easy ciphers

Easy Ciphers Tools:
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popular ciphers:

cunye

gerswin

sentimental

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jamil

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aquacades

placeless

embracer

tuberculate

hydrotherapeutic

melka

huibregtse

vastities

pandan

lilli

overshadows

aurantiacum


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: sideraque
cipher variations:
tjefsbrvf ukfgtcswg vlghudtxh wmhiveuyi xnijwfvzj
yojkxgwak zpklyhxbl aqlmziycm brmnajzdn csnobkaeo
dtopclbfp eupqdmcgq fvqrendhr gwrsfoeis hxstgpfjt
iytuhqgku jzuvirhlv kavwjsimw lbwxktjnx mcxylukoy
ndyzmvlpz oezanwmqa pfaboxnrb qgbcpyosc rhcdqzptd

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: sideraque
Cipher: hrwvizjfv

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: sideraque
Cipher: BAAAB ABAAA AAABB AABAA BAAAA AAAAA 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: sideraque
cipher variations: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The decryption function is

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

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

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: sideraque
Cipher: fvqrendhr

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: sideraque
Cipher: 344241512411145451

Extended Methods:
Method #1

Plaintext: sideraque
method variations:
xoikwfvzkctopblaephytugqfkundyzmvlpz

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
s i d e r a q u e 
3 4 4 5 2 1 1 5 5 
4 2 1 1 4 1 4 4 1 
They are then read out in rows:
344521155421141441
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: sideraque
Cipher: sybvubqqd

Read more ...
Method #3

Plaintext: sideraque
method variations:
trvfdayyl rvfdayylt vfdayyltr
fdayyltrv dayyltrvf ayyltrvfd
yyltrvfda yltrvfday ltrvfdayy

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: sideraque

first 5040 cipher variations(362880 total)
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sieerqdau sieeruqad sieeruqda sieeruaqd sieeruadq sieerudaq sieerudqa sieerdqua sieerdqau sieerduqa sieerduaq
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sieedaurq sieedaruq sieedarqu sieedqaur sieedqaru sieedquar sieedqura sieedqrua sieedqrau sieeduqar sieeduqra
sieeduaqr sieeduarq sieeduraq sieedurqa sieedrqua sieedrqau sieedruqa sieedruaq sieedrauq sieedraqu siredaque
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sireaeudq sireaeduq sireaedqu sireqadue sireqadeu sireqaude sireqaued sireqaeud sireqaedu sireqdaue sireqdaeu
sireqduae sireqduea sireqdeua sireqdeau sirequdae sirequdea sirequade sirequaed sirequead sirequeda sireqedua
sireqedau sireqeuda sireqeuad sireqeaud sireqeadu sireuaqde sireuaqed sireuadqe sireuadeq sireuaedq sireuaeqd
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sireudeqa sireueqda sireueqad sireuedqa sireuedaq sireueadq sireueaqd sireeaqud sireeaqdu sireeauqd sireeaudq
sireeaduq sireeadqu sireeqaud sireeqadu sireequad sireequda sireeqdua sireeqdau sireeuqad sireeuqda sireeuaqd
sireeuadq sireeudaq sireeudqa sireedqua sireedqau sireeduqa sireeduaq sireedauq sireedaqu sirdeaque sirdeaqeu
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siredqaue siredqaeu siredquae siredquea siredqeua siredqeau sireduqae sireduqea sireduaqe sireduaeq siredueaq
siredueqa siredequa siredeqau siredeuqa siredeuaq siredeauq siredeaqu sireadque sireadqeu sireaduqe sireadueq
sireadeuq sireadequ sireaqdue sireaqdeu sireaqude sireaqued sireaqeud sireaqedu sireauqde sireauqed sireaudqe
sireaudeq sireauedq sireaueqd sireaequd sireaeqdu sireaeuqd sireaeudq sireaeduq sireaedqu sireqadue sireqadeu
sireqaude sireqaued sireqaeud sireqaedu sireqdaue sireqdaeu sireqduae sireqduea sireqdeua sireqdeau sirequdae
sirequdea sirequade sirequaed sirequead sirequeda sireqedua sireqedau sireqeuda sireqeuad sireqeaud sireqeadu
sireuaqde sireuaqed sireuadqe sireuadeq sireuaedq sireuaeqd sireuqade sireuqaed sireuqdae sireuqdea sireuqeda
sireuqead sireudqae sireudqea sireudaqe sireudaeq sireudeaq sireudeqa sireueqda sireueqad sireuedqa sireuedaq
sireueadq sireueaqd sireeaqud sireeaqdu sireeauqd sireeaudq sireeaduq sireeadqu sireeqaud sireeqadu sireequad
sireequda sireeqdua sireeqdau sireeuqad sireeuqda sireeuaqd sireeuadq sireeudaq sireeudqa sireedqua sireedqau
sireeduqa sireeduaq sireedauq sireedaqu siaerdque siaerdqeu siaerduqe siaerdueq siaerdeuq siaerdequ siaerqdue
siaerqdeu siaerqude siaerqued siaerqeud siaerqedu siaeruqde siaeruqed siaerudqe siaerudeq siaeruedq siaerueqd
siaerequd siaereqdu siaereuqd siaereudq siaereduq siaeredqu siaedrque siaedrqeu siaedruqe siaedrueq siaedreuq
siaedrequ siaedqrue siaedqreu siaedqure siaedquer siaedqeur siaedqeru siaeduqre siaeduqer siaedurqe siaedureq
siaeduerq siaedueqr siaedequr siaedeqru siaedeuqr siaedeurq siaederuq siaederqu siaeqdrue siaeqdreu siaeqdure
siaeqduer siaeqdeur siaeqderu siaeqrdue siaeqrdeu siaeqrude siaeqrued siaeqreud siaeqredu siaequrde siaequred
siaequdre siaequder siaequedr siaequerd siaeqerud siaeqerdu siaeqeurd siaeqeudr siaeqedur siaeqedru siaeudqre
siaeudqer siaeudrqe siaeudreq siaeuderq siaeudeqr siaeuqdre siaeuqder siaeuqrde siaeuqred siaeuqerd siaeuqedr
siaeurqde siaeurqed siaeurdqe siaeurdeq siaeuredq siaeureqd siaeueqrd siaeueqdr siaeuerqd siaeuerdq siaeuedrq
siaeuedqr siaeedqur siaeedqru siaeeduqr siaeedurq siaeedruq siaeedrqu siaeeqdur siaeeqdru siaeequdr siaeequrd
siaeeqrud siaeeqrdu siaeeuqdr siaeeuqrd siaeeudqr siaeeudrq siaeeurdq siaeeurqd siaeerqud siaeerqdu siaeeruqd
siaeerudq siaeerduq siaeerdqu siaredque siaredqeu siareduqe siaredueq siaredeuq siaredequ siareqdue siareqdeu
siarequde siarequed siareqeud siareqedu siareuqde siareuqed siareudqe siareudeq siareuedq siareueqd siareequd
siareeqdu siareeuqd siareeudq siareeduq siareedqu siardeque siardeqeu siardeuqe siardeueq siardeeuq siardeequ
siardqeue siardqeeu siardquee siardquee siardqeue siardqeeu siarduqee siarduqee siardueqe siardueeq siardueeq
siardueqe siardeque siardeqeu siardeuqe siardeueq siardeeuq siardeequ siarqdeue siarqdeeu siarqduee siarqduee
siarqdeue siarqdeeu siarqedue siarqedeu siarqeude siarqeued siarqeeud siarqeedu siarquede siarqueed siarqudee
siarqudee siarquede siarqueed siarqeeud siarqeedu siarqeued siarqeude siarqedue siarqedeu siarudqee siarudqee
siarudeqe siarudeeq siarudeeq siarudeqe siaruqdee siaruqdee siaruqede siaruqeed siaruqeed siaruqede siarueqde
siarueqed siaruedqe siaruedeq siarueedq siarueeqd siarueqed siarueqde siarueeqd siarueedq siaruedeq siaruedqe
siaredque siaredqeu siareduqe siaredueq siaredeuq siaredequ siareqdue siareqdeu siarequde siarequed siareqeud
siareqedu siareuqde siareuqed siareudqe siareudeq siareuedq siareueqd siareequd siareeqdu siareeuqd siareeudq
siareeduq siareedqu siadreque siadreqeu siadreuqe siadreueq siadreeuq siadreequ siadrqeue siadrqeeu siadrquee
siadrquee siadrqeue siadrqeeu siadruqee siadruqee siadrueqe siadrueeq siadrueeq siadrueqe siadreque siadreqeu
siadreuqe siadreueq siadreeuq siadreequ siaderque siaderqeu siaderuqe siaderueq siadereuq siaderequ siadeqrue
siadeqreu siadequre siadequer siadeqeur siadeqeru siadeuqre siadeuqer siadeurqe siadeureq siadeuerq siadeueqr
siadeequr siadeeqru siadeeuqr siadeeurq siadeeruq siadeerqu siadqerue siadqereu siadqeure siadqeuer siadqeeur
siadqeeru siadqreue siadqreeu siadqruee siadqruee siadqreue siadqreeu siadquree siadquree siadquere siadqueer
siadqueer siadquere siadqerue siadqereu siadqeure siadqeuer siadqeeur siadqeeru siadueqre siadueqer siaduerqe
siaduereq siadueerq siadueeqr siaduqere siaduqeer siaduqree siaduqree siaduqere siaduqeer siadurqee siadurqee
siadureqe siadureeq siadureeq siadureqe siadueqre siadueqer siaduerqe siaduereq siadueerq siadueeqr siadeequr
siadeeqru siadeeuqr siadeeurq siadeeruq siadeerqu siadeqeur siadeqeru siadequer siadequre siadeqrue siadeqreu
siadeuqer siadeuqre siadeueqr siadeuerq siadeureq siadeurqe siaderque siaderqeu siaderuqe siaderueq siadereuq
siaderequ siaqrdeue siaqrdeeu siaqrduee siaqrduee siaqrdeue siaqrdeeu siaqredue siaqredeu siaqreude siaqreued
siaqreeud siaqreedu siaqruede siaqrueed siaqrudee siaqrudee siaqruede siaqrueed siaqreeud siaqreedu siaqreued
siaqreude siaqredue siaqredeu siaqdreue siaqdreeu siaqdruee siaqdruee siaqdreue siaqdreeu siaqderue siaqdereu
siaqdeure siaqdeuer siaqdeeur siaqdeeru siaqduere siaqdueer siaqduree siaqduree siaqduere siaqdueer siaqdeeur
siaqdeeru siaqdeuer siaqdeure siaqderue siaqdereu siaqedrue siaqedreu siaqedure siaqeduer siaqedeur siaqederu
siaqerdue siaqerdeu siaqerude siaqerued siaqereud siaqeredu siaqeurde siaqeured siaqeudre siaqeuder siaqeuedr
siaqeuerd siaqeerud siaqeerdu siaqeeurd siaqeeudr siaqeedur siaqeedru siaqudere siaqudeer siaqudree siaqudree
siaqudere siaqudeer siaquedre siaqueder siaquerde siaquered siaqueerd siaqueedr siaqurede siaqureed siaqurdee
siaqurdee siaqurede siaqureed siaqueerd siaqueedr siaquered siaquerde siaquedre siaqueder siaqedeur siaqederu
siaqeduer siaqedure siaqedrue siaqedreu siaqeedur siaqeedru siaqeeudr siaqeeurd siaqeerud siaqeerdu siaqeuedr
siaqeuerd siaqeuder siaqeudre siaqeurde siaqeured siaqereud siaqeredu siaqerued siaqerude siaqerdue siaqerdeu
siaurdqee siaurdqee siaurdeqe siaurdeeq siaurdeeq siaurdeqe siaurqdee siaurqdee siaurqede siaurqeed siaurqeed
siaurqede siaureqde siaureqed siauredqe siauredeq siaureedq siaureeqd siaureqed siaureqde siaureeqd siaureedq
siauredeq siauredqe siaudrqee siaudrqee siaudreqe siaudreeq siaudreeq siaudreqe siaudqree siaudqree siaudqere
siaudqeer siaudqeer siaudqere siaudeqre siaudeqer siauderqe siaudereq siaudeerq siaudeeqr siaudeqer siaudeqre
siaudeeqr siaudeerq siaudereq siauderqe siauqdree siauqdree siauqdere siauqdeer siauqdeer siauqdere siauqrdee
siauqrdee siauqrede siauqreed siauqreed siauqrede siauqerde siauqered siauqedre siauqeder siauqeedr siauqeerd
siauqered siauqerde siauqeerd siauqeedr siauqeder siauqedre siauedqre siauedqer siauedrqe siauedreq siauederq
siauedeqr siaueqdre siaueqder siaueqrde siaueqred siaueqerd siaueqedr siauerqde siauerqed siauerdqe siauerdeq
siaueredq siauereqd siaueeqrd siaueeqdr siaueerqd siaueerdq siaueedrq siaueedqr siauedqer siauedqre siauedeqr
siauederq siauedreq siauedrqe siaueqder siaueqdre siaueqedr siaueqerd siaueqred siaueqrde siaueeqdr siaueeqrd
siaueedqr siaueedrq siaueerdq siaueerqd siauerqed siauerqde siauereqd siaueredq siauerdeq siauerdqe siaerdque
siaerdqeu siaerduqe siaerdueq siaerdeuq siaerdequ siaerqdue siaerqdeu siaerqude siaerqued siaerqeud siaerqedu
siaeruqde siaeruqed siaerudqe siaerudeq siaeruedq siaerueqd siaerequd siaereqdu siaereuqd siaereudq siaereduq
siaeredqu siaedrque siaedrqeu siaedruqe siaedrueq siaedreuq siaedrequ siaedqrue siaedqreu siaedqure siaedquer
siaedqeur siaedqeru siaeduqre siaeduqer siaedurqe siaedureq siaeduerq siaedueqr siaedequr siaedeqru siaedeuqr
siaedeurq siaederuq siaederqu siaeqdrue siaeqdreu siaeqdure siaeqduer siaeqdeur siaeqderu siaeqrdue siaeqrdeu
siaeqrude siaeqrued siaeqreud siaeqredu siaequrde siaequred siaequdre siaequder siaequedr siaequerd siaeqerud
siaeqerdu siaeqeurd siaeqeudr siaeqedur siaeqedru siaeudqre siaeudqer siaeudrqe siaeudreq siaeuderq siaeudeqr
siaeuqdre siaeuqder siaeuqrde siaeuqred siaeuqerd siaeuqedr siaeurqde siaeurqed siaeurdqe siaeurdeq siaeuredq
siaeureqd siaeueqrd siaeueqdr siaeuerqd siaeuerdq siaeuedrq siaeuedqr siaeedqur siaeedqru siaeeduqr siaeedurq
siaeedruq siaeedrqu siaeeqdur siaeeqdru siaeequdr siaeequrd siaeeqrud siaeeqrdu siaeeuqdr siaeeuqrd siaeeudqr
siaeeudrq siaeeurdq siaeeurqd siaeerqud siaeerqdu siaeeruqd siaeerudq siaeerduq siaeerdqu siqeradue siqeradeu
siqeraude siqeraued siqeraeud siqeraedu siqerdaue siqerdaeu siqerduae siqerduea siqerdeua siqerdeau siqerudae
siqerudea siqeruade siqeruaed siqeruead siqerueda siqeredua siqeredau siqereuda siqereuad siqereaud siqereadu
siqeardue siqeardeu siqearude siqearued siqeareud siqearedu siqeadrue siqeadreu siqeadure siqeaduer siqeadeur
siqeaderu siqeaudre siqeauder siqeaurde siqeaured siqeauerd siqeauedr siqeaedur siqeaedru siqeaeudr siqeaeurd
siqeaerud siqeaerdu siqedarue siqedareu siqedaure siqedauer siqedaeur siqedaeru siqedraue siqedraeu siqedruae
siqedruea siqedreua siqedreau siqedurae siqedurea siqeduare siqeduaer siqeduear siqeduera siqederua siqederau
siqedeura siqedeuar siqedeaur siqedearu siqeuadre siqeuader siqeuarde siqeuared siqeuaerd siqeuaedr siqeudare
siqeudaer siqeudrae siqeudrea siqeudera siqeudear siqeurdae siqeurdea siqeurade siqeuraed siqeuread siqeureda
siqeuedra siqeuedar siqeuerda siqeuerad siqeueard siqeueadr siqeeadur siqeeadru siqeeaudr siqeeaurd siqeearud
siqeeardu siqeedaur siqeedaru siqeeduar siqeedura siqeedrua siqeedrau siqeeudar siqeeudra siqeeuadr siqeeuard
siqeeurad siqeeurda siqeerdua siqeerdau siqeeruda siqeeruad siqeeraud siqeeradu siqreadue siqreadeu siqreaude
siqreaued siqreaeud siqreaedu siqredaue siqredaeu siqreduae siqreduea siqredeua siqredeau siqreudae siqreudea
siqreuade siqreuaed siqreuead siqreueda siqreedua siqreedau siqreeuda siqreeuad siqreeaud siqreeadu siqraedue
siqraedeu siqraeude siqraeued siqraeeud siqraeedu siqradeue siqradeeu siqraduee siqraduee siqradeue siqradeeu
siqraudee siqraudee siqrauede siqraueed siqraueed siqrauede siqraedue siqraedeu siqraeude siqraeued siqraeeud
siqraeedu siqrdaeue siqrdaeeu siqrdauee siqrdauee siqrdaeue siqrdaeeu siqrdeaue siqrdeaeu siqrdeuae siqrdeuea
siqrdeeua siqrdeeau siqrdueae siqrdueea siqrduaee siqrduaee siqrdueae siqrdueea siqrdeeua siqrdeeau siqrdeuea
siqrdeuae siqrdeaue siqrdeaeu siqruadee siqruadee siqruaede siqruaeed siqruaeed siqruaede siqrudaee siqrudaee
siqrudeae siqrudeea siqrudeea siqrudeae siqruedae siqruedea siqrueade siqrueaed siqrueead siqrueeda siqruedea
siqruedae siqrueeda siqrueead siqrueaed siqrueade siqreadue siqreadeu siqreaude siqreaued siqreaeud siqreaedu
siqredaue siqredaeu siqreduae siqreduea siqredeua siqredeau siqreudae siqreudea siqreuade siqreuaed siqreuead
siqreueda siqreedua siqreedau siqreeuda siqreeuad siqreeaud siqreeadu siqaredue siqaredeu siqareude siqareued
siqareeud siqareedu siqardeue siqardeeu siqarduee siqarduee siqardeue siqardeeu siqarudee siqarudee siqaruede
siqarueed siqarueed siqaruede siqaredue siqaredeu siqareude siqareued siqareeud siqareedu siqaerdue siqaerdeu
siqaerude siqaerued siqaereud siqaeredu siqaedrue siqaedreu siqaedure siqaeduer siqaedeur siqaederu siqaeudre
siqaeuder siqaeurde siqaeured siqaeuerd siqaeuedr siqaeedur siqaeedru siqaeeudr siqaeeurd siqaeerud siqaeerdu
siqaderue siqadereu siqadeure siqadeuer siqadeeur siqadeeru siqadreue siqadreeu siqadruee siqadruee siqadreue
siqadreeu siqaduree siqaduree siqaduere siqadueer siqadueer siqaduere siqaderue siqadereu siqadeure siqadeuer
siqadeeur siqadeeru siqauedre siqaueder siqauerde siqauered siqaueerd siqaueedr siqaudere siqaudeer siqaudree
siqaudree siqaudere siqaudeer siqaurdee siqaurdee siqaurede siqaureed siqaureed siqaurede siqauedre siqaueder
siqauerde siqauered siqaueerd siqaueedr siqaeedur siqaeedru siqaeeudr siqaeeurd siqaeerud siqaeerdu siqaedeur
siqaederu siqaeduer siqaedure siqaedrue siqaedreu siqaeuder siqaeudre siqaeuedr siqaeuerd siqaeured siqaeurde
siqaerdue siqaerdeu siqaerude siqaerued siqaereud siqaeredu siqdraeue siqdraeeu siqdrauee siqdrauee siqdraeue
siqdraeeu siqdreaue siqdreaeu siqdreuae siqdreuea siqdreeua siqdreeau siqdrueae siqdrueea siqdruaee siqdruaee
siqdrueae siqdrueea siqdreeua siqdreeau siqdreuea siqdreuae siqdreaue siqdreaeu siqdareue siqdareeu siqdaruee
siqdaruee siqdareue siqdareeu siqdaerue siqdaereu siqdaeure siqdaeuer siqdaeeur siqdaeeru siqdauere siqdaueer
siqdauree siqdauree siqdauere siqdaueer siqdaeeur siqdaeeru siqdaeuer siqdaeure siqdaerue siqdaereu siqdearue
siqdeareu siqdeaure siqdeauer siqdeaeur siqdeaeru siqderaue siqderaeu siqderuae siqderuea siqdereua siqdereau
siqdeurae siqdeurea siqdeuare siqdeuaer siqdeuear siqdeuera siqdeerua siqdeerau siqdeeura siqdeeuar siqdeeaur
siqdeearu siqduaere siqduaeer siqduaree siqduaree siqduaere siqduaeer siqdueare siqdueaer siqduerae siqduerea
siqdueera siqdueear siqdureae siqdureea siqduraee siqduraee siqdureae siqdureea siqdueera siqdueear siqduerea
siqduerae siqdueare siqdueaer siqdeaeur siqdeaeru siqdeauer siqdeaure siqdearue siqdeareu siqdeeaur siqdeearu
siqdeeuar siqdeeura siqdeerua siqdeerau siqdeuear siqdeuera siqdeuaer siqdeuare siqdeurae siqdeurea siqdereua
siqdereau siqderuea siqderuae siqderaue siqderaeu siquradee siquradee siquraede siquraeed siquraeed siquraede
siqurdaee siqurdaee siqurdeae siqurdeea siqurdeea siqurdeae siquredae siquredea siqureade siqureaed siqureead
siqureeda siquredea siquredae siqureeda siqureead siqureaed siqureade siquardee siquardee siquarede siquareed
siquareed siquarede siquadree siquadree siquadere siquadeer siquadeer siquadere siquaedre siquaeder siquaerde
siquaered siquaeerd siquaeedr siquaeder siquaedre siquaeedr siquaeerd siquaered siquaerde siqudaree siqudaree
siqudaere siqudaeer siqudaeer siqudaere siqudraee siqudraee siqudreae siqudreea siqudreea siqudreae siquderae
siquderea siqudeare siqudeaer siqudeear siqudeera siquderea siquderae siqudeera siqudeear siqudeaer siqudeare
siqueadre siqueader siquearde siqueared siqueaerd siqueaedr siquedare siquedaer siquedrae siquedrea siquedera
siquedear siquerdae siquerdea siquerade siqueraed siqueread siquereda siqueedra siqueedar siqueerda siqueerad
siqueeard siqueeadr siqueader siqueadre siqueaedr siqueaerd siqueared siquearde siquedaer siquedare siquedear
siquedera siquedrea siquedrae siqueedar siqueedra siqueeadr siqueeard siqueerad siqueerda siquerdea siquerdae
siquereda siqueread siqueraed siquerade siqeradue siqeradeu siqeraude siqeraued siqeraeud siqeraedu siqerdaue
siqerdaeu siqerduae siqerduea siqerdeua siqerdeau siqerudae siqerudea siqeruade siqeruaed siqeruead siqerueda
siqeredua siqeredau siqereuda siqereuad siqereaud siqereadu siqeardue siqeardeu siqearude siqearued siqeareud
siqearedu siqeadrue siqeadreu siqeadure siqeaduer siqeadeur siqeaderu siqeaudre siqeauder siqeaurde siqeaured
siqeauerd siqeauedr siqeaedur siqeaedru siqeaeudr siqeaeurd siqeaerud siqeaerdu siqedarue siqedareu siqedaure
siqedauer siqedaeur siqedaeru siqedraue siqedraeu siqedruae siqedruea siqedreua siqedreau siqedurae siqedurea
siqeduare siqeduaer siqeduear siqeduera siqederua siqederau siqedeura siqedeuar siqedeaur siqedearu siqeuadre
siqeuader siqeuarde siqeuared siqeuaerd siqeuaedr siqeudare siqeudaer siqeudrae siqeudrea siqeudera siqeudear
siqeurdae siqeurdea siqeurade siqeuraed siqeuread siqeureda siqeuedra siqeuedar siqeuerda siqeuerad siqeueard
siqeueadr siqeeadur siqeeadru siqeeaudr siqeeaurd siqeearud siqeeardu siqeedaur siqeedaru siqeeduar siqeedura
siqeedrua siqeedrau siqeeudar siqeeudra siqeeuadr siqeeuard siqeeurad siqeeurda siqeerdua siqeerdau siqeeruda
siqeeruad siqeeraud siqeeradu siueraqde siueraqed siueradqe siueradeq siueraedq siueraeqd siuerqade siuerqaed
siuerqdae siuerqdea siuerqeda siuerqead siuerdqae siuerdqea siuerdaqe siuerdaeq siuerdeaq siuerdeqa siuereqda
siuereqad siueredqa siueredaq siuereadq siuereaqd siuearqde siuearqed siueardqe siueardeq siuearedq siueareqd
siueaqrde siueaqred siueaqdre siueaqder siueaqedr siueaqerd siueadqre siueadqer siueadrqe siueadreq siueaderq
siueadeqr siueaeqdr siueaeqrd siueaedqr siueaedrq siueaerdq siueaerqd siueqarde siueqared siueqadre siueqader
siueqaedr siueqaerd siueqrade siueqraed siueqrdae siueqrdea siueqreda siueqread siueqdrae siueqdrea siueqdare
siueqdaer siueqdear siueqdera siueqerda siueqerad siueqedra siueqedar siueqeadr siueqeard siuedaqre siuedaqer
siuedarqe siuedareq siuedaerq siuedaeqr siuedqare siuedqaer siuedqrae siuedqrea siuedqera siuedqear siuedrqae
siuedrqea siuedraqe siuedraeq siuedreaq siuedreqa siuedeqra siuedeqar siuederqa siuederaq siuedearq siuedeaqr
siueeaqdr siueeaqrd siueeadqr siueeadrq siueeardq siueearqd siueeqadr siueeqard siueeqdar siueeqdra siueeqrda
siueeqrad siueedqar siueedqra siueedaqr siueedarq siueedraq siueedrqa siueerqda siueerqad siueerdqa siueerdaq
siueeradq siueeraqd siureaqde siureaqed siureadqe siureadeq siureaedq siureaeqd siureqade siureqaed siureqdae
siureqdea siureqeda siureqead siuredqae siuredqea siuredaqe siuredaeq siuredeaq siuredeqa siureeqda siureeqad
siureedqa siureedaq siureeadq siureeaqd siuraeqde siuraeqed siuraedqe siuraedeq siuraeedq siuraeeqd siuraqede
siuraqeed siuraqdee siuraqdee siuraqede siuraqeed siuradqee siuradqee siuradeqe siuradeeq siuradeeq siuradeqe
siuraeqde siuraeqed siuraedqe siuraedeq siuraeedq siuraeeqd siurqaede siurqaeed siurqadee siurqadee siurqaede
siurqaeed siurqeade siurqeaed siurqedae siurqedea siurqeeda siurqeead siurqdeae siurqdeea siurqdaee siurqdaee
siurqdeae siurqdeea siurqeeda siurqeead siurqedea siurqedae siurqeade siurqeaed siurdaqee siurdaqee siurdaeqe
siurdaeeq siurdaeeq siurdaeqe siurdqaee siurdqaee siurdqeae siurdqeea siurdqeea siurdqeae siurdeqae siurdeqea
siurdeaqe siurdeaeq siurdeeaq siurdeeqa siurdeqea siurdeqae siurdeeqa siurdeeaq siurdeaeq siurdeaqe siureaqde
siureaqed siureadqe siureadeq siureaedq siureaeqd siureqade siureqaed siureqdae siureqdea siureqeda siureqead
siuredqae siuredqea siuredaqe siuredaeq siuredeaq siuredeqa siureeqda siureeqad siureedqa siureedaq siureeadq
siureeaqd siuareqde siuareqed siuaredqe siuaredeq siuareedq siuareeqd siuarqede siuarqeed siuarqdee siuarqdee
siuarqede siuarqeed siuardqee siuardqee siuardeqe siuardeeq siuardeeq siuardeqe siuareqde siuareqed siuaredqe
siuaredeq siuareedq siuareeqd siuaerqde siuaerqed siuaerdqe siuaerdeq siuaeredq siuaereqd siuaeqrde siuaeqred
siuaeqdre siuaeqder siuaeqedr siuaeqerd siuaedqre siuaedqer siuaedrqe siuaedreq siuaederq siuaedeqr siuaeeqdr
siuaeeqrd siuaeedqr siuaeedrq siuaeerdq siuaeerqd siuaqerde siuaqered siuaqedre siuaqeder siuaqeedr siuaqeerd
siuaqrede siuaqreed siuaqrdee siuaqrdee siuaqrede siuaqreed siuaqdree siuaqdree siuaqdere siuaqdeer siuaqdeer
siuaqdere siuaqerde siuaqered siuaqedre siuaqeder siuaqeedr siuaqeerd siuadeqre siuadeqer siuaderqe siuadereq
siuadeerq siuadeeqr siuadqere siuadqeer siuadqree siuadqree siuadqere siuadqeer siuadrqee siuadrqee siuadreqe
siuadreeq siuadreeq siuadreqe siuadeqre siuadeqer siuaderqe siuadereq siuadeerq siuadeeqr siuaeeqdr siuaeeqrd
siuaeedqr siuaeedrq siuaeerdq siuaeerqd siuaeqedr siuaeqerd siuaeqder siuaeqdre siuaeqrde siuaeqred siuaedqer
siuaedqre siuaedeqr siuaederq siuaedreq siuaedrqe siuaerqde siuaerqed siuaerdqe siuaerdeq siuaeredq siuaereqd
siuqraede siuqraeed siuqradee siuqradee siuqraede siuqraeed siuqreade siuqreaed siuqredae siuqredea siuqreeda
siuqreead siuqrdeae siuqrdeea siuqrdaee siuqrdaee siuqrdeae siuqrdeea siuqreeda siuqreead siuqredea siuqredae
siuqreade siuqreaed siuqarede siuqareed siuqardee siuqardee siuqarede siuqareed siuqaerde siuqaered siuqaedre
siuqaeder siuqaeedr siuqaeerd siuqadere siuqadeer siuqadree siuqadree siuqadere siuqadeer siuqaeedr siuqaeerd
siuqaeder siuqaedre siuqaerde siuqaered siuqearde siuqeared siuqeadre siuqeader siuqeaedr siuqeaerd siuqerade
siuqeraed siuqerdae siuqerdea siuqereda siuqeread siuqedrae siuqedrea siuqedare siuqedaer siuqedear siuqedera
siuqeerda siuqeerad siuqeedra siuqeedar siuqeeadr siuqeeard siuqdaere siuqdaeer siuqdaree siuqdaree siuqdaere
siuqdaeer siuqdeare siuqdeaer siuqderae siuqderea siuqdeera siuqdeear siuqdreae siuqdreea siuqdraee siuqdraee
siuqdreae siuqdreea siuqdeera siuqdeear siuqderea siuqderae siuqdeare siuqdeaer siuqeaedr siuqeaerd siuqeader
siuqeadre siuqearde siuqeared siuqeeadr siuqeeard siuqeedar siuqeedra siuqeerda siuqeerad siuqedear siuqedera
siuqedaer siuqedare siuqedrae siuqedrea siuqereda siuqeread siuqerdea siuqerdae siuqerade siuqeraed siudraqee
siudraqee siudraeqe siudraeeq siudraeeq siudraeqe siudrqaee siudrqaee siudrqeae siudrqeea siudrqeea siudrqeae
siudreqae siudreqea siudreaqe siudreaeq siudreeaq siudreeqa siudreqea siudreqae siudreeqa siudreeaq siudreaeq
siudreaqe siudarqee siudarqee siudareqe siudareeq siudareeq siudareqe siudaqree siudaqree siudaqere siudaqeer
siudaqeer siudaqere siudaeqre siudaeqer siudaerqe siudaereq siudaeerq siudaeeqr siudaeqer siudaeqre siudaeeqr
siudaeerq siudaereq siudaerqe siudqaree siudqaree siudqaere siudqaeer siudqaeer siudqaere siudqraee siudqraee
siudqreae siudqreea siudqreea siudqreae siudqerae siudqerea siudqeare siudqeaer siudqeear siudqeera siudqerea
siudqerae siudqeera siudqeear siudqeaer siudqeare siudeaqre siudeaqer siudearqe siudeareq siudeaerq siudeaeqr
siudeqare siudeqaer siudeqrae siudeqrea siudeqera siudeqear siuderqae siuderqea siuderaqe siuderaeq siudereaq
siudereqa siudeeqra siudeeqar siudeerqa siudeeraq siudeearq siudeeaqr siudeaqer siudeaqre siudeaeqr siudeaerq
siudeareq siudearqe siudeqaer siudeqare siudeqear siudeqera siudeqrea siudeqrae siudeeqar siudeeqra siudeeaqr
siudeearq siudeeraq siudeerqa siuderqea siuderqae siudereqa siudereaq siuderaeq siuderaqe siueraqde siueraqed
siueradqe siueradeq siueraedq siueraeqd siuerqade siuerqaed siuerqdae siuerqdea siuerqeda siuerqead siuerdqae
siuerdqea siuerdaqe siuerdaeq siuerdeaq siuerdeqa siuereqda siuereqad siueredqa siueredaq siuereadq siuereaqd
siuearqde siuearqed siueardqe siueardeq siuearedq siueareqd siueaqrde siueaqred siueaqdre siueaqder siueaqedr
siueaqerd siueadqre siueadqer siueadrqe siueadreq siueaderq siueadeqr siueaeqdr siueaeqrd siueaedqr siueaedrq
siueaerdq siueaerqd siueqarde siueqared siueqadre siueqader siueqaedr siueqaerd siueqrade siueqraed siueqrdae
siueqrdea siueqreda siueqread siueqdrae siueqdrea siueqdare siueqdaer siueqdear siueqdera siueqerda siueqerad
siueqedra siueqedar siueqeadr siueqeard siuedaqre siuedaqer siuedarqe siuedareq siuedaerq siuedaeqr siuedqare
siuedqaer siuedqrae siuedqrea siuedqera siuedqear siuedrqae siuedrqea siuedraqe siuedraeq siuedreaq siuedreqa
siuedeqra siuedeqar siuederqa siuederaq siuedearq siuedeaqr siueeaqdr siueeaqrd siueeadqr siueeadrq siueeardq
siueearqd siueeqadr siueeqard siueeqdar siueeqdra siueeqrda siueeqrad siueedqar siueedqra siueedaqr siueedarq
siueedraq siueedrqa siueerqda siueerqad siueerdqa siueerdaq siueeradq siueeraqd sieeraqud sieeraqdu sieerauqd
sieeraudq sieeraduq sieeradqu sieerqaud sieerqadu sieerquad sieerquda sieerqdua sieerqdau sieeruqad sieeruqda
sieeruaqd sieeruadq sieerudaq sieerudqa sieerdqua sieerdqau sieerduqa sieerduaq sieerdauq sieerdaqu sieearqud
sieearqdu sieearuqd sieearudq sieearduq sieeardqu sieeaqrud sieeaqrdu sieeaqurd sieeaqudr sieeaqdur sieeaqdru
sieeauqrd sieeauqdr sieeaurqd sieeaurdq sieeaudrq sieeaudqr sieeadqur sieeadqru sieeaduqr sieeadurq sieeadruq
sieeadrqu sieeqarud sieeqardu sieeqaurd sieeqaudr sieeqadur sieeqadru sieeqraud sieeqradu sieeqruad sieeqruda
sieeqrdua sieeqrdau sieequrad sieequrda sieequard sieequadr sieequdar sieequdra sieeqdrua sieeqdrau sieeqdura
sieeqduar sieeqdaur sieeqdaru sieeuaqrd sieeuaqdr sieeuarqd sieeuardq sieeuadrq sieeuadqr sieeuqard sieeuqadr
sieeuqrad sieeuqrda sieeuqdra sieeuqdar sieeurqad sieeurqda sieeuraqd sieeuradq sieeurdaq sieeurdqa sieeudqra
sieeudqar sieeudrqa sieeudraq sieeudarq sieeudaqr sieedaqur sieedaqru sieedauqr sieedaurq sieedaruq sieedarqu
sieedqaur sieedqaru sieedquar sieedqura sieedqrua sieedqrau sieeduqar sieeduqra sieeduaqr sieeduarq sieeduraq
sieedurqa sieedrqua sieedrqau sieedruqa sieedruaq sieedrauq sieedraqu siereaqud siereaqdu siereauqd siereaudq
siereaduq siereadqu siereqaud siereqadu sierequad sierequda siereqdua siereqdau siereuqad siereuqda siereuaqd
siereuadq siereudaq siereudqa sieredqua sieredqau siereduqa siereduaq sieredauq sieredaqu sieraequd sieraeqdu
sieraeuqd sieraeudq sieraeduq sieraedqu sieraqeud sieraqedu sieraqued sieraqude sieraqdue sieraqdeu sierauqed
sierauqde sieraueqd sierauedq sieraudeq sieraudqe sieradque sieradqeu sieraduqe sieradueq sieradeuq sieradequ
sierqaeud sierqaedu sierqaued sierqaude sierqadue sierqadeu sierqeaud sierqeadu sierqeuad sierqeuda sierqedua
sierqedau sierquead sierqueda sierquaed sierquade sierqudae sierqudea sierqdeua sierqdeau sierqduea sierqduae
sierqdaue sierqdaeu sieruaqed sieruaqde sieruaeqd sieruaedq sieruadeq sieruadqe sieruqaed sieruqade sieruqead
sieruqeda sieruqdea sieruqdae sierueqad sierueqda sierueaqd sierueadq sieruedaq sieruedqa sierudqea sierudqae
sierudeqa sierudeaq sierudaeq sierudaqe sierdaque sierdaqeu sierdauqe sierdaueq sierdaeuq sierdaequ sierdqaue
sierdqaeu sierdquae sierdquea sierdqeua sierdqeau sierduqae sierduqea sierduaqe sierduaeq sierdueaq sierdueqa
sierdequa sierdeqau sierdeuqa sierdeuaq sierdeauq sierdeaqu siearequd sieareqdu sieareuqd sieareudq sieareduq
siearedqu siearqeud siearqedu siearqued siearqude siearqdue siearqdeu siearuqed siearuqde siearueqd siearuedq
siearudeq siearudqe sieardque sieardqeu siearduqe sieardueq sieardeuq sieardequ sieaerqud sieaerqdu sieaeruqd
sieaerudq sieaerduq sieaerdqu sieaeqrud sieaeqrdu sieaequrd sieaequdr sieaeqdur sieaeqdru sieaeuqrd sieaeuqdr
sieaeurqd sieaeurdq sieaeudrq sieaeudqr sieaedqur sieaedqru sieaeduqr sieaedurq sieaedruq sieaedrqu sieaqerud
sieaqerdu sieaqeurd sieaqeudr sieaqedur sieaqedru sieaqreud sieaqredu sieaqrued sieaqrude sieaqrdue sieaqrdeu
sieaqured sieaqurde sieaquerd sieaquedr sieaquder sieaqudre sieaqdrue sieaqdreu sieaqdure sieaqduer sieaqdeur
sieaqderu sieaueqrd sieaueqdr sieauerqd sieauerdq sieauedrq sieauedqr sieauqerd sieauqedr sieauqred sieauqrde
sieauqdre sieauqder sieaurqed sieaurqde sieaureqd sieauredq sieaurdeq sieaurdqe sieaudqre sieaudqer sieaudrqe
sieaudreq sieauderq sieaudeqr sieadequr sieadeqru sieadeuqr sieadeurq sieaderuq sieaderqu sieadqeur sieadqeru
sieadquer sieadqure sieadqrue sieadqreu sieaduqer sieaduqre sieadueqr sieaduerq sieadureq sieadurqe sieadrque
sieadrqeu sieadruqe sieadrueq sieadreuq sieadrequ sieqraeud sieqraedu sieqraued sieqraude sieqradue sieqradeu
sieqreaud sieqreadu sieqreuad sieqreuda sieqredua sieqredau sieqruead sieqrueda sieqruaed sieqruade sieqrudae
sieqrudea sieqrdeua sieqrdeau sieqrduea sieqrduae sieqrdaue sieqrdaeu sieqareud sieqaredu sieqarued sieqarude
sieqardue sieqardeu sieqaerud sieqaerdu sieqaeurd sieqaeudr sieqaedur sieqaedru sieqauerd sieqauedr sieqaured
sieqaurde sieqaudre sieqauder sieqadeur sieqaderu sieqaduer sieqadure sieqadrue sieqadreu sieqearud sieqeardu
sieqeaurd sieqeaudr sieqeadur sieqeadru sieqeraud sieqeradu sieqeruad sieqeruda sieqerdua sieqerdau sieqeurad
sieqeurda sieqeuard sieqeuadr sieqeudar sieqeudra sieqedrua sieqedrau sieqedura sieqeduar sieqedaur sieqedaru
siequaerd siequaedr siequared siequarde siequadre siequader siequeard siequeadr siequerad siequerda siequedra
siequedar siequread siequreda siequraed siequrade siequrdae siequrdea siequdera siequdear siequdrea siequdrae
siequdare siequdaer sieqdaeur sieqdaeru sieqdauer sieqdaure sieqdarue sieqdareu sieqdeaur sieqdearu sieqdeuar
sieqdeura sieqderua sieqderau sieqduear sieqduera sieqduaer sieqduare sieqdurae sieqdurea sieqdreua sieqdreau
sieqdruea sieqdruae sieqdraue sieqdraeu sieuraqed sieuraqde sieuraeqd sieuraedq sieuradeq sieuradqe sieurqaed
sieurqade sieurqead sieurqeda sieurqdea sieurqdae sieureqad sieureqda sieureaqd sieureadq sieuredaq sieuredqa
sieurdqea sieurdqae sieurdeqa sieurdeaq sieurdaeq sieurdaqe sieuarqed sieuarqde sieuareqd sieuaredq sieuardeq
sieuardqe sieuaqred sieuaqrde sieuaqerd sieuaqedr sieuaqder sieuaqdre sieuaeqrd sieuaeqdr sieuaerqd sieuaerdq
sieuaedrq sieuaedqr sieuadqer sieuadqre sieuadeqr sieuaderq sieuadreq sieuadrqe sieuqared sieuqarde sieuqaerd
sieuqaedr sieuqader sieuqadre sieuqraed sieuqrade sieuqread sieuqreda sieuqrdea sieuqrdae sieuqerad sieuqerda
sieuqeard sieuqeadr sieuqedar sieuqedra sieuqdrea sieuqdrae sieuqdera sieuqdear sieuqdaer sieuqdare sieueaqrd
sieueaqdr sieuearqd sieueardq sieueadrq sieueadqr sieueqard sieueqadr sieueqrad sieueqrda sieueqdra sieueqdar
sieuerqad sieuerqda sieueraqd sieueradq sieuerdaq sieuerdqa sieuedqra sieuedqar sieuedrqa sieuedraq sieuedarq
sieuedaqr sieudaqer sieudaqre sieudaeqr sieudaerq sieudareq sieudarqe sieudqaer sieudqare sieudqear sieudqera
sieudqrea sieudqrae sieudeqar sieudeqra sieudeaqr sieudearq sieuderaq sieuderqa sieudrqea sieudrqae sieudreqa
sieudreaq sieudraeq sieudraqe siedraque siedraqeu siedrauqe siedraueq siedraeuq siedraequ siedrqaue siedrqaeu
siedrquae siedrquea siedrqeua siedrqeau siedruqae siedruqea siedruaqe siedruaeq siedrueaq siedrueqa siedrequa
siedreqau siedreuqa siedreuaq siedreauq siedreaqu siedarque siedarqeu siedaruqe siedarueq siedareuq siedarequ
siedaqrue siedaqreu siedaqure siedaquer siedaqeur siedaqeru siedauqre siedauqer siedaurqe siedaureq siedauerq
siedaueqr siedaequr siedaeqru siedaeuqr siedaeurq siedaeruq siedaerqu siedqarue siedqareu siedqaure siedqauer
siedqaeur siedqaeru siedqraue siedqraeu siedqruae siedqruea siedqreua siedqreau siedqurae siedqurea siedquare
siedquaer siedquear siedquera siedqerua siedqerau siedqeura siedqeuar siedqeaur siedqearu sieduaqre sieduaqer
sieduarqe sieduareq sieduaerq sieduaeqr sieduqare sieduqaer sieduqrae sieduqrea sieduqera sieduqear siedurqae
siedurqea sieduraqe sieduraeq siedureaq siedureqa siedueqra siedueqar sieduerqa siedueraq sieduearq siedueaqr
siedeaqur siedeaqru siedeauqr siedeaurq siedearuq siedearqu siedeqaur siedeqaru siedequar siedequra siedeqrua
siedeqrau siedeuqar siedeuqra siedeuaqr siedeuarq siedeuraq siedeurqa siederqua siederqau siederuqa siederuaq
siederauq siederaqu

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History of cryptography
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