easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

fiaschi

accfin

metempiric

subducted

biniodide

stouten

celibatic

peptonemia

beyship

persinger

quiescency

hypernomic

nuntiaris

inicereturque

unhesitating

preterition

brockette

luokkapolku


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: abomasa
cipher variations:
bcpnbtb cdqocuc derpdvd efsqewe fgtrfxf
ghusgyg hivthzh ijwuiai jkxvjbj klywkck
lmzxldl mnaymem nobznfn opcaogo pqdbphp
qrecqiq rsfdrjr stgesks tuhftlt uvigumu
vwjhvnv wxkiwow xyljxpx yzmkyqy zanlzrz

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: abomasa
Cipher: zylnzhz

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: abomasa
Cipher: AAAAA AAAAB ABBAB ABABB AAAAA BAAAB AAAAA

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: abomasa
cipher variations:
bcpnbtbberlbdbbgtjbnbbivhbxbbkxfbhbbmzdbrbbqdzblbbsfxbvb
buhvbfbbwjtbpbbylrbzbbanpbjbcdqocuccfsmcecchukcoccjwicyc
clygciccnaecsccreacmcctgycwccviwcgccxkucqcczmscaccboqckc
derpdvddgtndfddivldpddkxjdzddmzhdjddobfdtddsfbdndduhzdxd
dwjxdhddylvdrddantdbddcprdldefsqeweehuoegeejwmeqeelykeae
enaiekeepcgeueetgceoeeviaeyeexkyeieezmweseeboueceedqseme
fgtrfxffivpfhffkxnfrffmzlfbffobjflffqdhfvffuhdfpffwjbfzf
fylzfjffanxftffcpvfdffertfnfghusgyggjwqgigglyogsggnamgcg
gpckgmggreigwggviegqggxkcgaggzmagkggboyguggdqwgeggfsugog
hivthzhhkxrhjhhmzphthhobnhdhhqdlhnhhsfjhxhhwjfhrhhyldhbh
hanbhlhhcpzhvhherxhfhhgtvhphijwuiaiilysikiinaqiuiipcoiei
iremioiitgkiyiixkgisiizmeiciibocimiidqaiwiifsyigiihuwiqi
jkxvjbjjmztjljjobrjvjjqdpjfjjsfnjpjjuhljzjjylhjtjjanfjdj
jcpdjnjjerbjxjjgtzjhjjivxjrjklywkckknaukmkkpcskwkkreqkgk
ktgokqkkvimkakkzmikukkbogkekkdqekokkfsckykkhuakikkjwyksk
lmzxldllobvlnllqdtlxllsfrlhlluhplrllwjnlbllanjlvllcphlfl
lerflpllgtdlzllivbljllkxzltlmnaymemmpcwmommreumymmtgsmim
mviqmsmmxkomcmmbokmwmmdqimgmmfsgmqmmhuemammjwcmkmmlyamum
nobznfnnqdxnpnnsfvnznnuhtnjnnwjrntnnylpndnncplnxnnerjnhn
ngthnrnnivfnbnnkxdnlnnmzbnvnopcaogooreyoqootgwoaooviuoko
oxksouoozmqoeoodqmoyoofskoioohuiosoojwgocoolyeomoonacowo
pqdbphppsfzprppuhxpbppwjvplppyltpvppanrpfppernpzppgtlpjp
pivjptppkxhpdppmzfpnppobdpxpqrecqiqqtgaqsqqviyqcqqxkwqmq
qzmuqwqqbosqgqqfsoqaqqhumqkqqjwkquqqlyiqeqqnagqoqqpceqyq
rsfdrjrruhbrtrrwjzrdrrylxrnrranvrxrrcptrhrrgtprbrrivnrlr
rkxlrvrrmzjrfrrobhrprrqdfrzrstgeskssvicsussxkasesszmysos
sbowsyssdqusisshuqscssjwosmsslymswssnaksgsspcisqssregsas
tuhftlttwjdtvttylbtfttanztpttcpxtzttervtjttivrtdttkxptnt
tmzntxttoblthttqdjtrttsfhtbtuvigumuuxkeuwuuzmcuguuboauqu
udqyuauufswukuujwsueuulyquouunaouyuupcmuiuurekusuutgiucu
vwjhvnvvylfvxvvandvhvvcpbvrvverzvbvvgtxvlvvkxtvfvvmzrvpv
vobpvzvvqdnvjvvsflvtvvuhjvdvwxkiwowwzmgwywwboewiwwdqcwsw
wfsawcwwhuywmwwlyuwgwwnaswqwwpcqwawwreowkwwtgmwuwwvikwew
xyljxpxxanhxzxxcpfxjxxerdxtxxgtbxdxxivzxnxxmzvxhxxobtxrx
xqdrxbxxsfpxlxxuhnxvxxwjlxfxyzmkyqyyboiyayydqgykyyfseyuy
yhucyeyyjwayoyynawyiyypcuysyyresycyytgqymyyvioywyyxkmygy
zanlzrzzcpjzbzzerhzlzzgtfzvzzivdzfzzkxbzpzzobxzjzzqdvztz
zsftzdzzuhrznzzwjpzxzzylnzhzabomasaadqkacaafsiamaahugawa
ajweagaalycaqaapcyakaarewauaatguaeaavisaoaaxkqayaazmoaia

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: abomasa
Cipher: nobznfn

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: abomasa
Cipher: 11214323113411

Extended Methods:
Method #1

Plaintext: abomasa
method variations:
fgtrfxflmywlclqrdbqhqvwigvnv

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
a b o m a s a 
1 2 4 2 1 3 1 
1 1 3 3 1 4 1 
They are then read out in rows:
12421311133141
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: abomasa
Cipher: filalcd

Read more ...
Method #3

Plaintext: abomasa
method variations:
fqhclda qhcldaf hcldafq
cldafqh ldafqhc dafqhcl
afqhcld

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: abomasa

all 5040 cipher variations:
abomasa abomaas abomsaa abomsaa abomasa abomaas aboamsa aboamas aboasma aboasam aboaasm
aboaams abosama abosaam abosmaa abosmaa abosama abosaam aboaasm aboaams aboasam aboasma
aboamsa aboamas abmoasa abmoaas abmosaa abmosaa abmoasa abmoaas abmaosa abmaoas abmasoa
abmasao abmaaso abmaaos abmsaoa abmsaao abmsoaa abmsoaa abmsaoa abmsaao abmaaso abmaaos
abmasao abmasoa abmaosa abmaoas abamosa abamoas abamsoa abamsao abamaso abamaos abaomsa
abaomas abaosma abaosam abaoasm abaoams abasoma abasoam abasmoa abasmao abasamo abasaom
abaaosm abaaoms abaasom abaasmo abaamso abaamos absmaoa absmaao absmoaa absmoaa absmaoa
absmaao absamoa absamao absaoma absaoam absaaom absaamo absoama absoaam absomaa absomaa
absoama absoaam absaaom absaamo absaoam absaoma absamoa absamao abamaso abamaos abamsao
abamsoa abamosa abamoas abaamso abaamos abaasmo abaasom abaaosm abaaoms abasamo abasaom
abasmao abasmoa abasoma abasoam abaoasm abaoams abaosam abaosma abaomsa abaomas aobmasa
aobmaas aobmsaa aobmsaa aobmasa aobmaas aobamsa aobamas aobasma aobasam aobaasm aobaams
aobsama aobsaam aobsmaa aobsmaa aobsama aobsaam aobaasm aobaams aobasam aobasma aobamsa
aobamas aombasa aombaas aombsaa aombsaa aombasa aombaas aomabsa aomabas aomasba aomasab
aomaasb aomaabs aomsaba aomsaab aomsbaa aomsbaa aomsaba aomsaab aomaasb aomaabs aomasab
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aoaabms aoaasbm aoaasmb aoaamsb aoaambs aosmaba aosmaab aosmbaa aosmbaa aosmaba aosmaab
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amobsaa amobsaa amobasa amobaas amoabsa amoabas amoasba amoasab amoaasb amoaabs amosaba
amosaab amosbaa amosbaa amosaba amosaab amoaasb amoaabs amoasab amoasba amoabsa amoabas
amboasa amboaas ambosaa ambosaa amboasa amboaas ambaosa ambaoas ambasoa ambasao ambaaso
ambaaos ambsaoa ambsaao ambsoaa ambsoaa ambsaoa ambsaao ambaaso ambaaos ambasao ambasoa
ambaosa ambaoas amabosa amaboas amabsoa amabsao amabaso amabaos amaobsa amaobas amaosba
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baaasom baaaosm baaaoms baasamo baasaom baasmao baasmoa baasoma baasoam baaoasm baaoams
baaosam baaosma baaomsa baaomas boamasa boamaas boamsaa boamsaa boamasa boamaas boaamsa
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baasamo baasaom baaaosm baaaoms baaasom baaasmo baaamso baaamos basmaoa basmaao basmoaa
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basomaa basomaa basoama basoaam basaaom basaamo basaoam basaoma basamoa basamao baamaso
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baasamo baasaom baasmao baasmoa baasoma baasoam baaoasm baaoams baaosam baaosma baaomsa
baaomas bsomaaa bsomaaa bsomaaa bsomaaa bsomaaa bsomaaa bsoamaa bsoamaa bsoaama bsoaaam
bsoaaam bsoaama bsoaama bsoaaam bsoamaa bsoamaa bsoaama bsoaaam bsoaaam bsoaama bsoaaam
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bsamaoa bsamaao bsaamoa bsaamao bsaaoma bsaaoam bsaaaom bsaaamo bsaoama bsaoaam bsaomaa
bsaomaa bsaoama bsaoaam bsaaaom bsaaamo bsaaoam bsaaoma bsaamoa bsaamao bsamaao bsamaoa
bsamaao bsamaoa bsamoaa bsamoaa bsaamao bsaamoa bsaaamo bsaaaom bsaaoam bsaaoma bsaaamo
bsaaaom bsaamao bsaamoa bsaaoma bsaaoam bsaoaam bsaoama bsaoaam bsaoama bsaomaa bsaomaa
baomasa baomaas baomsaa baomsaa baomasa baomaas baoamsa baoamas baoasma baoasam baoaasm
baoaams baosama baosaam baosmaa baosmaa baosama baosaam baoaasm baoaams baoasam baoasma
baoamsa baoamas bamoasa bamoaas bamosaa bamosaa bamoasa bamoaas bamaosa bamaoas bamasoa
bamasao bamaaso bamaaos bamsaoa bamsaao bamsoaa bamsoaa bamsaoa bamsaao bamaaso bamaaos
bamasao bamasoa bamaosa bamaoas baamosa baamoas baamsoa baamsao baamaso baamaos baaomsa
baaomas baaosma baaosam baaoasm baaoams baasoma baasoam baasmoa baasmao baasamo baasaom
baaaosm baaaoms baaasom baaasmo baaamso baaamos basmaoa basmaao basmoaa basmoaa basmaoa
basmaao basamoa basamao basaoma basaoam basaaom basaamo basoama basoaam basomaa basomaa
basoama basoaam basaaom basaamo basaoam basaoma basamoa basamao baamaso baamaos baamsao
baamsoa baamosa baamoas baaamso baaamos baaasmo baaasom baaaosm baaaoms baasamo baasaom
baasmao baasmoa baasoma baasoam baaoasm baaoams baaosam baaosma baaomsa baaomas obamasa
obamaas obamsaa obamsaa obamasa obamaas obaamsa obaamas obaasma obaasam obaaasm obaaams
obasama obasaam obasmaa obasmaa obasama obasaam obaaasm obaaams obaasam obaasma obaamsa
obaamas obmaasa obmaaas obmasaa obmasaa obmaasa obmaaas obmaasa obmaaas obmasaa obmasaa
obmaasa obmaaas obmsaaa obmsaaa obmsaaa obmsaaa obmsaaa obmsaaa obmaasa obmaaas obmasaa
obmasaa obmaasa obmaaas obamasa obamaas obamsaa obamsaa obamasa obamaas obaamsa obaamas
obaasma obaasam obaaasm obaaams obasama obasaam obasmaa obasmaa obasama obasaam obaaasm
obaaams obaasam obaasma obaamsa obaamas obsmaaa obsmaaa obsmaaa obsmaaa obsmaaa obsmaaa
obsamaa obsamaa obsaama obsaaam obsaaam obsaama obsaama obsaaam obsamaa obsamaa obsaama
obsaaam obsaaam obsaama obsaaam obsaama obsamaa obsamaa obamasa obamaas obamsaa obamsaa
obamasa obamaas obaamsa obaamas obaasma obaasam obaaasm obaaams obasama obasaam obasmaa
obasmaa obasama obasaam obaaasm obaaams obaasam obaasma obaamsa obaamas oabmasa oabmaas
oabmsaa oabmsaa oabmasa oabmaas oabamsa oabamas oabasma oabasam oabaasm oabaams oabsama
oabsaam oabsmaa oabsmaa oabsama oabsaam oabaasm oabaams oabasam oabasma oabamsa oabamas
oambasa oambaas oambsaa oambsaa oambasa oambaas oamabsa oamabas oamasba oamasab oamaasb
oamaabs oamsaba oamsaab oamsbaa oamsbaa oamsaba oamsaab oamaasb oamaabs oamasab oamasba
oamabsa oamabas oaambsa oaambas oaamsba oaamsab oaamasb oaamabs oaabmsa oaabmas oaabsma
oaabsam oaabasm oaabams oaasbma oaasbam oaasmba oaasmab oaasamb oaasabm oaaabsm oaaabms
oaaasbm oaaasmb oaaamsb oaaambs oasmaba oasmaab oasmbaa oasmbaa oasmaba oasmaab oasamba
oasamab oasabma oasabam oasaabm oasaamb oasbama oasbaam oasbmaa oasbmaa oasbama oasbaam
oasaabm oasaamb oasabam oasabma oasamba oasamab oaamasb oaamabs oaamsab oaamsba oaambsa
oaambas oaaamsb oaaambs oaaasmb oaaasbm oaaabsm oaaabms oaasamb oaasabm oaasmab oaasmba
oaasbma oaasbam oaabasm oaabams oaabsam oaabsma oaabmsa oaabmas omabasa omabaas omabsaa
omabsaa omabasa omabaas omaabsa omaabas omaasba omaasab omaaasb omaaabs omasaba omasaab
omasbaa omasbaa omasaba omasaab omaaasb omaaabs omaasab omaasba omaabsa omaabas ombaasa
ombaaas ombasaa ombasaa ombaasa ombaaas ombaasa ombaaas ombasaa ombasaa ombaasa ombaaas
ombsaaa ombsaaa ombsaaa ombsaaa ombsaaa ombsaaa ombaasa ombaaas ombasaa ombasaa ombaasa
ombaaas omabasa omabaas omabsaa omabsaa omabasa omabaas omaabsa omaabas omaasba omaasab
omaaasb omaaabs omasaba omasaab omasbaa omasbaa omasaba omasaab omaaasb omaaabs omaasab
omaasba omaabsa omaabas omsbaaa omsbaaa omsbaaa omsbaaa omsbaaa omsbaaa omsabaa omsabaa
omsaaba omsaaab omsaaab omsaaba omsaaba omsaaab omsabaa omsabaa omsaaba omsaaab omsaaab
omsaaba omsaaab omsaaba omsabaa omsabaa omabasa omabaas omabsaa omabsaa omabasa omabaas
omaabsa omaabas omaasba omaasab omaaasb omaaabs omasaba omasaab omasbaa omasbaa omasaba
omasaab omaaasb omaaabs omaasab omaasba omaabsa omaabas oaambsa oaambas oaamsba oaamsab
oaamasb oaamabs oaabmsa oaabmas oaabsma oaabsam oaabasm oaabams oaasbma oaasbam oaasmba
oaasmab oaasamb oaasabm oaaabsm oaaabms oaaasbm oaaasmb oaaamsb oaaambs oamabsa oamabas
oamasba oamasab oamaasb oamaabs oambasa oambaas oambsaa oambsaa oambasa oambaas oamsbaa
oamsbaa oamsaba oamsaab oamsaab oamsaba oamabsa oamabas oamasba oamasab oamaasb oamaabs
oabmasa oabmaas oabmsaa oabmsaa oabmasa oabmaas oabamsa oabamas oabasma oabasam oabaasm
oabaams oabsama oabsaam oabsmaa oabsmaa oabsama oabsaam oabaasm oabaams oabasam oabasma
oabamsa oabamas oasmbaa oasmbaa oasmaba oasmaab oasmaab oasmaba oasbmaa oasbmaa oasbama
oasbaam oasbaam oasbama oasabma oasabam oasamba oasamab oasaamb oasaabm oasabam oasabma
oasaabm oasaamb oasamab oasamba oaambsa oaambas oaamsba oaamsab oaamasb oaamabs oaabmsa
oaabmas oaabsma oaabsam oaabasm oaabams oaasbma oaasbam oaasmba oaasmab oaasamb oaasabm
oaaabsm oaaabms oaaasbm oaaasmb oaaamsb oaaambs osamaba osamaab osambaa osambaa osamaba
osamaab osaamba osaamab osaabma osaabam osaaabm osaaamb osabama osabaam osabmaa osabmaa
osabama osabaam osaaabm osaaamb osaabam osaabma osaamba osaamab osmaaba osmaaab osmabaa
osmabaa osmaaba osmaaab osmaaba osmaaab osmabaa osmabaa osmaaba osmaaab osmbaaa osmbaaa
osmbaaa osmbaaa osmbaaa osmbaaa osmaaba osmaaab osmabaa osmabaa osmaaba osmaaab osamaba
osamaab osambaa osambaa osamaba osamaab osaamba osaamab osaabma osaabam osaaabm osaaamb
osabama osabaam osabmaa osabmaa osabama osabaam osaaabm osaaamb osaabam osaabma osaamba
osaamab osbmaaa osbmaaa osbmaaa osbmaaa osbmaaa osbmaaa osbamaa osbamaa osbaama osbaaam
osbaaam osbaama osbaama osbaaam osbamaa osbamaa osbaama osbaaam osbaaam osbaama osbaaam
osbaama osbamaa osbamaa osamaba osamaab osambaa osambaa osamaba osamaab osaamba osaamab
osaabma osaabam osaaabm osaaamb osabama osabaam osabmaa osabmaa osabama osabaam osaaabm
osaaamb osaabam osaabma osaamba osaamab oaamasb oaamabs oaamsab oaamsba oaambsa oaambas
oaaamsb oaaambs oaaasmb oaaasbm oaaabsm oaaabms oaasamb oaasabm oaasmab oaasmba oaasbma
oaasbam oaabasm oaabams oaabsam oaabsma oaabmsa oaabmas oamaasb oamaabs oamasab oamasba
oamabsa oamabas oamaasb oamaabs oamasab oamasba oamabsa oamabas oamsaab oamsaba oamsaab
oamsaba oamsbaa oamsbaa oambasa oambaas oambsaa oambsaa oambasa oambaas oaamasb oaamabs
oaamsab oaamsba oaambsa oaambas oaaamsb oaaambs oaaasmb oaaasbm oaaabsm oaaabms oaasamb
oaasabm oaasmab oaasmba oaasbma oaasbam oaabasm oaabams oaabsam oaabsma oaabmsa oaabmas
oasmaab oasmaba oasmaab oasmaba oasmbaa oasmbaa oasamab oasamba oasaamb oasaabm oasabam
oasabma oasaamb oasaabm oasamab oasamba oasabma oasabam oasbaam oasbama oasbaam oasbama
oasbmaa oasbmaa oabmasa oabmaas oabmsaa oabmsaa oabmasa oabmaas oabamsa oabamas oabasma
oabasam oabaasm oabaams oabsama oabsaam oabsmaa oabsmaa oabsama oabsaam oabaasm oabaams
oabasam oabasma oabamsa oabamas mboaasa mboaaas mboasaa mboasaa mboaasa mboaaas mboaasa
mboaaas mboasaa mboasaa mboaasa mboaaas mbosaaa mbosaaa mbosaaa mbosaaa mbosaaa mbosaaa
mboaasa mboaaas mboasaa mboasaa mboaasa mboaaas mbaoasa mbaoaas mbaosaa mbaosaa mbaoasa
mbaoaas mbaaosa mbaaoas mbaasoa mbaasao mbaaaso mbaaaos mbasaoa mbasaao mbasoaa mbasoaa
mbasaoa mbasaao mbaaaso mbaaaos mbaasao mbaasoa mbaaosa mbaaoas mbaaosa mbaaoas mbaasoa
mbaasao mbaaaso mbaaaos mbaoasa mbaoaas mbaosaa mbaosaa mbaoasa mbaoaas mbasoaa mbasoaa
mbasaoa mbasaao mbasaao mbasaoa mbaaosa mbaaoas mbaasoa mbaasao mbaaaso mbaaaos mbsaaoa
mbsaaao mbsaoaa mbsaoaa mbsaaoa mbsaaao mbsaaoa mbsaaao mbsaoaa mbsaoaa mbsaaoa mbsaaao
mbsoaaa mbsoaaa mbsoaaa mbsoaaa mbsoaaa mbsoaaa mbsaaoa mbsaaao mbsaoaa mbsaoaa mbsaaoa
mbsaaao mbaaaso mbaaaos mbaasao mbaasoa mbaaosa mbaaoas mbaaaso mbaaaos mbaasao mbaasoa
mbaaosa mbaaoas mbasaao mbasaoa mbasaao mbasaoa mbasoaa mbasoaa mbaoasa mbaoaas mbaosaa
mbaosaa mbaoasa mbaoaas mobaasa mobaaas mobasaa mobasaa mobaasa mobaaas mobaasa mobaaas
mobasaa mobasaa mobaasa mobaaas mobsaaa mobsaaa mobsaaa mobsaaa mobsaaa mobsaaa mobaasa
mobaaas mobasaa mobasaa mobaasa mobaaas moabasa moabaas moabsaa moabsaa moabasa moabaas
moaabsa moaabas moaasba moaasab moaaasb moaaabs moasaba moasaab moasbaa moasbaa moasaba
moasaab moaaasb moaaabs moaasab moaasba moaabsa moaabas moaabsa moaabas moaasba moaasab
moaaasb moaaabs moabasa moabaas moabsaa moabsaa moabasa moabaas moasbaa moasbaa moasaba
moasaab moasaab moasaba moaabsa moaabas moaasba moaasab moaaasb moaaabs mosaaba mosaaab
mosabaa mosabaa mosaaba mosaaab mosaaba mosaaab mosabaa mosabaa mosaaba mosaaab mosbaaa
mosbaaa mosbaaa mosbaaa mosbaaa mosbaaa mosaaba mosaaab mosabaa mosabaa mosaaba mosaaab
moaaasb moaaabs moaasab moaasba moaabsa moaabas moaaasb moaaabs moaasab moaasba moaabsa
moaabas moasaab moasaba moasaab moasaba moasbaa moasbaa moabasa moabaas moabsaa moabsaa
moabasa moabaas maobasa maobaas maobsaa maobsaa maobasa maobaas maoabsa maoabas maoasba
maoasab maoaasb maoaabs maosaba maosaab maosbaa maosbaa maosaba maosaab maoaasb maoaabs
maoasab maoasba maoabsa maoabas maboasa maboaas mabosaa mabosaa maboasa maboaas mabaosa
mabaoas mabasoa mabasao mabaaso mabaaos mabsaoa mabsaao mabsoaa mabsoaa mabsaoa mabsaao
mabaaso mabaaos mabasao mabasoa mabaosa mabaoas maabosa maaboas maabsoa maabsao maabaso
maabaos maaobsa maaobas maaosba maaosab maaoasb maaoabs maasoba maasoab maasboa maasbao
maasabo maasaob maaaosb maaaobs maaasob maaasbo maaabso maaabos masbaoa masbaao masboaa
masboaa masbaoa masbaao masaboa masabao masaoba masaoab masaaob masaabo masoaba masoaab
masobaa masobaa masoaba masoaab masaaob masaabo masaoab masaoba masaboa masabao maabaso
maabaos maabsao maabsoa maabosa maaboas maaabso maaabos maaasbo maaasob maaaosb maaaobs
maasabo maasaob maasbao maasboa maasoba maasoab maaoasb maaoabs maaosab maaosba maaobsa
maaobas maoabsa maoabas maoasba maoasab maoaasb maoaabs maobasa maobaas maobsaa maobsaa
maobasa maobaas maosbaa maosbaa maosaba maosaab maosaab maosaba maoabsa maoabas maoasba
maoasab maoaasb maoaabs maaobsa maaobas maaosba maaosab maaoasb maaoabs maabosa maaboas
maabsoa maabsao maabaso maabaos maasboa maasbao maasoba maasoab maasaob maasabo maaabso
maaabos maaasbo maaasob maaaosb maaaobs mabaosa mabaoas mabasoa mabasao mabaaso mabaaos
maboasa maboaas mabosaa mabosaa maboasa maboaas mabsoaa mabsoaa mabsaoa mabsaao mabsaao
mabsaoa mabaosa mabaoas mabasoa mabasao mabaaso mabaaos masaboa masabao masaoba masaoab
masaaob masaabo masbaoa masbaao masboaa masboaa masbaoa masbaao masobaa masobaa masoaba
masoaab masoaab masoaba masaboa masabao masaoba masaoab masaaob masaabo maaabso maaabos
maaasbo maaasob maaaosb maaaobs maabaso maabaos maabsao maabsoa maabosa maaboas maasbao
maasboa maasabo maasaob maasoab maasoba maaobsa maaobas maaosba maaosab maaoasb maaoabs
msoaaba msoaaab msoabaa msoabaa msoaaba msoaaab msoaaba msoaaab msoabaa msoabaa msoaaba
msoaaab msobaaa msobaaa msobaaa msobaaa msobaaa msobaaa msoaaba msoaaab msoabaa msoabaa
msoaaba msoaaab msaoaba msaoaab msaobaa msaobaa msaoaba msaoaab msaaoba msaaoab msaaboa
msaabao msaaabo msaaaob msabaoa msabaao msaboaa msaboaa msabaoa msabaao msaaabo msaaaob
msaabao msaaboa msaaoba msaaoab msaaoba msaaoab msaaboa msaabao msaaabo msaaaob msaoaba
msaoaab msaobaa msaobaa msaoaba msaoaab msaboaa msaboaa msabaoa msabaao msabaao msabaoa
msaaoba msaaoab msaaboa msaabao msaaabo msaaaob msbaaoa msbaaao msbaoaa msbaoaa msbaaoa
msbaaao msbaaoa msbaaao msbaoaa msbaoaa msbaaoa msbaaao msboaaa msboaaa msboaaa msboaaa
msboaaa msboaaa msbaaoa msbaaao msbaoaa msbaoaa msbaaoa msbaaao msaaabo msaaaob msaabao
msaaboa msaaoba msaaoab msaaabo msaaaob msaabao msaaboa msaaoba msaaoab msabaao msabaoa
msabaao msabaoa msaboaa msaboaa msaoaba msaoaab msaobaa msaobaa msaoaba msaoaab maoaasb
maoaabs maoasab maoasba maoabsa maoabas maoaasb maoaabs maoasab maoasba maoabsa maoabas
maosaab maosaba maosaab maosaba maosbaa maosbaa maobasa maobaas maobsaa maobsaa maobasa
maobaas maaoasb maaoabs maaosab maaosba maaobsa maaobas maaaosb maaaobs maaasob maaasbo
maaabso maaabos maasaob maasabo maasoab maasoba maasboa maasbao maabaso maabaos maabsao
maabsoa maabosa maaboas maaaosb maaaobs maaasob maaasbo maaabso maaabos maaoasb maaoabs
maaosab maaosba maaobsa maaobas maasoab maasoba maasaob maasabo maasbao maasboa maabosa
maaboas maabsoa maabsao maabaso maabaos masaaob masaabo masaoab masaoba masaboa masabao
masaaob masaabo masaoab masaoba masaboa masabao masoaab masoaba masoaab masoaba masobaa
masobaa masbaoa masbaao masboaa masboaa masbaoa masbaao mabaaso mabaaos mabasao mabasoa
mabaosa mabaoas mabaaso mabaaos mabasao mabasoa mabaosa mabaoas mabsaao mabsaoa mabsaao
mabsaoa mabsoaa mabsoaa maboasa maboaas mabosaa mabosaa maboasa maboaas abomasa abomaas
abomsaa abomsaa abomasa abomaas aboamsa aboamas aboasma aboasam aboaasm aboaams abosama
abosaam abosmaa abosmaa abosama abosaam aboaasm aboaams aboasam aboasma aboamsa aboamas
abmoasa abmoaas abmosaa abmosaa abmoasa abmoaas abmaosa abmaoas abmasoa abmasao abmaaso
abmaaos abmsaoa abmsaao abmsoaa abmsoaa abmsaoa abmsaao abmaaso abmaaos abmasao abmasoa
abmaosa abmaoas abamosa abamoas abamsoa abamsao abamaso abamaos abaomsa abaomas abaosma
abaosam abaoasm abaoams abasoma abasoam abasmoa abasmao abasamo abasaom abaaosm abaaoms
abaasom abaasmo abaamso abaamos absmaoa absmaao absmoaa absmoaa absmaoa absmaao absamoa
absamao absaoma absaoam absaaom absaamo absoama absoaam absomaa absomaa absoama absoaam
absaaom absaamo absaoam absaoma absamoa absamao abamaso abamaos abamsao abamsoa abamosa
abamoas abaamso abaamos abaasmo abaasom abaaosm abaaoms abasamo abasaom abasmao abasmoa
abasoma abasoam abaoasm abaoams abaosam abaosma abaomsa abaomas aobmasa aobmaas aobmsaa
aobmsaa aobmasa aobmaas aobamsa aobamas aobasma aobasam aobaasm aobaams aobsama aobsaam
aobsmaa aobsmaa aobsama aobsaam aobaasm aobaams aobasam aobasma aobamsa aobamas aombasa
aombaas aombsaa aombsaa aombasa aombaas aomabsa aomabas aomasba aomasab aomaasb aomaabs
aomsaba aomsaab aomsbaa aomsbaa aomsaba aomsaab aomaasb aomaabs aomasab aomasba aomabsa
aomabas aoambsa aoambas aoamsba aoamsab aoamasb aoamabs aoabmsa aoabmas aoabsma aoabsam
aoabasm aoabams aoasbma aoasbam aoasmba aoasmab aoasamb aoasabm aoaabsm aoaabms aoaasbm
aoaasmb aoaamsb aoaambs aosmaba aosmaab aosmbaa aosmbaa aosmaba aosmaab aosamba aosamab
aosabma aosabam aosaabm aosaamb aosbama aosbaam aosbmaa aosbmaa aosbama aosbaam aosaabm
aosaamb aosabam aosabma aosamba aosamab aoamasb aoamabs aoamsab aoamsba aoambsa aoambas
aoaamsb aoaambs aoaasmb aoaasbm aoaabsm aoaabms aoasamb aoasabm aoasmab aoasmba aoasbma
aoasbam aoabasm aoabams aoabsam aoabsma aoabmsa aoabmas amobasa amobaas amobsaa amobsaa
amobasa amobaas amoabsa amoabas amoasba amoasab amoaasb amoaabs amosaba amosaab amosbaa
amosbaa amosaba amosaab amoaasb amoaabs amoasab amoasba amoabsa amoabas amboasa amboaas
ambosaa ambosaa amboasa amboaas ambaosa ambaoas ambasoa ambasao ambaaso ambaaos ambsaoa
ambsaao ambsoaa ambsoaa ambsaoa ambsaao ambaaso ambaaos ambasao ambasoa ambaosa ambaoas
amabosa amaboas amabsoa amabsao amabaso amabaos amaobsa amaobas amaosba amaosab amaoasb
amaoabs amasoba amasoab amasboa amasbao amasabo amasaob amaaosb amaaobs amaasob amaasbo
amaabso amaabos amsbaoa amsbaao amsboaa amsboaa amsbaoa amsbaao amsaboa amsabao amsaoba
amsaoab amsaaob amsaabo amsoaba amsoaab amsobaa amsobaa amsoaba amsoaab amsaaob amsaabo
amsaoab amsaoba amsaboa amsabao amabaso amabaos amabsao amabsoa amabosa amaboas amaabso
amaabos amaasbo amaasob amaaosb amaaobs amasabo amasaob amasbao amasboa amasoba amasoab
amaoasb amaoabs amaosab amaosba amaobsa amaobas aaombsa aaombas aaomsba aaomsab aaomasb
aaomabs aaobmsa aaobmas aaobsma aaobsam aaobasm aaobams aaosbma aaosbam aaosmba aaosmab
aaosamb aaosabm aaoabsm aaoabms aaoasbm aaoasmb aaoamsb aaoambs aamobsa aamobas aamosba
aamosab aamoasb aamoabs aambosa aamboas aambsoa aambsao aambaso aambaos aamsboa aamsbao
aamsoba aamsoab aamsaob aamsabo aamabso aamabos aamasbo aamasob aamaosb aamaobs aabmosa
aabmoas aabmsoa aabmsao aabmaso aabmaos aabomsa aabomas aabosma aabosam aaboasm aaboams
aabsoma aabsoam aabsmoa aabsmao aabsamo aabsaom aabaosm aabaoms aabasom aabasmo aabamso
aabamos aasmboa aasmbao aasmoba aasmoab aasmaob aasmabo aasbmoa aasbmao aasboma aasboam
aasbaom aasbamo aasobma aasobam aasomba aasomab aasoamb aasoabm aasabom aasabmo aasaobm
aasaomb aasamob aasambo aaambso aaambos aaamsbo aaamsob aaamosb aaamobs aaabmso aaabmos
aaabsmo aaabsom aaabosm aaaboms aaasbmo aaasbom aaasmbo aaasmob aaasomb aaasobm aaaobsm
aaaobms aaaosbm aaaosmb aaaomsb aaaombs asomaba asomaab asombaa asombaa asomaba asomaab
asoamba asoamab asoabma asoabam asoaabm asoaamb asobama asobaam asobmaa asobmaa asobama
asobaam asoaabm asoaamb asoabam asoabma asoamba asoamab asmoaba asmoaab asmobaa asmobaa
asmoaba asmoaab asmaoba asmaoab asmaboa asmabao asmaabo asmaaob asmbaoa asmbaao asmboaa
asmboaa asmbaoa asmbaao asmaabo asmaaob asmabao asmaboa asmaoba asmaoab asamoba asamoab
asamboa asambao asamabo asamaob asaomba asaomab asaobma asaobam asaoabm asaoamb asaboma
asaboam asabmoa asabmao asabamo asabaom asaaobm asaaomb asaabom asaabmo asaambo asaamob
asbmaoa asbmaao asbmoaa asbmoaa asbmaoa asbmaao asbamoa asbamao asbaoma asbaoam asbaaom
asbaamo asboama asboaam asbomaa asbomaa asboama asboaam asbaaom asbaamo asbaoam asbaoma
asbamoa asbamao asamabo asamaob asambao asamboa asamoba asamoab asaambo asaamob asaabmo
asaabom asaaobm asaaomb asabamo asabaom asabmao asabmoa asaboma asaboam asaoabm asaoamb
asaobam asaobma asaomba asaomab aaomasb aaomabs aaomsab aaomsba aaombsa aaombas aaoamsb
aaoambs aaoasmb aaoasbm aaoabsm aaoabms aaosamb aaosabm aaosmab aaosmba aaosbma aaosbam
aaobasm aaobams aaobsam aaobsma aaobmsa aaobmas aamoasb aamoabs aamosab aamosba aamobsa
aamobas aamaosb aamaobs aamasob aamasbo aamabso aamabos aamsaob aamsabo aamsoab aamsoba
aamsboa aamsbao aambaso aambaos aambsao aambsoa aambosa aamboas aaamosb aaamobs aaamsob
aaamsbo aaambso aaambos aaaomsb aaaombs aaaosmb aaaosbm aaaobsm aaaobms aaasomb aaasobm
aaasmob aaasmbo aaasbmo aaasbom aaabosm aaaboms aaabsom aaabsmo aaabmso aaabmos aasmaob
aasmabo aasmoab aasmoba aasmboa aasmbao aasamob aasambo aasaomb aasaobm aasabom aasabmo
aasoamb aasoabm aasomab aasomba aasobma aasobam aasbaom aasbamo aasboam aasboma aasbmoa
aasbmao aabmaso aabmaos aabmsao aabmsoa aabmosa aabmoas aabamso aabamos aabasmo aabasom
aabaosm aabaoms aabsamo aabsaom aabsmao aabsmoa aabsoma aabsoam aaboasm aaboams aabosam
aabosma aabomsa aabomas sbomaaa sbomaaa sbomaaa sbomaaa sbomaaa sbomaaa sboamaa sboamaa
sboaama sboaaam sboaaam sboaama sboaama sboaaam sboamaa sboamaa sboaama sboaaam sboaaam
sboaama sboaaam sboaama sboamaa sboamaa sbmoaaa sbmoaaa sbmoaaa sbmoaaa sbmoaaa sbmoaaa
sbmaoaa sbmaoaa sbmaaoa sbmaaao sbmaaao sbmaaoa sbmaaoa sbmaaao sbmaoaa sbmaoaa sbmaaoa
sbmaaao sbmaaao sbmaaoa sbmaaao sbmaaoa sbmaoaa sbmaoaa sbamoaa sbamoaa sbamaoa sbamaao
sbamaao sbamaoa sbaomaa sbaomaa sbaoama sbaoaam sbaoaam sbaoama sbaaoma sbaaoam sbaamoa
sbaamao sbaaamo sbaaaom sbaaoam sbaaoma sbaaaom sbaaamo sbaamao sbaamoa sbamaoa sbamaao
sbamoaa sbamoaa sbamaoa sbamaao sbaamoa sbaamao sbaaoma sbaaoam sbaaaom sbaaamo sbaoama
sbaoaam sbaomaa sbaomaa sbaoama sbaoaam sbaaaom sbaaamo sbaaoam sbaaoma sbaamoa sbaamao
sbamaao sbamaoa sbamaao sbamaoa sbamoaa sbamoaa sbaamao sbaamoa sbaaamo sbaaaom sbaaoam
sbaaoma sbaaamo sbaaaom sbaamao sbaamoa sbaaoma sbaaoam sbaoaam sbaoama sbaoaam sbaoama
sbaomaa sbaomaa sobmaaa sobmaaa sobmaaa sobmaaa sobmaaa sobmaaa sobamaa sobamaa sobaama
sobaaam sobaaam sobaama sobaama sobaaam sobamaa sobamaa sobaama sobaaam sobaaam sobaama
sobaaam sobaama sobamaa sobamaa sombaaa sombaaa sombaaa sombaaa sombaaa sombaaa somabaa
somabaa somaaba somaaab somaaab somaaba somaaba somaaab somabaa somabaa somaaba somaaab
somaaab somaaba somaaab somaaba somabaa somabaa soambaa soambaa soamaba soamaab soamaab
soamaba soabmaa soabmaa soabama soabaam soabaam soabama soaabma soaabam soaamba soaamab
soaaamb soaaabm soaabam soaabma soaaabm soaaamb soaamab soaamba soamaba soamaab soambaa
soambaa soamaba soamaab soaamba soaamab soaabma soaabam soaaabm soaaamb soabama soabaam
soabmaa soabmaa soabama soabaam soaaabm soaaamb soaabam soaabma soaamba soaamab soamaab
soamaba soamaab soamaba soambaa soambaa soaamab soaamba soaaamb soaaabm soaabam soaabma
soaaamb soaaabm soaamab soaamba soaabma soaabam soabaam soabama soabaam soabama soabmaa
soabmaa smobaaa smobaaa smobaaa smobaaa smobaaa smobaaa smoabaa smoabaa smoaaba smoaaab
smoaaab smoaaba smoaaba smoaaab smoabaa smoabaa smoaaba smoaaab smoaaab smoaaba smoaaab
smoaaba smoabaa smoabaa smboaaa smboaaa smboaaa smboaaa smboaaa smboaaa smbaoaa smbaoaa
smbaaoa smbaaao smbaaao smbaaoa smbaaoa smbaaao smbaoaa smbaoaa smbaaoa smbaaao smbaaao
smbaaoa smbaaao smbaaoa smbaoaa smbaoaa smaboaa smaboaa smabaoa smabaao smabaao smabaoa
smaobaa smaobaa smaoaba smaoaab smaoaab smaoaba smaaoba smaaoab smaaboa smaabao smaaabo
smaaaob smaaoab smaaoba smaaaob smaaabo smaabao smaaboa smabaoa smabaao smaboaa smaboaa
smabaoa smabaao smaaboa smaabao smaaoba smaaoab smaaaob smaaabo smaoaba smaoaab smaobaa
smaobaa smaoaba smaoaab smaaaob smaaabo smaaoab smaaoba smaaboa smaabao smabaao smabaoa
smabaao smabaoa smaboaa smaboaa smaabao smaaboa smaaabo smaaaob smaaoab smaaoba smaaabo
smaaaob smaabao smaaboa smaaoba smaaoab smaoaab smaoaba smaoaab smaoaba smaobaa smaobaa
saombaa saombaa saomaba saomaab saomaab saomaba saobmaa saobmaa saobama saobaam saobaam
saobama saoabma saoabam saoamba saoamab saoaamb saoaabm saoabam saoabma saoaabm saoaamb
saoamab saoamba samobaa samobaa samoaba samoaab samoaab samoaba samboaa samboaa sambaoa
sambaao sambaao sambaoa samaboa samabao samaoba samaoab samaaob samaabo samabao samaboa
samaabo samaaob samaoab samaoba sabmoaa sabmoaa sabmaoa sabmaao sabmaao sabmaoa sabomaa
sabomaa saboama saboaam saboaam saboama sabaoma sabaoam sabamoa sabamao sabaamo sabaaom
sabaoam sabaoma sabaaom sabaamo sabamao sabamoa saamboa saambao saamoba saamoab saamaob
saamabo saabmoa saabmao saaboma saaboam saabaom saabamo saaobma saaobam saaomba saaomab
saaoamb saaoabm saaabom saaabmo saaaobm saaaomb saaamob saaambo saambao saamboa saamabo
saamaob saamoab saamoba saabmao saabmoa saabamo saabaom saaboam saaboma saaabmo saaabom
saaambo saaamob saaaomb saaaobm saaobam saaobma saaoabm saaoamb saaomab saaomba saomaba
saomaab saombaa saombaa saomaba saomaab saoamba saoamab saoabma saoabam saoaabm saoaamb
saobama saobaam saobmaa saobmaa saobama saobaam saoaabm saoaamb saoabam saoabma saoamba
saoamab samoaba samoaab samobaa samobaa samoaba samoaab samaoba samaoab samaboa samabao
samaabo samaaob sambaoa sambaao samboaa samboaa sambaoa sambaao samaabo samaaob samabao
samaboa samaoba samaoab saamoba saamoab saamboa saambao saamabo saamaob saaomba saaomab
saaobma saaobam saaoabm saaoamb saaboma saaboam saabmoa saabmao saabamo saabaom saaaobm
saaaomb saaabom saaabmo saaambo saaamob sabmaoa sabmaao sabmoaa sabmoaa sabmaoa sabmaao
sabamoa sabamao sabaoma sabaoam sabaaom sabaamo saboama saboaam sabomaa sabomaa saboama
saboaam sabaaom sabaamo sabaoam sabaoma sabamoa sabamao saamabo saamaob saambao saamboa
saamoba saamoab saaambo saaamob saaabmo saaabom saaaobm saaaomb saabamo saabaom saabmao
saabmoa saaboma saaboam saaoabm saaoamb saaobam saaobma saaomba saaomab saomaab saomaba
saomaab saomaba saombaa saombaa saoamab saoamba saoaamb saoaabm saoabam saoabma saoaamb
saoaabm saoamab saoamba saoabma saoabam saobaam saobama saobaam saobama saobmaa saobmaa
samoaab samoaba samoaab samoaba samobaa samobaa samaoab samaoba samaaob samaabo samabao
samaboa samaaob samaabo samaoab samaoba samaboa samabao sambaao sambaoa sambaao sambaoa
samboaa samboaa saamoab saamoba saamaob saamabo saambao saamboa saaomab saaomba saaoamb
saaoabm saaobam saaobma saaaomb saaaobm saaamob saaambo saaabmo saaabom saaboam saaboma
saabaom saabamo saabmao saabmoa saamaob saamabo saamoab saamoba saamboa saambao saaamob
saaambo saaaomb saaaobm saaabom saaabmo saaoamb saaoabm saaomab saaomba saaobma saaobam
saabaom saabamo saaboam saaboma saabmoa saabmao sabmaao sabmaoa sabmaao sabmaoa sabmoaa
sabmoaa sabamao sabamoa sabaamo sabaaom sabaoam sabaoma sabaamo sabaaom sabamao sabamoa
sabaoma sabaoam saboaam saboama saboaam saboama sabomaa sabomaa abomasa abomaas abomsaa
abomsaa abomasa abomaas aboamsa aboamas aboasma aboasam aboaasm aboaams abosama abosaam
abosmaa abosmaa abosama abosaam aboaasm aboaams aboasam aboasma aboamsa aboamas abmoasa
abmoaas abmosaa abmosaa abmoasa abmoaas abmaosa abmaoas abmasoa abmasao abmaaso abmaaos
abmsaoa abmsaao abmsoaa abmsoaa abmsaoa abmsaao abmaaso abmaaos abmasao abmasoa abmaosa
abmaoas abamosa abamoas abamsoa abamsao abamaso abamaos abaomsa abaomas abaosma abaosam
abaoasm abaoams abasoma abasoam abasmoa abasmao abasamo abasaom abaaosm abaaoms abaasom
abaasmo abaamso abaamos absmaoa absmaao absmoaa absmoaa absmaoa absmaao absamoa absamao
absaoma absaoam absaaom absaamo absoama absoaam absomaa absomaa absoama absoaam absaaom
absaamo absaoam absaoma absamoa absamao abamaso abamaos abamsao abamsoa abamosa abamoas
abaamso abaamos abaasmo abaasom abaaosm abaaoms abasamo abasaom abasmao abasmoa abasoma
abasoam abaoasm abaoams abaosam abaosma abaomsa abaomas aobmasa aobmaas aobmsaa aobmsaa
aobmasa aobmaas aobamsa aobamas aobasma aobasam aobaasm aobaams aobsama aobsaam aobsmaa
aobsmaa aobsama aobsaam aobaasm aobaams aobasam aobasma aobamsa aobamas aombasa aombaas
aombsaa aombsaa aombasa aombaas aomabsa aomabas aomasba aomasab aomaasb aomaabs aomsaba
aomsaab aomsbaa aomsbaa aomsaba aomsaab aomaasb aomaabs aomasab aomasba aomabsa aomabas
aoambsa aoambas aoamsba aoamsab aoamasb aoamabs aoabmsa aoabmas aoabsma aoabsam aoabasm
aoabams aoasbma aoasbam aoasmba aoasmab aoasamb aoasabm aoaabsm aoaabms aoaasbm aoaasmb
aoaamsb aoaambs aosmaba aosmaab aosmbaa aosmbaa aosmaba aosmaab aosamba aosamab aosabma
aosabam aosaabm aosaamb aosbama aosbaam aosbmaa aosbmaa aosbama aosbaam aosaabm aosaamb
aosabam aosabma aosamba aosamab aoamasb aoamabs aoamsab aoamsba aoambsa aoambas aoaamsb
aoaambs aoaasmb aoaasbm aoaabsm aoaabms aoasamb aoasabm aoasmab aoasmba aoasbma aoasbam
aoabasm aoabams aoabsam aoabsma aoabmsa aoabmas amobasa amobaas amobsaa amobsaa amobasa
amobaas amoabsa amoabas amoasba amoasab amoaasb amoaabs amosaba amosaab amosbaa amosbaa
amosaba amosaab amoaasb amoaabs amoasab amoasba amoabsa amoabas amboasa amboaas ambosaa
ambosaa amboasa amboaas ambaosa ambaoas ambasoa ambasao ambaaso ambaaos ambsaoa ambsaao
ambsoaa ambsoaa ambsaoa ambsaao ambaaso ambaaos ambasao ambasoa ambaosa ambaoas amabosa
amaboas amabsoa amabsao amabaso amabaos amaobsa amaobas amaosba amaosab amaoasb amaoabs
amasoba amasoab amasboa amasbao amasabo amasaob amaaosb amaaobs amaasob amaasbo amaabso
amaabos amsbaoa amsbaao amsboaa amsboaa amsbaoa amsbaao amsaboa amsabao amsaoba amsaoab
amsaaob amsaabo amsoaba amsoaab amsobaa amsobaa amsoaba amsoaab amsaaob amsaabo amsaoab
amsaoba amsaboa amsabao amabaso amabaos amabsao amabsoa amabosa amaboas amaabso amaabos
amaasbo amaasob amaaosb amaaobs amasabo amasaob amasbao amasboa amasoba amasoab amaoasb
amaoabs amaosab amaosba amaobsa amaobas aaombsa aaombas aaomsba aaomsab aaomasb aaomabs
aaobmsa aaobmas aaobsma aaobsam aaobasm aaobams aaosbma aaosbam aaosmba aaosmab aaosamb
aaosabm aaoabsm aaoabms aaoasbm aaoasmb aaoamsb aaoambs aamobsa aamobas aamosba aamosab
aamoasb aamoabs aambosa aamboas aambsoa aambsao aambaso aambaos aamsboa aamsbao aamsoba
aamsoab aamsaob aamsabo aamabso aamabos aamasbo aamasob aamaosb aamaobs aabmosa aabmoas
aabmsoa aabmsao aabmaso aabmaos aabomsa aabomas aabosma aabosam aaboasm aaboams aabsoma
aabsoam aabsmoa aabsmao aabsamo aabsaom aabaosm aabaoms aabasom aabasmo aabamso aabamos
aasmboa aasmbao aasmoba aasmoab aasmaob aasmabo aasbmoa aasbmao aasboma aasboam aasbaom
aasbamo aasobma aasobam aasomba aasomab aasoamb aasoabm aasabom aasabmo aasaobm aasaomb
aasamob aasambo aaambso aaambos aaamsbo aaamsob aaamosb aaamobs aaabmso aaabmos aaabsmo
aaabsom aaabosm aaaboms aaasbmo aaasbom aaasmbo aaasmob aaasomb aaasobm aaaobsm aaaobms
aaaosbm aaaosmb aaaomsb aaaombs asomaba asomaab asombaa asombaa asomaba asomaab asoamba
asoamab asoabma asoabam asoaabm asoaamb asobama asobaam asobmaa asobmaa asobama asobaam
asoaabm asoaamb asoabam asoabma asoamba asoamab asmoaba asmoaab asmobaa asmobaa asmoaba
asmoaab asmaoba asmaoab asmaboa asmabao asmaabo asmaaob asmbaoa asmbaao asmboaa asmboaa
asmbaoa asmbaao asmaabo asmaaob asmabao asmaboa asmaoba asmaoab asamoba asamoab asamboa
asambao asamabo asamaob asaomba asaomab asaobma asaobam asaoabm asaoamb asaboma asaboam
asabmoa asabmao asabamo asabaom asaaobm asaaomb asaabom asaabmo asaambo asaamob asbmaoa
asbmaao asbmoaa asbmoaa asbmaoa asbmaao asbamoa asbamao asbaoma asbaoam asbaaom asbaamo
asboama asboaam asbomaa asbomaa asboama asboaam asbaaom asbaamo asbaoam asbaoma asbamoa
asbamao asamabo asamaob asambao asamboa asamoba asamoab asaambo asaamob asaabmo asaabom
asaaobm asaaomb asabamo asabaom asabmao asabmoa asaboma asaboam asaoabm asaoamb asaobam
asaobma asaomba asaomab aaomasb aaomabs aaomsab aaomsba aaombsa aaombas aaoamsb aaoambs
aaoasmb aaoasbm aaoabsm aaoabms aaosamb aaosabm aaosmab aaosmba aaosbma aaosbam aaobasm
aaobams aaobsam aaobsma aaobmsa aaobmas aamoasb aamoabs aamosab aamosba aamobsa aamobas
aamaosb aamaobs aamasob aamasbo aamabso aamabos aamsaob aamsabo aamsoab aamsoba aamsboa
aamsbao aambaso aambaos aambsao aambsoa aambosa aamboas aaamosb aaamobs aaamsob aaamsbo
aaambso aaambos aaaomsb aaaombs aaaosmb aaaosbm aaaobsm aaaobms aaasomb aaasobm aaasmob
aaasmbo aaasbmo aaasbom aaabosm aaaboms aaabsom aaabsmo aaabmso aaabmos aasmaob aasmabo
aasmoab aasmoba aasmboa aasmbao aasamob aasambo aasaomb aasaobm aasabom aasabmo aasoamb
aasoabm aasomab aasomba aasobma aasobam aasbaom aasbamo aasboam aasboma aasbmoa aasbmao
aabmaso aabmaos aabmsao aabmsoa aabmosa aabmoas aabamso aabamos aabasmo aabasom aabaosm
aabaoms aabsamo aabsaom aabsmao aabsmoa aabsoma aabsoam aaboasm aaboams aabosam aabosma
aabomsa aabomas

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History of cryptography
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