetsfgrziwsannejanwrloka
jwwfajwnsyvzjreefqredskbnrzmmfgzmtswhbzhuufwhujsinphpccfmpczsutdpxkkfcxkpsgzrxnaafinavseltnviifyvilsqrhv
dqqfodqbscxvdlyyfelyrsodjltggfutghsajxtboofkboxsmplbkxxgbkxotzwaksffgrsfetlcosannghanutxicaivvgxivktjoqi
qddgnqdatvueqyllgdylqthasyobbgjobwtfmuowjjgzwjmtrsiwerrgperctdywemzzgfmzstpekmuhhgvuhitbkyucppglcpytnqmc
lyyhclypuaxbltgghstgfumdptboohibovuyjdbjwwhyjwlukprjreehorebuwvfrzmmhezmruibtzpcchkpcxugnvpxkkhaxknustjx
fsshqfsduezxfnaahgnatuqflnviihwvijuclzvdqqhmdqzuorndmzzidmzqvbycmuhhituhgvnequcppijcpwvzkeckxxizkxmvlqsk
sffipsfcvxwgsannifansvjcuaqddilqdyvhowqyllibylovtukygttirgtevfaygobbihobuvrgmowjjixwjkvdmawerrineravpsoe
naajenarwczdnviijuvihwofrvdqqjkdqxwalfdlyyjalynwmrtltggjqtgdwyxhtboojgbotwkdvbreejmrezwipxrzmmjczmpwuvlz
huujshufwgbzhpccjipcvwshnpxkkjyxklwenbxfssjofsbwqtpfobbkfobsxdaeowjjkvwjixpgswerrkleryxbmgemzzkbmzoxnsum
uhhkruhexzyiucppkhcpuxlewcsffknsfaxjqysannkdanqxvwmaivvktivgxhcaiqddkjqdwxtioqyllkzylmxfocygttkpgtcxruqg
pcclgpctyebfpxkklwxkjyqhtxfsslmfszycnhfnaalcnapyotvnviilsvifyazjvdqqlidqvymfxdtgglotgbykrztbooleborywxnb
jwwlujwhyidbjreelkrexyujprzmmlazmnygpdzhuulqhudysvrhqddmhqduzfcgqyllmxylkzriuygttmngtazdoigobbmdobqzpuwo
wjjmtwjgzbakwerrmjerwzngyeuhhmpuhczlsaucppmfcpszxyockxxmvkxizjecksffmlsfyzvkqsannmbanozhqeaivvmriveztwsi
reenirevagdhrzmmnyzmlasjvzhuunohubaepjhpccnepcraqvxpxkknuxkhacblxfssnkfsxaohzfviinqvidamtbvdqqngdqtayzpd
lyynwlyjakfdltggnmtgzawlrtbooncbopairfbjwwnsjwfauxtjsffojsfwbheisannozanmbtkwaivvopivcbfqkiqddofqdsbrwyq
yllovylibdcmygttolgtybpiagwjjorwjebnucwerroherubzaqemzzoxmzkblgemuhhonuhabxmsucppodcpqbjsgckxxotkxgbvyuk
tggpktgxcifjtboopabonculxbjwwpqjwdcgrljreepgretcsxzrzmmpwzmjcednzhuupmhuzcqjbhxkkpsxkfcovdxfsspifsvcabrf
naapynalcmhfnviipovibcyntvdqqpedqrckthdlyypulyhcwzvluhhqluhydjgkucppqbcpodvmyckxxqrkxedhsmksffqhsfudtyas
annqxankdfeoaivvqnivadrkciyllqtylgdpweygttqjgtwdbcsgobbqzobmdnigowjjqpwjcdzouwerrqfersdluiemzzqvmzidxawm
viirmvizekhlvdqqrcdqpewnzdlyyrslyfeitnltggritgveuzbtboorybolegfpbjwwrojwbesldjzmmruzmheqxfzhuurkhuxecdth
pccrapcneojhpxkkrqxkdeapvxfssrgfstemvjfnaarwnajeybxnwjjsnwjaflimwerrsderqfxoaemzzstmzgfjuomuhhsjuhwfvacu
cppszcpmfhgqckxxspkxcftmekannsvanifrygaivvslivyfdeuiqddsbqdofpkiqyllsrylefbqwygttshgtufnwkgobbsxobkfzcyo
xkktoxkbgmjnxfsstefsrgypbfnaatunahgkvpnviitkvixgwbdvdqqtadqngihrdlyytqlydgunflbootwbojgszhbjwwtmjwzgefvj
reetcrepgqljrzmmtszmfgcrxzhuutihuvgoxlhpcctypclgadzpyllupylchnkoygttufgtshzqcgobbuvobihlwqowjjulwjyhxcew
erruberohjisemzzurmzehvogmcppuxcpkhtaickxxunkxahfgwksffudsfqhrmksannutanghdsyaivvujivwhpymiqdduzqdmhbeaq
zmmvqzmdiolpzhuuvghutiardhpccvwpcjimxrpxkkvmxkziydfxfssvcfspikjtfnaavsnafiwphndqqvydqliubjdlyyvolybighxl
tggvetgrisnltboovubohietzbjwwvkjwxiqznjreevarenicfbrannwranejpmqaivvwhivujbseiqddwxqdkjnysqyllwnylajzegy
gttwdgtqjlkugobbwtobgjxqioerrwzermjvckemzzwpmzcjhiymuhhwfuhsjtomucppwvcpijfuackxxwlkxyjraoksffwbsfojdgcs
booxsbofkqnrbjwwxijwvkctfjreexyrelkoztrzmmxozmbkafhzhuuxehurkmlvhpccxupchkyrjpfssxafsnkwdlfnaaxqnadkijzn
viixgvitkupnvdqqxwdqjkgvbdlyyxmlyzksbpltggxctgpkehdtcppytcpglrosckxxyjkxwldugksffyzsfmlpausannypanclbgia
ivvyfivslnmwiqddyvqdilzskqgttybgtolxemgobbyrobeljkaowjjyhwjulvqowerryxerklhwcemzzynmzaltcqmuhhyduhqlfieu
dqqzudqhmsptdlyyzklyxmevhltggzatgnmqbvtboozqbodmchjbjwwzgjwtmonxjreezwrejmatlrhuuzchupmyfnhpcczspcfmklbp
xkkzixkvmwrpxfsszyfslmixdfnaazonabmudrnviizevirmgjfverraverintquemzzalmzynfwimuhhabuhonrcwucpparcpendikc
kxxahkxunpoyksffaxsfknbumsivvadivqnzgoiqddatqdgnlmcqyllajylwnxsqygttazgtmnjyegobbapobcnvesowjjafwjsnhkgw

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: erraverintque
Cipher: reenirevagdhr

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: erraverintque
Cipher: 51242411155124423344145451

Extended Methods:
Method #1

Plaintext: erraverintque
method variations:
kwwfakwosyvzkpbblfpbtxdaepuggqlugycifkuzmmvqzmdholpz

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
e r r a v e r i n t q u e 
5 2 2 1 1 5 2 4 3 4 1 5 5 
1 4 4 1 5 1 4 2 3 4 4 4 1 
They are then read out in rows:
52211524341551441514234441
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: erraverintque
Cipher: kbvrsvetvqmtd

Read more ...
Method #3

Plaintext: erraverintque
method variations:
fidazftmsdyyv idazftmsdyyvf dazftmsdyyvfi
azftmsdyyvfid zftmsdyyvfida ftmsdyyvfidaz
tmsdyyvfidazf msdyyvfidazft sdyyvfidazftm
dyyvfidazftms yyvfidazftmsd yvfidazftmsdy
vfidazftmsdyy

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: erraverintque

first 5040 cipher variations(6187239489 total)
erraverintque erraverintqeu erraverintuqe erraverintueq erraverinteuq erraverintequ erraverinqtue erraverinqteu erraverinqute
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erravenqriuet erravenqrieut erravenqrietu erravenqruite erravenqruiet erravenqrutie erravenqrutei erravenqrueti erravenqrueit
erravenqreiut erravenqreitu erravenqreuit erravenqreuti erravenqretui erravenqretiu erravenqtriue erravenqtrieu erravenqtruie
erravenqtruei erravenqtreui erravenqtreiu erravenqtirue erravenqtireu erravenqtiure erravenqtiuer erravenqtieur erravenqtieru
erravenqtuire erravenqtuier erravenqturie erravenqturei erravenqtueri erravenqtueir erravenqteiur erravenqteiru erravenqteuir
erravenqteuri erravenqterui erravenqteriu erravenqitrue erravenqitreu erravenqiture erravenqituer erravenqiteur erravenqiteru
erravenqirtue erravenqirteu erravenqirute erravenqiruet erravenqireut erravenqiretu erravenqiurte erravenqiuret erravenqiutre
erravenqiuter erravenqiuetr erravenqiuert erravenqierut erravenqiertu erravenqieurt erravenqieutr erravenqietur erravenqietru
erravenqutire erravenqutier erravenqutrie erravenqutrei erravenquteri erravenquteir erravenquitre erravenquiter erravenquirte
erravenquiret erravenquiert erravenquietr erravenqurite erravenquriet erravenqurtie erravenqurtei erravenqureti erravenqureit
erravenqueirt erravenqueitr erravenquerit erravenquerti erravenquetri erravenquetir erravenqetiur erravenqetiru erravenqetuir
erravenqeturi erravenqetrui erravenqetriu erravenqeitur erravenqeitru erravenqeiutr erravenqeiurt erravenqeirut erravenqeirtu
erravenqeuitr erravenqeuirt erravenqeutir erravenqeutri erravenqeurti erravenqeurit erravenqeriut erravenqeritu erravenqeruit
erravenqeruti erravenqertui erravenqertiu erravenurtqie erravenurtqei erravenurtiqe erravenurtieq erravenurteiq erravenurteqi
erravenurqtie erravenurqtei erravenurqite erravenurqiet erravenurqeit erravenurqeti erravenuriqte erravenuriqet erravenuritqe
erravenuriteq erravenurietq erravenurieqt erravenureqit erravenureqti erravenureiqt erravenureitq erravenuretiq erravenuretqi
erravenutrqie erravenutrqei erravenutriqe erravenutrieq erravenutreiq erravenutreqi erravenutqrie erravenutqrei erravenutqire
erravenutqier erravenutqeir erravenutqeri erravenutiqre erravenutiqer erravenutirqe erravenutireq erravenutierq erravenutieqr
erravenuteqir erravenuteqri erravenuteiqr erravenuteirq erravenuteriq erravenuterqi erravenuqtrie erravenuqtrei erravenuqtire
erravenuqtier erravenuqteir erravenuqteri erravenuqrtie erravenuqrtei erravenuqrite erravenuqriet erravenuqreit erravenuqreti
erravenuqirte erravenuqiret erravenuqitre erravenuqiter erravenuqietr erravenuqiert erravenuqerit erravenuqerti erravenuqeirt
erravenuqeitr erravenuqetir erravenuqetri erravenuitqre erravenuitqer erravenuitrqe erravenuitreq erravenuiterq erravenuiteqr
erravenuiqtre erravenuiqter erravenuiqrte erravenuiqret erravenuiqert erravenuiqetr erravenuirqte erravenuirqet erravenuirtqe
erravenuirteq erravenuiretq erravenuireqt erravenuieqrt erravenuieqtr erravenuierqt erravenuiertq erravenuietrq erravenuietqr
erravenuetqir erravenuetqri erravenuetiqr erravenuetirq erravenuetriq erravenuetrqi erravenueqtir erravenueqtri erravenueqitr
erravenueqirt erravenueqrit erravenueqrti erravenueiqtr erravenueiqrt erravenueitqr erravenueitrq erravenueirtq erravenueirqt
erravenuerqit erravenuerqti erravenueriqt erravenueritq erravenuertiq erravenuertqi erravenertqui erravenertqiu erravenertuqi
erravenertuiq erravenertiuq erravenertiqu erravenerqtui erravenerqtiu erravenerquti erravenerquit erravenerqiut erravenerqitu
erraveneruqti erraveneruqit erravenerutqi erravenerutiq erraveneruitq erraveneruiqt erraveneriqut erraveneriqtu erraveneriuqt
erraveneriutq erravenerituq erraveneritqu erravenetrqui erravenetrqiu erravenetruqi erravenetruiq erravenetriuq erravenetriqu
erravenetqrui erravenetqriu erravenetquri erravenetquir erravenetqiur erravenetqiru erravenetuqri erravenetuqir erraveneturqi
erraveneturiq erravenetuirq erravenetuiqr erravenetiqur erravenetiqru erravenetiuqr erravenetiurq erravenetiruq erravenetirqu
erraveneqtrui erraveneqtriu erraveneqturi erraveneqtuir erraveneqtiur erraveneqtiru erraveneqrtui erraveneqrtiu erraveneqruti
erraveneqruit erraveneqriut erraveneqritu erravenequrti erravenequrit erravenequtri erravenequtir erravenequitr erravenequirt
erraveneqirut erraveneqirtu erraveneqiurt erraveneqiutr erraveneqitur erraveneqitru erraveneutqri erraveneutqir erraveneutrqi
erraveneutriq erraveneutirq erraveneutiqr erraveneuqtri erraveneuqtir erraveneuqrti erraveneuqrit erraveneuqirt erraveneuqitr
erraveneurqti erraveneurqit erraveneurtqi erraveneurtiq erraveneuritq erraveneuriqt erraveneuiqrt erraveneuiqtr erraveneuirqt
erraveneuirtq erraveneuitrq erraveneuitqr erraveneitqur erraveneitqru erraveneituqr erraveneiturq erraveneitruq erraveneitrqu
erraveneiqtur erraveneiqtru erraveneiqutr erraveneiqurt erraveneiqrut erraveneiqrtu erraveneiuqtr erraveneiuqrt erraveneiutqr
erraveneiutrq erraveneiurtq erraveneiurqt erraveneirqut erraveneirqtu erraveneiruqt erraveneirutq erraveneirtuq erraveneirtqu
erravetinrque erravetinrqeu erravetinruqe erravetinrueq erravetinreuq erravetinrequ erravetinqrue erravetinqreu erravetinqure
erravetinquer erravetinqeur erravetinqeru erravetinuqre erravetinuqer erravetinurqe erravetinureq erravetinuerq erravetinueqr
erravetinequr erravetineqru erravetineuqr erravetineurq erravetineruq erravetinerqu erravetirnque erravetirnqeu erravetirnuqe
erravetirnueq erravetirneuq erravetirnequ erravetirqnue erravetirqneu erravetirqune erravetirquen erravetirqeun erravetirqenu
erravetiruqne erravetiruqen erravetirunqe erravetiruneq erravetiruenq erravetirueqn erravetirequn erravetireqnu erravetireuqn
erravetireunq erravetirenuq erravetirenqu erravetiqrnue erravetiqrneu erravetiqrune erravetiqruen erravetiqreun erravetiqrenu
erravetiqnrue erravetiqnreu erravetiqnure erravetiqnuer erravetiqneur erravetiqneru erravetiqunre erravetiquner erravetiqurne
erravetiquren erravetiquern erravetiquenr erravetiqenur erravetiqenru erravetiqeunr erravetiqeurn erravetiqerun erravetiqernu
erravetiurqne erravetiurqen erravetiurnqe erravetiurneq erravetiurenq erravetiureqn erravetiuqrne erravetiuqren erravetiuqnre
erravetiuqner erravetiuqenr erravetiuqern erravetiunqre erravetiunqer erravetiunrqe erravetiunreq erravetiunerq erravetiuneqr
erravetiueqnr erravetiueqrn erravetiuenqr erravetiuenrq erravetiuernq erravetiuerqn erravetierqun erravetierqnu erravetieruqn
erravetierunq erravetiernuq erravetiernqu erravetieqrun erravetieqrnu erravetiequrn erravetiequnr erravetieqnur erravetieqnru
erravetieuqrn erravetieuqnr erravetieurqn erravetieurnq erravetieunrq erravetieunqr erravetienqur erravetienqru erravetienuqr
erravetienurq erravetienruq erravetienrqu erravetnirque erravetnirqeu erravetniruqe erravetnirueq erravetnireuq erravetnirequ
erravetniqrue erravetniqreu erravetniqure erravetniquer erravetniqeur erravetniqeru erravetniuqre erravetniuqer erravetniurqe
erravetniureq erravetniuerq erravetniueqr erravetniequr erravetnieqru erravetnieuqr erravetnieurq erravetnieruq erravetnierqu
erravetnrique erravetnriqeu erravetnriuqe erravetnriueq erravetnrieuq erravetnriequ erravetnrqiue erravetnrqieu erravetnrquie
erravetnrquei erravetnrqeui erravetnrqeiu erravetnruqie erravetnruqei erravetnruiqe erravetnruieq erravetnrueiq erravetnrueqi
erravetnrequi erravetnreqiu erravetnreuqi erravetnreuiq erravetnreiuq erravetnreiqu erravetnqriue erravetnqrieu erravetnqruie
erravetnqruei erravetnqreui erravetnqreiu erravetnqirue erravetnqireu erravetnqiure erravetnqiuer erravetnqieur erravetnqieru
erravetnquire erravetnquier erravetnqurie erravetnqurei erravetnqueri erravetnqueir erravetnqeiur erravetnqeiru erravetnqeuir
erravetnqeuri erravetnqerui erravetnqeriu erravetnurqie erravetnurqei erravetnuriqe erravetnurieq erravetnureiq erravetnureqi
erravetnuqrie erravetnuqrei erravetnuqire erravetnuqier erravetnuqeir erravetnuqeri erravetnuiqre erravetnuiqer erravetnuirqe
erravetnuireq erravetnuierq erravetnuieqr erravetnueqir erravetnueqri erravetnueiqr erravetnueirq erravetnueriq erravetnuerqi
erravetnerqui erravetnerqiu erravetneruqi erravetneruiq erravetneriuq erravetneriqu erravetneqrui erravetneqriu erravetnequri
erravetnequir erravetneqiur erravetneqiru erravetneuqri erravetneuqir erravetneurqi erravetneuriq erravetneuirq erravetneuiqr
erravetneiqur erravetneiqru erravetneiuqr erravetneiurq erravetneiruq erravetneirqu erravetrnique erravetrniqeu erravetrniuqe
erravetrniueq erravetrnieuq erravetrniequ erravetrnqiue erravetrnqieu erravetrnquie erravetrnquei erravetrnqeui erravetrnqeiu
erravetrnuqie erravetrnuqei erravetrnuiqe erravetrnuieq erravetrnueiq erravetrnueqi erravetrnequi erravetrneqiu erravetrneuqi
erravetrneuiq erravetrneiuq erravetrneiqu erravetrinque erravetrinqeu erravetrinuqe erravetrinueq erravetrineuq erravetrinequ
erravetriqnue erravetriqneu erravetriqune erravetriquen erravetriqeun erravetriqenu erravetriuqne erravetriuqen erravetriunqe
erravetriuneq erravetriuenq erravetriueqn erravetriequn erravetrieqnu erravetrieuqn erravetrieunq erravetrienuq erravetrienqu
erravetrqinue erravetrqineu erravetrqiune erravetrqiuen erravetrqieun erravetrqienu erravetrqniue erravetrqnieu erravetrqnuie
erravetrqnuei erravetrqneui erravetrqneiu erravetrqunie erravetrqunei erravetrquine erravetrquien erravetrquein erravetrqueni
erravetrqenui erravetrqeniu erravetrqeuni erravetrqeuin erravetrqeiun erravetrqeinu erravetruiqne erravetruiqen erravetruinqe
erravetruineq erravetruienq erravetruieqn erravetruqine erravetruqien erravetruqnie erravetruqnei erravetruqeni erravetruqein
erravetrunqie erravetrunqei erravetruniqe erravetrunieq erravetruneiq erravetruneqi erravetrueqni erravetrueqin erravetruenqi
erravetrueniq erravetrueinq erravetrueiqn erravetreiqun erravetreiqnu erravetreiuqn erravetreiunq erravetreinuq erravetreinqu
erravetreqiun erravetreqinu erravetrequin erravetrequni erravetreqnui erravetreqniu erravetreuqin erravetreuqni erravetreuiqn
erravetreuinq erravetreuniq erravetreunqi erravetrenqui erravetrenqiu erravetrenuqi erravetrenuiq erravetreniuq erravetreniqu
erravetqnriue erravetqnrieu erravetqnruie erravetqnruei erravetqnreui erravetqnreiu erravetqnirue erravetqnireu erravetqniure
erravetqniuer erravetqnieur erravetqnieru erravetqnuire erravetqnuier erravetqnurie erravetqnurei erravetqnueri erravetqnueir
erravetqneiur erravetqneiru erravetqneuir erravetqneuri erravetqnerui erravetqneriu erravetqrniue erravetqrnieu erravetqrnuie
erravetqrnuei erravetqrneui erravetqrneiu erravetqrinue erravetqrineu erravetqriune erravetqriuen erravetqrieun erravetqrienu
erravetqruine erravetqruien erravetqrunie erravetqrunei erravetqrueni erravetqruein erravetqreiun erravetqreinu erravetqreuin
erravetqreuni erravetqrenui erravetqreniu erravetqirnue erravetqirneu erravetqirune erravetqiruen erravetqireun erravetqirenu
erravetqinrue erravetqinreu erravetqinure erravetqinuer erravetqineur erravetqineru erravetqiunre erravetqiuner erravetqiurne
erravetqiuren erravetqiuern erravetqiuenr erravetqienur erravetqienru erravetqieunr erravetqieurn erravetqierun erravetqiernu
erravetqurine erravetqurien erravetqurnie erravetqurnei erravetqureni erravetqurein erravetquirne erravetquiren erravetquinre
erravetquiner erravetquienr erravetquiern erravetqunire erravetqunier erravetqunrie erravetqunrei erravetquneri erravetquneir
erravetqueinr erravetqueirn erravetquenir erravetquenri erravetquerni erravetquerin erravetqeriun erravetqerinu erravetqeruin
erravetqeruni erravetqernui erravetqerniu erravetqeirun erravetqeirnu erravetqeiurn erravetqeiunr erravetqeinur erravetqeinru
erravetqeuirn erravetqeuinr erravetqeurin erravetqeurni erravetqeunri erravetqeunir erravetqeniur erravetqeniru erravetqenuir
erravetqenuri erravetqenrui erravetqenriu erravetunrqie erravetunrqei erravetunriqe erravetunrieq erravetunreiq erravetunreqi
erravetunqrie erravetunqrei erravetunqire erravetunqier erravetunqeir erravetunqeri erravetuniqre erravetuniqer erravetunirqe
erravetunireq erravetunierq erravetunieqr erravetuneqir erravetuneqri erravetuneiqr erravetuneirq erravetuneriq erravetunerqi
erraveturnqie erraveturnqei erraveturniqe erraveturnieq erraveturneiq erraveturneqi erraveturqnie erraveturqnei erraveturqine
erraveturqien erraveturqein erraveturqeni erraveturiqne erraveturiqen erraveturinqe erraveturineq erraveturienq erraveturieqn
erravetureqin erravetureqni erravetureiqn erravetureinq erravetureniq erraveturenqi erravetuqrnie erravetuqrnei erravetuqrine
erravetuqrien erravetuqrein erravetuqreni erravetuqnrie erravetuqnrei erravetuqnire erravetuqnier erravetuqneir erravetuqneri
erravetuqinre erravetuqiner erravetuqirne erravetuqiren erravetuqiern erravetuqienr erravetuqenir erravetuqenri erravetuqeinr
erravetuqeirn erravetuqerin erravetuqerni erravetuirqne erravetuirqen erravetuirnqe erravetuirneq erravetuirenq erravetuireqn
erravetuiqrne erravetuiqren erravetuiqnre erravetuiqner erravetuiqenr erravetuiqern erravetuinqre erravetuinqer erravetuinrqe
erravetuinreq erravetuinerq erravetuineqr erravetuieqnr erravetuieqrn erravetuienqr erravetuienrq erravetuiernq erravetuierqn
erravetuerqin erravetuerqni erravetueriqn erravetuerinq erravetuerniq erravetuernqi erravetueqrin erravetueqrni erravetueqirn
erravetueqinr erravetueqnir erravetueqnri erravetueiqrn erravetueiqnr erravetueirqn erravetueirnq erravetueinrq erravetueinqr
erravetuenqir erravetuenqri erravetueniqr erravetuenirq erravetuenriq erravetuenrqi erravetenrqui erravetenrqiu erravetenruqi
erravetenruiq erravetenriuq erravetenriqu erravetenqrui erravetenqriu erravetenquri erravetenquir erravetenqiur erravetenqiru
erravetenuqri erravetenuqir erravetenurqi erravetenuriq erravetenuirq erravetenuiqr erraveteniqur erraveteniqru erraveteniuqr
erraveteniurq erraveteniruq erravetenirqu erraveternqui erraveternqiu erraveternuqi erraveternuiq erraveterniuq erraveterniqu
erraveterqnui erraveterqniu erraveterquni erraveterquin erraveterqiun erraveterqinu erraveteruqni erraveteruqin erraveterunqi
erraveteruniq erraveteruinq erraveteruiqn erraveteriqun erraveteriqnu erraveteriuqn erraveteriunq erraveterinuq erraveterinqu
erraveteqrnui erraveteqrniu erraveteqruni erraveteqruin erraveteqriun erraveteqrinu erraveteqnrui erraveteqnriu erraveteqnuri
erraveteqnuir erraveteqniur erraveteqniru erravetequnri erravetequnir erravetequrni erravetequrin erravetequirn erravetequinr
erraveteqinur erraveteqinru erraveteqiunr erraveteqiurn erraveteqirun erraveteqirnu erraveteurqni erraveteurqin erraveteurnqi
erraveteurniq erraveteurinq erraveteuriqn erraveteuqrni erraveteuqrin erraveteuqnri erraveteuqnir erraveteuqinr erraveteuqirn
erraveteunqri erraveteunqir erraveteunrqi erraveteunriq erraveteunirq erraveteuniqr erraveteuiqnr erraveteuiqrn erraveteuinqr
erraveteuinrq erraveteuirnq erraveteuirqn erraveteirqun erraveteirqnu erraveteiruqn erraveteirunq erraveteirnuq erraveteirnqu
erraveteiqrun erraveteiqrnu erraveteiqurn erraveteiqunr erraveteiqnur erraveteiqnru erraveteiuqrn erraveteiuqnr erraveteiurqn
erraveteiurnq erraveteiunrq erraveteiunqr erraveteinqur erraveteinqru erraveteinuqr erraveteinurq erraveteinruq erraveteinrqu
erraveqintrue erraveqintreu erraveqinture erraveqintuer erraveqinteur erraveqinteru erraveqinrtue erraveqinrteu erraveqinrute
erraveqinruet erraveqinreut erraveqinretu erraveqinurte erraveqinuret erraveqinutre erraveqinuter erraveqinuetr erraveqinuert
erraveqinerut erraveqinertu erraveqineurt erraveqineutr erraveqinetur erraveqinetru erraveqitnrue erraveqitnreu erraveqitnure
erraveqitnuer erraveqitneur erraveqitneru erraveqitrnue erraveqitrneu erraveqitrune erraveqitruen erraveqitreun erraveqitrenu
erraveqiturne erraveqituren erraveqitunre erraveqituner erraveqituenr erraveqituern erraveqiterun erraveqiternu erraveqiteurn
erraveqiteunr erraveqitenur erraveqitenru erraveqirtnue erraveqirtneu erraveqirtune erraveqirtuen erraveqirteun erraveqirtenu
erraveqirntue erraveqirnteu erraveqirnute erraveqirnuet erraveqirneut erraveqirnetu erraveqirunte erraveqirunet erraveqirutne
erraveqiruten erraveqiruetn erraveqiruent erraveqirenut erraveqirentu erraveqireunt erraveqireutn erraveqiretun erraveqiretnu
erraveqiutrne erraveqiutren erraveqiutnre erraveqiutner erraveqiutenr erraveqiutern erraveqiurtne erraveqiurten erraveqiurnte
erraveqiurnet erraveqiurent erraveqiuretn erraveqiunrte erraveqiunret erraveqiuntre erraveqiunter erraveqiunetr erraveqiunert
erraveqiuernt erraveqiuertn erraveqiuenrt erraveqiuentr erraveqiuetnr erraveqiuetrn erraveqietrun erraveqietrnu erraveqieturn
erraveqietunr erraveqietnur erraveqietnru erraveqiertun erraveqiertnu erraveqierutn erraveqierunt erraveqiernut erraveqierntu
erraveqieurtn erraveqieurnt erraveqieutrn erraveqieutnr erraveqieuntr erraveqieunrt erraveqienrut erraveqienrtu erraveqienurt
erraveqienutr erraveqientur erraveqientru erraveqnitrue erraveqnitreu erraveqniture erraveqnituer erraveqniteur erraveqniteru
erraveqnirtue erraveqnirteu erraveqnirute erraveqniruet erraveqnireut erraveqniretu erraveqniurte erraveqniuret erraveqniutre
erraveqniuter erraveqniuetr erraveqniuert erraveqnierut erraveqniertu erraveqnieurt erraveqnieutr erraveqnietur erraveqnietru
erraveqntirue erraveqntireu erraveqntiure erraveqntiuer erraveqntieur erraveqntieru erraveqntriue erraveqntrieu erraveqntruie
erraveqntruei erraveqntreui erraveqntreiu erraveqnturie erraveqnturei erraveqntuire erraveqntuier erraveqntueir erraveqntueri
erraveqnterui erraveqnteriu erraveqnteuri erraveqnteuir erraveqnteiur erraveqnteiru erraveqnrtiue erraveqnrtieu erraveqnrtuie
erraveqnrtuei erraveqnrteui erraveqnrteiu erraveqnritue erraveqnriteu erraveqnriute erraveqnriuet erraveqnrieut erraveqnrietu
erraveqnruite erraveqnruiet erraveqnrutie erraveqnrutei erraveqnrueti erraveqnrueit erraveqnreiut erraveqnreitu erraveqnreuit
erraveqnreuti erraveqnretui erraveqnretiu erraveqnutrie erraveqnutrei erraveqnutire erraveqnutier erraveqnuteir erraveqnuteri
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erraveuernqti erraveuernqit erraveuerntqi erraveuerntiq erraveuernitq erraveuerniqt erraveueriqnt erraveueriqtn erraveuerinqt
erraveuerintq erraveueritnq erraveueritqn erraveueitqrn erraveueitqnr erraveueitrqn erraveueitrnq erraveueitnrq erraveueitnqr
erraveueiqtrn erraveueiqtnr erraveueiqrtn erraveueiqrnt erraveueiqnrt erraveueiqntr erraveueirqtn erraveueirqnt erraveueirtqn
erraveueirtnq erraveueirntq erraveueirnqt erraveueinqrt erraveueinqtr erraveueinrqt erraveueinrtq erraveueintrq erraveueintqr
erraveeintqur erraveeintqru erraveeintuqr erraveeinturq erraveeintruq erraveeintrqu erraveeinqtur erraveeinqtru erraveeinqutr
erraveeinqurt erraveeinqrut erraveeinqrtu erraveeinuqtr erraveeinuqrt erraveeinutqr erraveeinutrq erraveeinurtq erraveeinurqt
erraveeinrqut erraveeinrqtu erraveeinruqt erraveeinrutq erraveeinrtuq erraveeinrtqu erraveeitnqur erraveeitnqru erraveeitnuqr
erraveeitnurq erraveeitnruq erraveeitnrqu erraveeitqnur erraveeitqnru erraveeitqunr erraveeitqurn erraveeitqrun erraveeitqrnu
erraveeituqnr erraveeituqrn erraveeitunqr erraveeitunrq erraveeiturnq erraveeiturqn erraveeitrqun erraveeitrqnu erraveeitruqn
erraveeitrunq erraveeitrnuq erraveeitrnqu erraveeiqtnur erraveeiqtnru erraveeiqtunr erraveeiqturn erraveeiqtrun erraveeiqtrnu
erraveeiqntur erraveeiqntru erraveeiqnutr erraveeiqnurt erraveeiqnrut erraveeiqnrtu erraveeiquntr erraveeiqunrt erraveeiqutnr
erraveeiqutrn erraveeiqurtn erraveeiqurnt erraveeiqrnut erraveeiqrntu erraveeiqrunt erraveeiqrutn erraveeiqrtun erraveeiqrtnu
erraveeiutqnr erraveeiutqrn erraveeiutnqr erraveeiutnrq erraveeiutrnq erraveeiutrqn erraveeiuqtnr erraveeiuqtrn erraveeiuqntr
erraveeiuqnrt erraveeiuqrnt erraveeiuqrtn erraveeiunqtr erraveeiunqrt erraveeiuntqr erraveeiuntrq erraveeiunrtq erraveeiunrqt
erraveeiurqnt erraveeiurqtn erraveeiurnqt erraveeiurntq erraveeiurtnq erraveeiurtqn erraveeirtqun erraveeirtqnu erraveeirtuqn
erraveeirtunq erraveeirtnuq erraveeirtnqu erraveeirqtun erraveeirqtnu erraveeirqutn erraveeirqunt erraveeirqnut erraveeirqntu
erraveeiruqtn erraveeiruqnt erraveeirutqn erraveeirutnq erraveeiruntq erraveeirunqt erraveeirnqut erraveeirnqtu erraveeirnuqt
erraveeirnutq erraveeirntuq erraveeirntqu erraveenitqur erraveenitqru erraveenituqr erraveeniturq erraveenitruq erraveenitrqu
erraveeniqtur erraveeniqtru erraveeniqutr erraveeniqurt erraveeniqrut erraveeniqrtu erraveeniuqtr erraveeniuqrt erraveeniutqr
erraveeniutrq erraveeniurtq erraveeniurqt erraveenirqut erraveenirqtu erraveeniruqt erraveenirutq erraveenirtuq erraveenirtqu
erraveentiqur erraveentiqru erraveentiuqr erraveentiurq erraveentiruq erraveentirqu erraveentqiur erraveentqiru erraveentquir
erraveentquri erraveentqrui erraveentqriu erraveentuqir erraveentuqri erraveentuiqr erraveentuirq erraveenturiq erraveenturqi
erraveentrqui erraveentrqiu erraveentruqi erraveentruiq erraveentriuq erraveentriqu erraveenqtiur erraveenqtiru erraveenqtuir
erraveenqturi erraveenqtrui erraveenqtriu erraveenqitur erraveenqitru erraveenqiutr erraveenqiurt erraveenqirut erraveenqirtu
erraveenquitr erraveenquirt erraveenqutir erraveenqutri erraveenqurti erraveenqurit erraveenqriut erraveenqritu erraveenqruit
erraveenqruti erraveenqrtui erraveenqrtiu erraveenutqir erraveenutqri erraveenutiqr erraveenutirq erraveenutriq erraveenutrqi
erraveenuqtir erraveenuqtri erraveenuqitr erraveenuqirt erraveenuqrit erraveenuqrti erraveenuiqtr erraveenuiqrt erraveenuitqr
erraveenuitrq erraveenuirtq erraveenuirqt erraveenurqit erraveenurqti erraveenuriqt erraveenuritq erraveenurtiq erraveenurtqi
erraveenrtqui erraveenrtqiu erraveenrtuqi erraveenrtuiq erraveenrtiuq erraveenrtiqu erraveenrqtui erraveenrqtiu erraveenrquti
erraveenrquit erraveenrqiut erraveenrqitu erraveenruqti erraveenruqit erraveenrutqi erraveenrutiq erraveenruitq erraveenruiqt
erraveenriqut erraveenriqtu erraveenriuqt erraveenriutq erraveenrituq erraveenritqu erraveetniqur erraveetniqru erraveetniuqr
erraveetniurq erraveetniruq erraveetnirqu erraveetnqiur erraveetnqiru erraveetnquir erraveetnquri erraveetnqrui erraveetnqriu
erraveetnuqir erraveetnuqri erraveetnuiqr erraveetnuirq erraveetnuriq erraveetnurqi erraveetnrqui erraveetnrqiu erraveetnruqi
erraveetnruiq erraveetnriuq erraveetnriqu erraveetinqur erraveetinqru erraveetinuqr erraveetinurq erraveetinruq erraveetinrqu
erraveetiqnur erraveetiqnru erraveetiqunr erraveetiqurn erraveetiqrun erraveetiqrnu erraveetiuqnr erraveetiuqrn erraveetiunqr
erraveetiunrq erraveetiurnq erraveetiurqn erraveetirqun erraveetirqnu erraveetiruqn erraveetirunq erraveetirnuq erraveetirnqu
erraveetqinur erraveetqinru erraveetqiunr erraveetqiurn erraveetqirun erraveetqirnu erraveetqniur erraveetqniru erraveetqnuir
erraveetqnuri erraveetqnrui erraveetqnriu erraveetqunir erraveetqunri erraveetquinr erraveetquirn erraveetqurin erraveetqurni
erraveetqrnui erraveetqrniu erraveetqruni erraveetqruin erraveetqriun erraveetqrinu erraveetuiqnr erraveetuiqrn erraveetuinqr
erraveetuinrq erraveetuirnq erraveetuirqn erraveetuqinr erraveetuqirn erraveetuqnir erraveetuqnri erraveetuqrni erraveetuqrin
erraveetunqir erraveetunqri erraveetuniqr erraveetunirq erraveetunriq erraveetunrqi erraveeturqni erraveeturqin erraveeturnqi
erraveeturniq erraveeturinq erraveeturiqn erraveetriqun erraveetriqnu erraveetriuqn erraveetriunq erraveetrinuq erraveetrinqu
erraveetrqiun erraveetrqinu erraveetrquin erraveetrquni erraveetrqnui erraveetrqniu erraveetruqin erraveetruqni erraveetruiqn
erraveetruinq erraveetruniq erraveetrunqi erraveetrnqui erraveetrnqiu erraveetrnuqi erraveetrnuiq erraveetrniuq erraveetrniqu
erraveeqntiur erraveeqntiru erraveeqntuir erraveeqnturi erraveeqntrui erraveeqntriu erraveeqnitur erraveeqnitru erraveeqniutr
erraveeqniurt erraveeqnirut erraveeqnirtu erraveeqnuitr erraveeqnuirt erraveeqnutir erraveeqnutri erraveeqnurti erraveeqnurit
erraveeqnriut erraveeqnritu erraveeqnruit erraveeqnruti erraveeqnrtui erraveeqnrtiu erraveeqtniur erraveeqtniru erraveeqtnuir
erraveeqtnuri erraveeqtnrui erraveeqtnriu erraveeqtinur erraveeqtinru erraveeqtiunr erraveeqtiurn erraveeqtirun erraveeqtirnu
erraveeqtuinr erraveeqtuirn erraveeqtunir erraveeqtunri erraveeqturni erraveeqturin erraveeqtriun erraveeqtrinu erraveeqtruin
erraveeqtruni erraveeqtrnui erraveeqtrniu erraveeqitnur erraveeqitnru erraveeqitunr erraveeqiturn erraveeqitrun erraveeqitrnu
erraveeqintur erraveeqintru erraveeqinutr erraveeqinurt erraveeqinrut erraveeqinrtu erraveeqiuntr erraveeqiunrt erraveeqiutnr
erraveeqiutrn erraveeqiurtn erraveeqiurnt erraveeqirnut erraveeqirntu erraveeqirunt erraveeqirutn erraveeqirtun erraveeqirtnu
erraveequtinr erraveequtirn erraveequtnir erraveequtnri erraveequtrni erraveequtrin erraveequitnr erraveequitrn erraveequintr
erraveequinrt erraveequirnt erraveequirtn erraveequnitr erraveequnirt erraveequntir erraveequntri erraveequnrti erraveequnrit
erraveequrint erraveequritn erraveequrnit erraveequrnti erraveequrtni erraveequrtin erraveeqrtiun erraveeqrtinu erraveeqrtuin
erraveeqrtuni erraveeqrtnui erraveeqrtniu erraveeqritun erraveeqritnu erraveeqriutn erraveeqriunt erraveeqrinut erraveeqrintu
erraveeqruitn erraveeqruint erraveeqrutin erraveeqrutni erraveeqrunti erraveeqrunit erraveeqrniut erraveeqrnitu erraveeqrnuit
erraveeqrnuti erraveeqrntui erraveeqrntiu erraveeuntqir erraveeuntqri erraveeuntiqr erraveeuntirq erraveeuntriq erraveeuntrqi
erraveeunqtir erraveeunqtri erraveeunqitr erraveeunqirt erraveeunqrit erraveeunqrti erraveeuniqtr erraveeuniqrt erraveeunitqr
erraveeunitrq erraveeunirtq erraveeunirqt erraveeunrqit erraveeunrqti erraveeunriqt erraveeunritq erraveeunrtiq erraveeunrtqi
erraveeutnqir erraveeutnqri erraveeutniqr erraveeutnirq erraveeutnriq erraveeutnrqi erraveeutqnir erraveeutqnri erraveeutqinr
erraveeutqirn erraveeutqrin erraveeutqrni erraveeutiqnr erraveeutiqrn erraveeutinqr erraveeutinrq erraveeutirnq erraveeutirqn
erraveeutrqin erraveeutrqni erraveeutriqn erraveeutrinq erraveeutrniq erraveeutrnqi erraveeuqtnir erraveeuqtnri erraveeuqtinr
erraveeuqtirn erraveeuqtrin erraveeuqtrni erraveeuqntir erraveeuqntri erraveeuqnitr erraveeuqnirt erraveeuqnrit erraveeuqnrti
erraveeuqintr erraveeuqinrt erraveeuqitnr erraveeuqitrn erraveeuqirtn erraveeuqirnt erraveeuqrnit erraveeuqrnti erraveeuqrint
erraveeuqritn erraveeuqrtin erraveeuqrtni erraveeuitqnr erraveeuitqrn erraveeuitnqr erraveeuitnrq erraveeuitrnq erraveeuitrqn
erraveeuiqtnr erraveeuiqtrn erraveeuiqntr erraveeuiqnrt erraveeuiqrnt erraveeuiqrtn erraveeuinqtr erraveeuinqrt erraveeuintqr
erraveeuintrq erraveeuinrtq erraveeuinrqt erraveeuirqnt erraveeuirqtn erraveeuirnqt erraveeuirntq erraveeuirtnq erraveeuirtqn
erraveeurtqin erraveeurtqni erraveeurtiqn erraveeurtinq erraveeurtniq erraveeurtnqi erraveeurqtin erraveeurqtni erraveeurqitn
erraveeurqint erraveeurqnit erraveeurqnti erraveeuriqtn erraveeuriqnt erraveeuritqn erraveeuritnq erraveeurintq erraveeurinqt
erraveeurnqit erraveeurnqti erraveeurniqt erraveeurnitq erraveeurntiq erraveeurntqi erraveerntqui erraveerntqiu erraveerntuqi
erraveerntuiq erraveerntiuq erraveerntiqu erraveernqtui erraveernqtiu erraveernquti erraveernquit erraveernqiut erraveernqitu
erraveernuqti erraveernuqit erraveernutqi erraveernutiq erraveernuitq erraveernuiqt erraveerniqut erraveerniqtu erraveerniuqt
erraveerniutq erraveernituq erraveernitqu erraveertnqui erraveertnqiu erraveertnuqi erraveertnuiq erraveertniuq erraveertniqu
erraveertqnui erraveertqniu erraveertquni erraveertquin erraveertqiun erraveertqinu erraveertuqni erraveertuqin erraveertunqi
erraveertuniq erraveertuinq erraveertuiqn erraveertiqun erraveertiqnu erraveertiuqn erraveertiunq erraveertinuq erraveertinqu
erraveerqtnui erraveerqtniu erraveerqtuni erraveerqtuin erraveerqtiun erraveerqtinu erraveerqntui erraveerqntiu erraveerqnuti
erraveerqnuit erraveerqniut erraveerqnitu erraveerqunti erraveerqunit erraveerqutni erraveerqutin erraveerquitn erraveerquint
erraveerqinut erraveerqintu erraveerqiunt erraveerqiutn erraveerqitun erraveerqitnu erraveerutqni erraveerutqin erraveerutnqi
erraveerutniq erraveerutinq erraveerutiqn erraveeruqtni erraveeruqtin erraveeruqnti erraveeruqnit erraveeruqint erraveeruqitn
erraveerunqti erraveerunqit erraveeruntqi erraveeruntiq erraveerunitq erraveeruniqt erraveeruiqnt erraveeruiqtn erraveeruinqt
erraveeruintq erraveeruitnq erraveeruitqn erraveeritqun erraveeritqnu erraveerituqn erraveeritunq erraveeritnuq erraveeritnqu
erraveeriqtun erraveeriqtnu erraveeriqutn erraveeriqunt erraveeriqnut erraveeriqntu erraveeriuqtn erraveeriuqnt erraveeriutqn
erraveeriutnq erraveeriuntq erraveeriunqt erraveerinqut erraveerinqtu erraveerinuqt erraveerinutq erraveerintuq erraveerintqu

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History of cryptography
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