easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

westdavenport

wordsongs

subincise

carpathiumque

untawed

wavertree

zumbrofalls

xraylab

zuccarino

visionaries

yahwist

woolulose

indazine

childre

zoantharia

wodehouse

chickweeds

tripe


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: bannion
cipher variations:
cboojpo dcppkqp edqqlrq ferrmsr gfssnts
hgttout ihuupvu jivvqwv kjwwrxw lkxxsyx
mlyytzy nmzzuaz onaavba pobbwcb qpccxdc
rqddyed sreezfe tsffagf utggbhg vuhhcih
wviidji xwjjekj yxkkflk zyllgml azmmhnm

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: bannion
Cipher: yzmmrlm

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: bannion
Cipher: AAAAB AAAAA ABBAA ABBAA ABAAA ABBAB ABBAA

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

where modulus m is the size of the alphabet and a and b are the key of the cipher. The value a must be chosen such that a and m are coprime.
Considering the specific case of encrypting messages in English (i.e. m = 26), there are a total of 286 non-trivial affine ciphers, not counting the 26 trivial Caesar ciphers. This number comes from the fact there are 12 numbers that are coprime with 26 that are less than 26 (these are the possible values of a). Each value of a can have 26 different addition shifts (the b value) ; therefore, there are 12*26 or 312 possible keys.
Plaintext: bannion
cipher variations:
cboojpoeboozrogbooptoiboofvokboovxomboolzoqboordosboohfo
ubooxhowboonjoyboodloabootnodcppkqpfcppasphcppqupjcppgwp
lcppwypncppmaprcppseptcppigpvcppyipxcppokpzcppempbcppuop
edqqlrqgdqqbtqidqqrvqkdqqhxqmdqqxzqodqqnbqsdqqtfqudqqjhq
wdqqzjqydqqplqadqqfnqcdqqvpqferrmsrherrcurjerrswrlerriyr
nerryarperrocrterrugrverrkirxerrakrzerrqmrberrgorderrwqr
gfssntsifssdvskfsstxsmfssjzsofsszbsqfsspdsufssvhswfssljs
yfssblsafssrnscfsshpsefssxrshgttoutjgttewtlgttuytngttkat
pgttactrgttqetvgttwitxgttmktzgttcmtbgttsotdgttiqtfgttyst
ihuupvukhuufxumhuuvzuohuulbuqhuubdushuurfuwhuuxjuyhuunlu
ahuudnuchuutpuehuujrughuuztujivvqwvlivvgyvnivvwavpivvmcv
rivvcevtivvsgvxivvykvzivvomvbivveovdivvuqvfivvksvhivvauv
kjwwrxwmjwwhzwojwwxbwqjwwndwsjwwdfwujwwthwyjwwzlwajwwpnw
cjwwfpwejwwvrwgjwwltwijwwbvwlkxxsyxnkxxiaxpkxxycxrkxxoex
tkxxegxvkxxuixzkxxamxbkxxqoxdkxxgqxfkxxwsxhkxxmuxjkxxcwx
mlyytzyolyyjbyqlyyzdyslyypfyulyyfhywlyyvjyalyybnyclyyrpy
elyyhryglyyxtyilyynvyklyydxynmzzuazpmzzkczrmzzaeztmzzqgz
vmzzgizxmzzwkzbmzzcozdmzzsqzfmzziszhmzzyuzjmzzowzlmzzeyz
onaavbaqnaaldasnaabfaunaarhawnaahjaynaaxlacnaadpaenaatra
gnaajtainaazvaknaapxamnaafzapobbwcbrobbmebtobbcgbvobbsib
xobbikbzobbymbdobbeqbfobbusbhobbkubjobbawblobbqybnobbgab
qpccxdcspccnfcupccdhcwpcctjcypccjlcapcczncepccfrcgpccvtc
ipcclvckpccbxcmpccrzcopcchbcrqddyedtqddogdvqddeidxqddukd
zqddkmdbqddaodfqddgsdhqddwudjqddmwdlqddcydnqddsadpqddicd
sreezfeureephewreefjeyreevleareelnecreebpegreehteireexve
kreenxemreedzeoreetbeqreejdetsffagfvsffqifxsffgkfzsffwmf
bsffmofdsffcqfhsffiufjsffywflsffoyfnsffeafpsffucfrsffkef
utggbhgwtggrjgytgghlgatggxngctggnpgetggdrgitggjvgktggzxg
mtggpzgotggfbgqtggvdgstgglfgvuhhcihxuhhskhzuhhimhbuhhyoh
duhhoqhfuhheshjuhhkwhluhhayhnuhhqahpuhhgchruhhwehtuhhmgh
wviidjiyviitliaviijnicviizpieviiprigviiftikviilximviibzi
oviirbiqviihdisviixfiuviinhixwjjekjzwjjumjbwjjkojdwjjaqj
fwjjqsjhwjjgujlwjjmyjnwjjcajpwjjscjrwjjiejtwjjygjvwjjoij
yxkkflkaxkkvnkcxkklpkexkkbrkgxkkrtkixkkhvkmxkknzkoxkkdbk
qxkktdksxkkjfkuxkkzhkwxkkpjkzyllgmlbyllwoldyllmqlfyllcsl
hyllsuljylliwlnylloalpylleclryllueltyllkglvyllailxyllqkl
azmmhnmczmmxpmezmmnrmgzmmdtmizmmtvmkzmmjxmozmmpbmqzmmfdm
szmmvfmuzmmlhmwzmmbjmyzmmrlmbanniondannyqnfannosnhanneun
jannuwnlannkynpannqcnranngentannwgnvannminxanncknzannsmn

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: bannion
Cipher: onaavba

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: bannion
Cipher: 21113333424333

Extended Methods:
Method #1

Plaintext: bannion
method variations:
gfssotsmlxxtyxrqccydcwvhhdih

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
b a n n i o n 
2 1 3 3 4 4 3 
1 1 3 3 2 3 3 
They are then read out in rows:
21334431133233
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: bannion
Cipher: bntclhn

Read more ...
Method #3

Plaintext: bannion
method variations:
alnsrnh lnsrnha nsrnhal
srnhaln rnhalns nhalnsr
halnsrn

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: bannion

all 5040 cipher variations:
bannion bannino bannoin bannoni bannnoi bannnio baninon baninno banionn banionn baninon
baninno banoinn banoinn banonin banonni banonni banonin bannion bannino bannoin bannoni
bannnoi bannnio bannion bannino bannoin bannoni bannnoi bannnio baninon baninno banionn
banionn baninon baninno banoinn banoinn banonin banonni banonni banonin bannion bannino
bannoin bannoni bannnoi bannnio bainnon bainnno bainonn bainonn bainnon bainnno bainnon
bainnno bainonn bainonn bainnon bainnno baionnn baionnn baionnn baionnn baionnn baionnn
bainnon bainnno bainonn bainonn bainnon bainnno baoninn baoninn baonnin baonnni baonnni
baonnin baoinnn baoinnn baoinnn baoinnn baoinnn baoinnn baoninn baoninn baonnin baonnni
baonnni baonnin baoninn baoninn baonnin baonnni baonnni baonnin bannion bannino bannoin
bannoni bannnoi bannnio baninon baninno banionn banionn baninon baninno banoinn banoinn
banonin banonni banonni banonin bannion bannino bannoin bannoni bannnoi bannnio bnanion
bnanino bnanoin bnanoni bnannoi bnannio bnainon bnainno bnaionn bnaionn bnainon bnainno
bnaoinn bnaoinn bnaonin bnaonni bnaonni bnaonin bnanion bnanino bnanoin bnanoni bnannoi
bnannio bnnaion bnnaino bnnaoin bnnaoni bnnanoi bnnanio bnniaon bnniano bnnioan bnniona
bnninoa bnninao bnnoian bnnoina bnnoain bnnoani bnnonai bnnonia bnnnioa bnnniao bnnnoia
bnnnoai bnnnaoi bnnnaio bninaon bninano bninoan bninona bninnoa bninnao bnianon bnianno
bniaonn bniaonn bnianon bnianno bnioann bnioann bnionan bnionna bnionna bnionan bninaon
bninano bninoan bninona bninnoa bninnao bnonian bnonina bnonain bnonani bnonnai bnonnia
bnoinan bnoinna bnoiann bnoiann bnoinan bnoinna bnoainn bnoainn bnoanin bnoanni bnoanni
bnoanin bnonian bnonina bnonain bnonani bnonnai bnonnia bnnnioa bnnniao bnnnoia bnnnoai
bnnnaoi bnnnaio bnninoa bnninao bnniona bnnioan bnniaon bnniano bnnoina bnnoian bnnonia
bnnonai bnnoani bnnoain bnnaion bnnaino bnnaoin bnnaoni bnnanoi bnnanio bnnaion bnnaino
bnnaoin bnnaoni bnnanoi bnnanio bnniaon bnniano bnnioan bnniona bnninoa bnninao bnnoian
bnnoina bnnoain bnnoani bnnonai bnnonia bnnnioa bnnniao bnnnoia bnnnoai bnnnaoi bnnnaio
bnanion bnanino bnanoin bnanoni bnannoi bnannio bnainon bnainno bnaionn bnaionn bnainon
bnainno bnaoinn bnaoinn bnaonin bnaonni bnaonni bnaonin bnanion bnanino bnanoin bnanoni
bnannoi bnannio bnianon bnianno bniaonn bniaonn bnianon bnianno bninaon bninano bninoan
bninona bninnoa bninnao bnionan bnionna bnioann bnioann bnionan bnionna bninnoa bninnao
bninona bninoan bninaon bninano bnoainn bnoainn bnoanin bnoanni bnoanni bnoanin bnoiann
bnoiann bnoinan bnoinna bnoinna bnoinan bnonian bnonina bnonain bnonani bnonnai bnonnia
bnonina bnonian bnonnia bnonnai bnonani bnonain bnnaion bnnaino bnnaoin bnnaoni bnnanoi
bnnanio bnniaon bnniano bnnioan bnniona bnninoa bnninao bnnoian bnnoina bnnoain bnnoani
bnnonai bnnonia bnnnioa bnnniao bnnnoia bnnnoai bnnnaoi bnnnaio binnaon binnano binnoan
binnona binnnoa binnnao binanon binanno binaonn binaonn binanon binanno binoann binoann
binonan binonna binonna binonan binnaon binnano binnoan binnona binnnoa binnnao binnaon
binnano binnoan binnona binnnoa binnnao binanon binanno binaonn binaonn binanon binanno
binoann binoann binonan binonna binonna binonan binnaon binnano binnoan binnona binnnoa
binnnao biannon biannno bianonn bianonn biannon biannno biannon biannno bianonn bianonn
biannon biannno biaonnn biaonnn biaonnn biaonnn biaonnn biaonnn biannon biannno bianonn
bianonn biannon biannno bionann bionann bionnan bionnna bionnna bionnan bioannn bioannn
bioannn bioannn bioannn bioannn bionann bionann bionnan bionnna bionnna bionnan bionann
bionann bionnan bionnna bionnna bionnan binnaon binnano binnoan binnona binnnoa binnnao
binanon binanno binaonn binaonn binanon binanno binoann binoann binonan binonna binonna
binonan binnaon binnano binnoan binnona binnnoa binnnao bonnian bonnina bonnain bonnani
bonnnai bonnnia boninan boninna boniann boniann boninan boninna bonainn bonainn bonanin
bonanni bonanni bonanin bonnian bonnina bonnain bonnani bonnnai bonnnia bonnian bonnina
bonnain bonnani bonnnai bonnnia boninan boninna boniann boniann boninan boninna bonainn
bonainn bonanin bonanni bonanni bonanin bonnian bonnina bonnain bonnani bonnnai bonnnia
boinnan boinnna boinann boinann boinnan boinnna boinnan boinnna boinann boinann boinnan
boinnna boiannn boiannn boiannn boiannn boiannn boiannn boinnan boinnna boinann boinann
boinnan boinnna boaninn boaninn boannin boannni boannni boannin boainnn boainnn boainnn
boainnn boainnn boainnn boaninn boaninn boannin boannni boannni boannin boaninn boaninn
boannin boannni boannni boannin bonnian bonnina bonnain bonnani bonnnai bonnnia boninan
boninna boniann boniann boninan boninna bonainn bonainn bonanin bonanni bonanni bonanin
bonnian bonnina bonnain bonnani bonnnai bonnnia bnnnioa bnnniao bnnnoia bnnnoai bnnnaoi
bnnnaio bnninoa bnninao bnniona bnnioan bnniaon bnniano bnnoina bnnoian bnnonia bnnonai
bnnoani bnnoain bnnaion bnnaino bnnaoin bnnaoni bnnanoi bnnanio bnnnioa bnnniao bnnnoia
bnnnoai bnnnaoi bnnnaio bnninoa bnninao bnniona bnnioan bnniaon bnniano bnnoina bnnoian
bnnonia bnnonai bnnoani bnnoain bnnaion bnnaino bnnaoin bnnaoni bnnanoi bnnanio bninnoa
bninnao bninona bninoan bninaon bninano bninnoa bninnao bninona bninoan bninaon bninano
bnionna bnionan bnionna bnionan bnioann bnioann bnianon bnianno bniaonn bniaonn bnianon
bnianno bnonina bnonian bnonnia bnonnai bnonani bnonain bnoinna bnoinan bnoinna bnoinan
bnoiann bnoiann bnonina bnonian bnonnia bnonnai bnonani bnonain bnoainn bnoainn bnoanin
bnoanni bnoanni bnoanin bnanion bnanino bnanoin bnanoni bnannoi bnannio bnainon bnainno
bnaionn bnaionn bnainon bnainno bnaoinn bnaoinn bnaonin bnaonni bnaonni bnaonin bnanion
bnanino bnanoin bnanoni bnannoi bnannio abnnion abnnino abnnoin abnnoni abnnnoi abnnnio
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abnonni abnonni abnonin abnnion abnnino abnnoin abnnoni abnnnoi abnnnio abinnon abinnno
abinonn abinonn abinnon abinnno abinnon abinnno abinonn abinonn abinnon abinnno abionnn
abionnn abionnn abionnn abionnn abionnn abinnon abinnno abinonn abinonn abinnon abinnno
aboninn aboninn abonnin abonnni abonnni abonnin aboinnn aboinnn aboinnn aboinnn aboinnn
aboinnn aboninn aboninn abonnin abonnni abonnni abonnin aboninn aboninn abonnin abonnni
abonnni abonnin abnnion abnnino abnnoin abnnoni abnnnoi abnnnio abninon abninno abnionn
abnionn abninon abninno abnoinn abnoinn abnonin abnonni abnonni abnonin abnnion abnnino
abnnoin abnnoni abnnnoi abnnnio anbnion anbnino anbnoin anbnoni anbnnoi anbnnio anbinon
anbinno anbionn anbionn anbinon anbinno anboinn anboinn anbonin anbonni anbonni anbonin
anbnion anbnino anbnoin anbnoni anbnnoi anbnnio annbion annbino annboin annboni annbnoi
annbnio annibon annibno anniobn annionb anninob anninbo annoibn annoinb annobin annobni
annonbi annonib annniob annnibo annnoib annnobi annnboi annnbio aninbon aninbno aninobn
aninonb aninnob aninnbo anibnon anibnno anibonn anibonn anibnon anibnno aniobnn aniobnn
anionbn anionnb anionnb anionbn aninbon aninbno aninobn aninonb aninnob aninnbo anonibn
anoninb anonbin anonbni anonnbi anonnib anoinbn anoinnb anoibnn anoibnn anoinbn anoinnb
anobinn anobinn anobnin anobnni anobnni anobnin anonibn anoninb anonbin anonbni anonnbi
anonnib annniob annnibo annnoib annnobi annnboi annnbio anninob anninbo annionb anniobn
annibon annibno annoinb annoibn annonib annonbi annobni annobin annbion annbino annboin
annboni annbnoi annbnio annbion annbino annboin annboni annbnoi annbnio annibon annibno
anniobn annionb anninob anninbo annoibn annoinb annobin annobni annonbi annonib annniob
annnibo annnoib annnobi annnboi annnbio anbnion anbnino anbnoin anbnoni anbnnoi anbnnio
anbinon anbinno anbionn anbionn anbinon anbinno anboinn anboinn anbonin anbonni anbonni
anbonin anbnion anbnino anbnoin anbnoni anbnnoi anbnnio anibnon anibnno anibonn anibonn
anibnon anibnno aninbon aninbno aninobn aninonb aninnob aninnbo anionbn anionnb aniobnn
aniobnn anionbn anionnb aninnob aninnbo aninonb aninobn aninbon aninbno anobinn anobinn
anobnin anobnni anobnni anobnin anoibnn anoibnn anoinbn anoinnb anoinnb anoinbn anonibn
anoninb anonbin anonbni anonnbi anonnib anoninb anonibn anonnib anonnbi anonbni anonbin
annbion annbino annboin annboni annbnoi annbnio annibon annibno anniobn annionb anninob
anninbo annoibn annoinb annobin annobni annonbi annonib annniob annnibo annnoib annnobi
annnboi annnbio ainnbon ainnbno ainnobn ainnonb ainnnob ainnnbo ainbnon ainbnno ainbonn
ainbonn ainbnon ainbnno ainobnn ainobnn ainonbn ainonnb ainonnb ainonbn ainnbon ainnbno
ainnobn ainnonb ainnnob ainnnbo ainnbon ainnbno ainnobn ainnonb ainnnob ainnnbo ainbnon
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ainnbon ainnbno ainnobn ainnonb ainnnob ainnnbo aibnnon aibnnno aibnonn aibnonn aibnnon
aibnnno aibnnon aibnnno aibnonn aibnonn aibnnon aibnnno aibonnn aibonnn aibonnn aibonnn
aibonnn aibonnn aibnnon aibnnno aibnonn aibnonn aibnnon aibnnno aionbnn aionbnn aionnbn
aionnnb aionnnb aionnbn aiobnnn aiobnnn aiobnnn aiobnnn aiobnnn aiobnnn aionbnn aionbnn
aionnbn aionnnb aionnnb aionnbn aionbnn aionbnn aionnbn aionnnb aionnnb aionnbn ainnbon
ainnbno ainnobn ainnonb ainnnob ainnnbo ainbnon ainbnno ainbonn ainbonn ainbnon ainbnno
ainobnn ainobnn ainonbn ainonnb ainonnb ainonbn ainnbon ainnbno ainnobn ainnonb ainnnob
ainnnbo aonnibn aonninb aonnbin aonnbni aonnnbi aonnnib aoninbn aoninnb aonibnn aonibnn
aoninbn aoninnb aonbinn aonbinn aonbnin aonbnni aonbnni aonbnin aonnibn aonninb aonnbin
aonnbni aonnnbi aonnnib aonnibn aonninb aonnbin aonnbni aonnnbi aonnnib aoninbn aoninnb
aonibnn aonibnn aoninbn aoninnb aonbinn aonbinn aonbnin aonbnni aonbnni aonbnin aonnibn
aonninb aonnbin aonnbni aonnnbi aonnnib aoinnbn aoinnnb aoinbnn aoinbnn aoinnbn aoinnnb
aoinnbn aoinnnb aoinbnn aoinbnn aoinnbn aoinnnb aoibnnn aoibnnn aoibnnn aoibnnn aoibnnn
aoibnnn aoinnbn aoinnnb aoinbnn aoinbnn aoinnbn aoinnnb aobninn aobninn aobnnin aobnnni
aobnnni aobnnin aobinnn aobinnn aobinnn aobinnn aobinnn aobinnn aobninn aobninn aobnnin
aobnnni aobnnni aobnnin aobninn aobninn aobnnin aobnnni aobnnni aobnnin aonnibn aonninb
aonnbin aonnbni aonnnbi aonnnib aoninbn aoninnb aonibnn aonibnn aoninbn aoninnb aonbinn
aonbinn aonbnin aonbnni aonbnni aonbnin aonnibn aonninb aonnbin aonnbni aonnnbi aonnnib
annniob annnibo annnoib annnobi annnboi annnbio anninob anninbo annionb anniobn annibon
annibno annoinb annoibn annonib annonbi annobni annobin annbion annbino annboin annboni
annbnoi annbnio annniob annnibo annnoib annnobi annnboi annnbio anninob anninbo annionb
anniobn annibon annibno annoinb annoibn annonib annonbi annobni annobin annbion annbino
annboin annboni annbnoi annbnio aninnob aninnbo aninonb aninobn aninbon aninbno aninnob
aninnbo aninonb aninobn aninbon aninbno anionnb anionbn anionnb anionbn aniobnn aniobnn
anibnon anibnno anibonn anibonn anibnon anibnno anoninb anonibn anonnib anonnbi anonbni
anonbin anoinnb anoinbn anoinnb anoinbn anoibnn anoibnn anoninb anonibn anonnib anonnbi
anonbni anonbin anobinn anobinn anobnin anobnni anobnni anobnin anbnion anbnino anbnoin
anbnoni anbnnoi anbnnio anbinon anbinno anbionn anbionn anbinon anbinno anboinn anboinn
anbonin anbonni anbonni anbonin anbnion anbnino anbnoin anbnoni anbnnoi anbnnio nabnion
nabnino nabnoin nabnoni nabnnoi nabnnio nabinon nabinno nabionn nabionn nabinon nabinno
naboinn naboinn nabonin nabonni nabonni nabonin nabnion nabnino nabnoin nabnoni nabnnoi
nabnnio nanbion nanbino nanboin nanboni nanbnoi nanbnio nanibon nanibno naniobn nanionb
naninob naninbo nanoibn nanoinb nanobin nanobni nanonbi nanonib nanniob nannibo nannoib
nannobi nannboi nannbio nainbon nainbno nainobn nainonb nainnob nainnbo naibnon naibnno
naibonn naibonn naibnon naibnno naiobnn naiobnn naionbn naionnb naionnb naionbn nainbon
nainbno nainobn nainonb nainnob nainnbo naonibn naoninb naonbin naonbni naonnbi naonnib
naoinbn naoinnb naoibnn naoibnn naoinbn naoinnb naobinn naobinn naobnin naobnni naobnni
naobnin naonibn naoninb naonbin naonbni naonnbi naonnib nanniob nannibo nannoib nannobi
nannboi nannbio naninob naninbo nanionb naniobn nanibon nanibno nanoinb nanoibn nanonib
nanonbi nanobni nanobin nanbion nanbino nanboin nanboni nanbnoi nanbnio nbanion nbanino
nbanoin nbanoni nbannoi nbannio nbainon nbainno nbaionn nbaionn nbainon nbainno nbaoinn
nbaoinn nbaonin nbaonni nbaonni nbaonin nbanion nbanino nbanoin nbanoni nbannoi nbannio
nbnaion nbnaino nbnaoin nbnaoni nbnanoi nbnanio nbniaon nbniano nbnioan nbniona nbninoa
nbninao nbnoian nbnoina nbnoain nbnoani nbnonai nbnonia nbnnioa nbnniao nbnnoia nbnnoai
nbnnaoi nbnnaio nbinaon nbinano nbinoan nbinona nbinnoa nbinnao nbianon nbianno nbiaonn
nbiaonn nbianon nbianno nbioann nbioann nbionan nbionna nbionna nbionan nbinaon nbinano
nbinoan nbinona nbinnoa nbinnao nbonian nbonina nbonain nbonani nbonnai nbonnia nboinan
nboinna nboiann nboiann nboinan nboinna nboainn nboainn nboanin nboanni nboanni nboanin
nbonian nbonina nbonain nbonani nbonnai nbonnia nbnnioa nbnniao nbnnoia nbnnoai nbnnaoi
nbnnaio nbninoa nbninao nbniona nbnioan nbniaon nbniano nbnoina nbnoian nbnonia nbnonai
nbnoani nbnoain nbnaion nbnaino nbnaoin nbnaoni nbnanoi nbnanio nnbaion nnbaino nnbaoin
nnbaoni nnbanoi nnbanio nnbiaon nnbiano nnbioan nnbiona nnbinoa nnbinao nnboian nnboina
nnboain nnboani nnbonai nnbonia nnbnioa nnbniao nnbnoia nnbnoai nnbnaoi nnbnaio nnabion
nnabino nnaboin nnaboni nnabnoi nnabnio nnaibon nnaibno nnaiobn nnaionb nnainob nnainbo
nnaoibn nnaoinb nnaobin nnaobni nnaonbi nnaonib nnaniob nnanibo nnanoib nnanobi nnanboi
nnanbio nniabon nniabno nniaobn nniaonb nnianob nnianbo nnibaon nnibano nniboan nnibona
nnibnoa nnibnao nnioban nniobna nnioabn nnioanb nnionab nnionba nninboa nninbao nninoba
nninoab nninaob nninabo nnoaibn nnoainb nnoabin nnoabni nnoanbi nnoanib nnoiabn nnoianb
nnoiban nnoibna nnoinba nnoinab nnobian nnobina nnobain nnobani nnobnai nnobnia nnoniba
nnoniab nnonbia nnonbai nnonabi nnonaib nnnaiob nnnaibo nnnaoib nnnaobi nnnaboi nnnabio
nnniaob nnniabo nnnioab nnnioba nnniboa nnnibao nnnoiab nnnoiba nnnoaib nnnoabi nnnobai
nnnobia nnnbioa nnnbiao nnnboia nnnboai nnnbaoi nnnbaio nibnaon nibnano nibnoan nibnona
nibnnoa nibnnao nibanon nibanno nibaonn nibaonn nibanon nibanno niboann niboann nibonan
nibonna nibonna nibonan nibnaon nibnano nibnoan nibnona nibnnoa nibnnao ninbaon ninbano
ninboan ninbona ninbnoa ninbnao ninabon ninabno ninaobn ninaonb ninanob ninanbo ninoabn
ninoanb ninoban ninobna ninonba ninonab ninnaob ninnabo ninnoab ninnoba ninnboa ninnbao
nianbon nianbno nianobn nianonb niannob niannbo niabnon niabnno niabonn niabonn niabnon
niabnno niaobnn niaobnn niaonbn niaonnb niaonnb niaonbn nianbon nianbno nianobn nianonb
niannob niannbo nionabn nionanb nionban nionbna nionnba nionnab nioanbn nioannb nioabnn
nioabnn nioanbn nioannb niobann niobann niobnan niobnna niobnna niobnan nionabn nionanb
nionban nionbna nionnba nionnab ninnaob ninnabo ninnoab ninnoba ninnboa ninnbao ninanob
ninanbo ninaonb ninaobn ninabon ninabno ninoanb ninoabn ninonab ninonba ninobna ninoban
ninbaon ninbano ninboan ninbona ninbnoa ninbnao nobnian nobnina nobnain nobnani nobnnai
nobnnia nobinan nobinna nobiann nobiann nobinan nobinna nobainn nobainn nobanin nobanni
nobanni nobanin nobnian nobnina nobnain nobnani nobnnai nobnnia nonbian nonbina nonbain
nonbani nonbnai nonbnia noniban nonibna noniabn nonianb noninab noninba nonaibn nonainb
nonabin nonabni nonanbi nonanib nonniab nonniba nonnaib nonnabi nonnbai nonnbia noinban
noinbna noinabn noinanb noinnab noinnba noibnan noibnna noibann noibann noibnan noibnna
noiabnn noiabnn noianbn noiannb noiannb noianbn noinban noinbna noinabn noinanb noinnab
noinnba noanibn noaninb noanbin noanbni noannbi noannib noainbn noainnb noaibnn noaibnn
noainbn noainnb noabinn noabinn noabnin noabnni noabnni noabnin noanibn noaninb noanbin
noanbni noannbi noannib nonniab nonniba nonnaib nonnabi nonnbai nonnbia noninab noninba
nonianb noniabn noniban nonibna nonainb nonaibn nonanib nonanbi nonabni nonabin nonbian
nonbina nonbain nonbani nonbnai nonbnia nnbnioa nnbniao nnbnoia nnbnoai nnbnaoi nnbnaio
nnbinoa nnbinao nnbiona nnbioan nnbiaon nnbiano nnboina nnboian nnbonia nnbonai nnboani
nnboain nnbaion nnbaino nnbaoin nnbaoni nnbanoi nnbanio nnnbioa nnnbiao nnnboia nnnboai
nnnbaoi nnnbaio nnniboa nnnibao nnnioba nnnioab nnniaob nnniabo nnnoiba nnnoiab nnnobia
nnnobai nnnoabi nnnoaib nnnaiob nnnaibo nnnaoib nnnaobi nnnaboi nnnabio nninboa nninbao
nninoba nninoab nninaob nninabo nnibnoa nnibnao nnibona nniboan nnibaon nnibano nniobna
nnioban nnionba nnionab nnioanb nnioabn nniabon nniabno nniaobn nniaonb nnianob nnianbo
nnoniba nnoniab nnonbia nnonbai nnonabi nnonaib nnoinba nnoinab nnoibna nnoiban nnoiabn
nnoianb nnobina nnobian nnobnia nnobnai nnobani nnobain nnoaibn nnoainb nnoabin nnoabni
nnoanbi nnoanib nnaniob nnanibo nnanoib nnanobi nnanboi nnanbio nnainob nnainbo nnaionb
nnaiobn nnaibon nnaibno nnaoinb nnaoibn nnaonib nnaonbi nnaobni nnaobin nnabion nnabino
nnaboin nnaboni nnabnoi nnabnio nanbion nanbino nanboin nanboni nanbnoi nanbnio nanibon
nanibno naniobn nanionb naninob naninbo nanoibn nanoinb nanobin nanobni nanonbi nanonib
nanniob nannibo nannoib nannobi nannboi nannbio nabnion nabnino nabnoin nabnoni nabnnoi
nabnnio nabinon nabinno nabionn nabionn nabinon nabinno naboinn naboinn nabonin nabonni
nabonni nabonin nabnion nabnino nabnoin nabnoni nabnnoi nabnnio naibnon naibnno naibonn
naibonn naibnon naibnno nainbon nainbno nainobn nainonb nainnob nainnbo naionbn naionnb
naiobnn naiobnn naionbn naionnb nainnob nainnbo nainonb nainobn nainbon nainbno naobinn
naobinn naobnin naobnni naobnni naobnin naoibnn naoibnn naoinbn naoinnb naoinnb naoinbn
naonibn naoninb naonbin naonbni naonnbi naonnib naoninb naonibn naonnib naonnbi naonbni
naonbin nanbion nanbino nanboin nanboni nanbnoi nanbnio nanibon nanibno naniobn nanionb
naninob naninbo nanoibn nanoinb nanobin nanobni nanonbi nanonib nanniob nannibo nannoib
nannobi nannboi nannbio nnabion nnabino nnaboin nnaboni nnabnoi nnabnio nnaibon nnaibno
nnaiobn nnaionb nnainob nnainbo nnaoibn nnaoinb nnaobin nnaobni nnaonbi nnaonib nnaniob
nnanibo nnanoib nnanobi nnanboi nnanbio nnbaion nnbaino nnbaoin nnbaoni nnbanoi nnbanio
nnbiaon nnbiano nnbioan nnbiona nnbinoa nnbinao nnboian nnboina nnboain nnboani nnbonai
nnbonia nnbnioa nnbniao nnbnoia nnbnoai nnbnaoi nnbnaio nnibaon nnibano nniboan nnibona
nnibnoa nnibnao nniabon nniabno nniaobn nniaonb nnianob nnianbo nnioabn nnioanb nnioban
nniobna nnionba nnionab nninaob nninabo nninoab nninoba nninboa nninbao nnobian nnobina
nnobain nnobani nnobnai nnobnia nnoiban nnoibna nnoiabn nnoianb nnoinab nnoinba nnoaibn
nnoainb nnoabin nnoabni nnoanbi nnoanib nnoniab nnoniba nnonaib nnonabi nnonbai nnonbia
nnnbioa nnnbiao nnnboia nnnboai nnnbaoi nnnbaio nnniboa nnnibao nnnioba nnnioab nnniaob
nnniabo nnnoiba nnnoiab nnnobia nnnobai nnnoabi nnnoaib nnnaiob nnnaibo nnnaoib nnnaobi
nnnaboi nnnabio nbnaion nbnaino nbnaoin nbnaoni nbnanoi nbnanio nbniaon nbniano nbnioan
nbniona nbninoa nbninao nbnoian nbnoina nbnoain nbnoani nbnonai nbnonia nbnnioa nbnniao
nbnnoia nbnnoai nbnnaoi nbnnaio nbanion nbanino nbanoin nbanoni nbannoi nbannio nbainon
nbainno nbaionn nbaionn nbainon nbainno nbaoinn nbaoinn nbaonin nbaonni nbaonni nbaonin
nbanion nbanino nbanoin nbanoni nbannoi nbannio nbianon nbianno nbiaonn nbiaonn nbianon
nbianno nbinaon nbinano nbinoan nbinona nbinnoa nbinnao nbionan nbionna nbioann nbioann
nbionan nbionna nbinnoa nbinnao nbinona nbinoan nbinaon nbinano nboainn nboainn nboanin
nboanni nboanni nboanin nboiann nboiann nboinan nboinna nboinna nboinan nbonian nbonina
nbonain nbonani nbonnai nbonnia nbonina nbonian nbonnia nbonnai nbonani nbonain nbnaion
nbnaino nbnaoin nbnaoni nbnanoi nbnanio nbniaon nbniano nbnioan nbniona nbninoa nbninao
nbnoian nbnoina nbnoain nbnoani nbnonai nbnonia nbnnioa nbnniao nbnnoia nbnnoai nbnnaoi
nbnnaio ninbaon ninbano ninboan ninbona ninbnoa ninbnao ninabon ninabno ninaobn ninaonb
ninanob ninanbo ninoabn ninoanb ninoban ninobna ninonba ninonab ninnaob ninnabo ninnoab
ninnoba ninnboa ninnbao nibnaon nibnano nibnoan nibnona nibnnoa nibnnao nibanon nibanno
nibaonn nibaonn nibanon nibanno niboann niboann nibonan nibonna nibonna nibonan nibnaon
nibnano nibnoan nibnona nibnnoa nibnnao niabnon niabnno niabonn niabonn niabnon niabnno
nianbon nianbno nianobn nianonb niannob niannbo niaonbn niaonnb niaobnn niaobnn niaonbn
niaonnb niannob niannbo nianonb nianobn nianbon nianbno niobann niobann niobnan niobnna
niobnna niobnan nioabnn nioabnn nioanbn nioannb nioannb nioanbn nionabn nionanb nionban
nionbna nionnba nionnab nionanb nionabn nionnab nionnba nionbna nionban ninbaon ninbano
ninboan ninbona ninbnoa ninbnao ninabon ninabno ninaobn ninaonb ninanob ninanbo ninoabn
ninoanb ninoban ninobna ninonba ninonab ninnaob ninnabo ninnoab ninnoba ninnboa ninnbao
nonbian nonbina nonbain nonbani nonbnai nonbnia noniban nonibna noniabn nonianb noninab
noninba nonaibn nonainb nonabin nonabni nonanbi nonanib nonniab nonniba nonnaib nonnabi
nonnbai nonnbia nobnian nobnina nobnain nobnani nobnnai nobnnia nobinan nobinna nobiann
nobiann nobinan nobinna nobainn nobainn nobanin nobanni nobanni nobanin nobnian nobnina
nobnain nobnani nobnnai nobnnia noibnan noibnna noibann noibann noibnan noibnna noinban
noinbna noinabn noinanb noinnab noinnba noianbn noiannb noiabnn noiabnn noianbn noiannb
noinnab noinnba noinanb noinabn noinban noinbna noabinn noabinn noabnin noabnni noabnni
noabnin noaibnn noaibnn noainbn noainnb noainnb noainbn noanibn noaninb noanbin noanbni
noannbi noannib noaninb noanibn noannib noannbi noanbni noanbin nonbian nonbina nonbain
nonbani nonbnai nonbnia noniban nonibna noniabn nonianb noninab noninba nonaibn nonainb
nonabin nonabni nonanbi nonanib nonniab nonniba nonnaib nonnabi nonnbai nonnbia nnnbioa
nnnbiao nnnboia nnnboai nnnbaoi nnnbaio nnniboa nnnibao nnnioba nnnioab nnniaob nnniabo
nnnoiba nnnoiab nnnobia nnnobai nnnoabi nnnoaib nnnaiob nnnaibo nnnaoib nnnaobi nnnaboi
nnnabio nnbnioa nnbniao nnbnoia nnbnoai nnbnaoi nnbnaio nnbinoa nnbinao nnbiona nnbioan
nnbiaon nnbiano nnboina nnboian nnbonia nnbonai nnboani nnboain nnbaion nnbaino nnbaoin
nnbaoni nnbanoi nnbanio nnibnoa nnibnao nnibona nniboan nnibaon nnibano nninboa nninbao
nninoba nninoab nninaob nninabo nnionba nnionab nniobna nnioban nnioabn nnioanb nnianob
nnianbo nniaonb nniaobn nniabon nniabno nnobina nnobian nnobnia nnobnai nnobani nnobain
nnoibna nnoiban nnoinba nnoinab nnoianb nnoiabn nnoniba nnoniab nnonbia nnonbai nnonabi
nnonaib nnoainb nnoaibn nnoanib nnoanbi nnoabni nnoabin nnabion nnabino nnaboin nnaboni
nnabnoi nnabnio nnaibon nnaibno nnaiobn nnaionb nnainob nnainbo nnaoibn nnaoinb nnaobin
nnaobni nnaonbi nnaonib nnaniob nnanibo nnanoib nnanobi nnanboi nnanbio iannbon iannbno
iannobn iannonb iannnob iannnbo ianbnon ianbnno ianbonn ianbonn ianbnon ianbnno ianobnn
ianobnn ianonbn ianonnb ianonnb ianonbn iannbon iannbno iannobn iannonb iannnob iannnbo
iannbon iannbno iannobn iannonb iannnob iannnbo ianbnon ianbnno ianbonn ianbonn ianbnon
ianbnno ianobnn ianobnn ianonbn ianonnb ianonnb ianonbn iannbon iannbno iannobn iannonb
iannnob iannnbo iabnnon iabnnno iabnonn iabnonn iabnnon iabnnno iabnnon iabnnno iabnonn
iabnonn iabnnon iabnnno iabonnn iabonnn iabonnn iabonnn iabonnn iabonnn iabnnon iabnnno
iabnonn iabnonn iabnnon iabnnno iaonbnn iaonbnn iaonnbn iaonnnb iaonnnb iaonnbn iaobnnn
iaobnnn iaobnnn iaobnnn iaobnnn iaobnnn iaonbnn iaonbnn iaonnbn iaonnnb iaonnnb iaonnbn
iaonbnn iaonbnn iaonnbn iaonnnb iaonnnb iaonnbn iannbon iannbno iannobn iannonb iannnob
iannnbo ianbnon ianbnno ianbonn ianbonn ianbnon ianbnno ianobnn ianobnn ianonbn ianonnb
ianonnb ianonbn iannbon iannbno iannobn iannonb iannnob iannnbo inanbon inanbno inanobn
inanonb inannob inannbo inabnon inabnno inabonn inabonn inabnon inabnno inaobnn inaobnn
inaonbn inaonnb inaonnb inaonbn inanbon inanbno inanobn inanonb inannob inannbo innabon
innabno innaobn innaonb innanob innanbo innbaon innbano innboan innbona innbnoa innbnao
innoban innobna innoabn innoanb innonab innonba innnboa innnbao innnoba innnoab innnaob
innnabo inbnaon inbnano inbnoan inbnona inbnnoa inbnnao inbanon inbanno inbaonn inbaonn
inbanon inbanno inboann inboann inbonan inbonna inbonna inbonan inbnaon inbnano inbnoan
inbnona inbnnoa inbnnao inonban inonbna inonabn inonanb inonnab inonnba inobnan inobnna
inobann inobann inobnan inobnna inoabnn inoabnn inoanbn inoannb inoannb inoanbn inonban
inonbna inonabn inonanb inonnab inonnba innnboa innnbao innnoba innnoab innnaob innnabo
innbnoa innbnao innbona innboan innbaon innbano innobna innoban innonba innonab innoanb
innoabn innabon innabno innaobn innaonb innanob innanbo innabon innabno innaobn innaonb
innanob innanbo innbaon innbano innboan innbona innbnoa innbnao innoban innobna innoabn
innoanb innonab innonba innnboa innnbao innnoba innnoab innnaob innnabo inanbon inanbno
inanobn inanonb inannob inannbo inabnon inabnno inabonn inabonn inabnon inabnno inaobnn
inaobnn inaonbn inaonnb inaonnb inaonbn inanbon inanbno inanobn inanonb inannob inannbo
inbanon inbanno inbaonn inbaonn inbanon inbanno inbnaon inbnano inbnoan inbnona inbnnoa
inbnnao inbonan inbonna inboann inboann inbonan inbonna inbnnoa inbnnao inbnona inbnoan
inbnaon inbnano inoabnn inoabnn inoanbn inoannb inoannb inoanbn inobann inobann inobnan
inobnna inobnna inobnan inonban inonbna inonabn inonanb inonnab inonnba inonbna inonban
inonnba inonnab inonanb inonabn innabon innabno innaobn innaonb innanob innanbo innbaon
innbano innboan innbona innbnoa innbnao innoban innobna innoabn innoanb innonab innonba
innnboa innnbao innnoba innnoab innnaob innnabo ibnnaon ibnnano ibnnoan ibnnona ibnnnoa
ibnnnao ibnanon ibnanno ibnaonn ibnaonn ibnanon ibnanno ibnoann ibnoann ibnonan ibnonna
ibnonna ibnonan ibnnaon ibnnano ibnnoan ibnnona ibnnnoa ibnnnao ibnnaon ibnnano ibnnoan
ibnnona ibnnnoa ibnnnao ibnanon ibnanno ibnaonn ibnaonn ibnanon ibnanno ibnoann ibnoann
ibnonan ibnonna ibnonna ibnonan ibnnaon ibnnano ibnnoan ibnnona ibnnnoa ibnnnao ibannon
ibannno ibanonn ibanonn ibannon ibannno ibannon ibannno ibanonn ibanonn ibannon ibannno
ibaonnn ibaonnn ibaonnn ibaonnn ibaonnn ibaonnn ibannon ibannno ibanonn ibanonn ibannon
ibannno ibonann ibonann ibonnan ibonnna ibonnna ibonnan iboannn iboannn iboannn iboannn
iboannn iboannn ibonann ibonann ibonnan ibonnna ibonnna ibonnan ibonann ibonann ibonnan
ibonnna ibonnna ibonnan ibnnaon ibnnano ibnnoan ibnnona ibnnnoa ibnnnao ibnanon ibnanno
ibnaonn ibnaonn ibnanon ibnanno ibnoann ibnoann ibnonan ibnonna ibnonna ibnonan ibnnaon
ibnnano ibnnoan ibnnona ibnnnoa ibnnnao ionnban ionnbna ionnabn ionnanb ionnnab ionnnba
ionbnan ionbnna ionbann ionbann ionbnan ionbnna ionabnn ionabnn ionanbn ionannb ionannb
ionanbn ionnban ionnbna ionnabn ionnanb ionnnab ionnnba ionnban ionnbna ionnabn ionnanb
ionnnab ionnnba ionbnan ionbnna ionbann ionbann ionbnan ionbnna ionabnn ionabnn ionanbn
ionannb ionannb ionanbn ionnban ionnbna ionnabn ionnanb ionnnab ionnnba iobnnan iobnnna
iobnann iobnann iobnnan iobnnna iobnnan iobnnna iobnann iobnann iobnnan iobnnna iobannn
iobannn iobannn iobannn iobannn iobannn iobnnan iobnnna iobnann iobnann iobnnan iobnnna
ioanbnn ioanbnn ioannbn ioannnb ioannnb ioannbn ioabnnn ioabnnn ioabnnn ioabnnn ioabnnn
ioabnnn ioanbnn ioanbnn ioannbn ioannnb ioannnb ioannbn ioanbnn ioanbnn ioannbn ioannnb
ioannnb ioannbn ionnban ionnbna ionnabn ionnanb ionnnab ionnnba ionbnan ionbnna ionbann
ionbann ionbnan ionbnna ionabnn ionabnn ionanbn ionannb ionannb ionanbn ionnban ionnbna
ionnabn ionnanb ionnnab ionnnba innnboa innnbao innnoba innnoab innnaob innnabo innbnoa
innbnao innbona innboan innbaon innbano innobna innoban innonba innonab innoanb innoabn
innabon innabno innaobn innaonb innanob innanbo innnboa innnbao innnoba innnoab innnaob
innnabo innbnoa innbnao innbona innboan innbaon innbano innobna innoban innonba innonab
innoanb innoabn innabon innabno innaobn innaonb innanob innanbo inbnnoa inbnnao inbnona
inbnoan inbnaon inbnano inbnnoa inbnnao inbnona inbnoan inbnaon inbnano inbonna inbonan
inbonna inbonan inboann inboann inbanon inbanno inbaonn inbaonn inbanon inbanno inonbna
inonban inonnba inonnab inonanb inonabn inobnna inobnan inobnna inobnan inobann inobann
inonbna inonban inonnba inonnab inonanb inonabn inoabnn inoabnn inoanbn inoannb inoannb
inoanbn inanbon inanbno inanobn inanonb inannob inannbo inabnon inabnno inabonn inabonn
inabnon inabnno inaobnn inaobnn inaonbn inaonnb inaonnb inaonbn inanbon inanbno inanobn
inanonb inannob inannbo oannibn oanninb oannbin oannbni oannnbi oannnib oaninbn oaninnb
oanibnn oanibnn oaninbn oaninnb oanbinn oanbinn oanbnin oanbnni oanbnni oanbnin oannibn
oanninb oannbin oannbni oannnbi oannnib oannibn oanninb oannbin oannbni oannnbi oannnib
oaninbn oaninnb oanibnn oanibnn oaninbn oaninnb oanbinn oanbinn oanbnin oanbnni oanbnni
oanbnin oannibn oanninb oannbin oannbni oannnbi oannnib oainnbn oainnnb oainbnn oainbnn
oainnbn oainnnb oainnbn oainnnb oainbnn oainbnn oainnbn oainnnb oaibnnn oaibnnn oaibnnn
oaibnnn oaibnnn oaibnnn oainnbn oainnnb oainbnn oainbnn oainnbn oainnnb oabninn oabninn
oabnnin oabnnni oabnnni oabnnin oabinnn oabinnn oabinnn oabinnn oabinnn oabinnn oabninn
oabninn oabnnin oabnnni oabnnni oabnnin oabninn oabninn oabnnin oabnnni oabnnni oabnnin
oannibn oanninb oannbin oannbni oannnbi oannnib oaninbn oaninnb oanibnn oanibnn oaninbn
oaninnb oanbinn oanbinn oanbnin oanbnni oanbnni oanbnin oannibn oanninb oannbin oannbni
oannnbi oannnib onanibn onaninb onanbin onanbni onannbi onannib onainbn onainnb onaibnn
onaibnn onainbn onainnb onabinn onabinn onabnin onabnni onabnni onabnin onanibn onaninb
onanbin onanbni onannbi onannib onnaibn onnainb onnabin onnabni onnanbi onnanib onniabn
onnianb onniban onnibna onninba onninab onnbian onnbina onnbain onnbani onnbnai onnbnia
onnniba onnniab onnnbia onnnbai onnnabi onnnaib oninabn oninanb oninban oninbna oninnba
oninnab onianbn oniannb oniabnn oniabnn onianbn oniannb onibann onibann onibnan onibnna
onibnna onibnan oninabn oninanb oninban oninbna oninnba oninnab onbnian onbnina onbnain
onbnani onbnnai onbnnia onbinan onbinna onbiann onbiann onbinan onbinna onbainn onbainn
onbanin onbanni onbanni onbanin onbnian onbnina onbnain onbnani onbnnai onbnnia onnniba
onnniab onnnbia onnnbai onnnabi onnnaib onninba onninab onnibna onniban onniabn onnianb
onnbina onnbian onnbnia onnbnai onnbani onnbain onnaibn onnainb onnabin onnabni onnanbi
onnanib onnaibn onnainb onnabin onnabni onnanbi onnanib onniabn onnianb onniban onnibna
onninba onninab onnbian onnbina onnbain onnbani onnbnai onnbnia onnniba onnniab onnnbia
onnnbai onnnabi onnnaib onanibn onaninb onanbin onanbni onannbi onannib onainbn onainnb
onaibnn onaibnn onainbn onainnb onabinn onabinn onabnin onabnni onabnni onabnin onanibn
onaninb onanbin onanbni onannbi onannib onianbn oniannb oniabnn oniabnn onianbn oniannb
oninabn oninanb oninban oninbna oninnba oninnab onibnan onibnna onibann onibann onibnan
onibnna oninnba oninnab oninbna oninban oninabn oninanb onbainn onbainn onbanin onbanni
onbanni onbanin onbiann onbiann onbinan onbinna onbinna onbinan onbnian onbnina onbnain
onbnani onbnnai onbnnia onbnina onbnian onbnnia onbnnai onbnani onbnain onnaibn onnainb
onnabin onnabni onnanbi onnanib onniabn onnianb onniban onnibna onninba onninab onnbian
onnbina onnbain onnbani onnbnai onnbnia onnniba onnniab onnnbia onnnbai onnnabi onnnaib
oinnabn oinnanb oinnban oinnbna oinnnba oinnnab oinanbn oinannb oinabnn oinabnn oinanbn
oinannb oinbann oinbann oinbnan oinbnna oinbnna oinbnan oinnabn oinnanb oinnban oinnbna
oinnnba oinnnab oinnabn oinnanb oinnban oinnbna oinnnba oinnnab oinanbn oinannb oinabnn
oinabnn oinanbn oinannb oinbann oinbann oinbnan oinbnna oinbnna oinbnan oinnabn oinnanb
oinnban oinnbna oinnnba oinnnab oiannbn oiannnb oianbnn oianbnn oiannbn oiannnb oiannbn
oiannnb oianbnn oianbnn oiannbn oiannnb oiabnnn oiabnnn oiabnnn oiabnnn oiabnnn oiabnnn
oiannbn oiannnb oianbnn oianbnn oiannbn oiannnb oibnann oibnann oibnnan oibnnna oibnnna
oibnnan oibannn oibannn oibannn oibannn oibannn oibannn oibnann oibnann oibnnan oibnnna
oibnnna oibnnan oibnann oibnann oibnnan oibnnna oibnnna oibnnan oinnabn oinnanb oinnban
oinnbna oinnnba oinnnab oinanbn oinannb oinabnn oinabnn oinanbn oinannb oinbann oinbann
oinbnan oinbnna oinbnna oinbnan oinnabn oinnanb oinnban oinnbna oinnnba oinnnab obnnian
obnnina obnnain obnnani obnnnai obnnnia obninan obninna obniann obniann obninan obninna
obnainn obnainn obnanin obnanni obnanni obnanin obnnian obnnina obnnain obnnani obnnnai
obnnnia obnnian obnnina obnnain obnnani obnnnai obnnnia obninan obninna obniann obniann
obninan obninna obnainn obnainn obnanin obnanni obnanni obnanin obnnian obnnina obnnain
obnnani obnnnai obnnnia obinnan obinnna obinann obinann obinnan obinnna obinnan obinnna
obinann obinann obinnan obinnna obiannn obiannn obiannn obiannn obiannn obiannn obinnan
obinnna obinann obinann obinnan obinnna obaninn obaninn obannin obannni obannni obannin
obainnn obainnn obainnn obainnn obainnn obainnn obaninn obaninn obannin obannni obannni
obannin obaninn obaninn obannin obannni obannni obannin obnnian obnnina obnnain obnnani
obnnnai obnnnia obninan obninna obniann obniann obninan obninna obnainn obnainn obnanin
obnanni obnanni obnanin obnnian obnnina obnnain obnnani obnnnai obnnnia onnniba onnniab
onnnbia onnnbai onnnabi onnnaib onninba onninab onnibna onniban onniabn onnianb onnbina
onnbian onnbnia onnbnai onnbani onnbain onnaibn onnainb onnabin onnabni onnanbi onnanib
onnniba onnniab onnnbia onnnbai onnnabi onnnaib onninba onninab onnibna onniban onniabn
onnianb onnbina onnbian onnbnia onnbnai onnbani onnbain onnaibn onnainb onnabin onnabni
onnanbi onnanib oninnba oninnab oninbna oninban oninabn oninanb oninnba oninnab oninbna
oninban oninabn oninanb onibnna onibnan onibnna onibnan onibann onibann onianbn oniannb
oniabnn oniabnn onianbn oniannb onbnina onbnian onbnnia onbnnai onbnani onbnain onbinna
onbinan onbinna onbinan onbiann onbiann onbnina onbnian onbnnia onbnnai onbnani onbnain
onbainn onbainn onbanin onbanni onbanni onbanin onanibn onaninb onanbin onanbni onannbi
onannib onainbn onainnb onaibnn onaibnn onainbn onainnb onabinn onabinn onabnin onabnni
onabnni onabnin onanibn onaninb onanbin onanbni onannbi onannib nanniob nannibo nannoib
nannobi nannboi nannbio naninob naninbo nanionb naniobn nanibon nanibno nanoinb nanoibn
nanonib nanonbi nanobni nanobin nanbion nanbino nanboin nanboni nanbnoi nanbnio nanniob
nannibo nannoib nannobi nannboi nannbio naninob naninbo nanionb naniobn nanibon nanibno
nanoinb nanoibn nanonib nanonbi nanobni nanobin nanbion nanbino nanboin nanboni nanbnoi
nanbnio nainnob nainnbo nainonb nainobn nainbon nainbno nainnob nainnbo nainonb nainobn
nainbon nainbno naionnb naionbn naionnb naionbn naiobnn naiobnn naibnon naibnno naibonn
naibonn naibnon naibnno naoninb naonibn naonnib naonnbi naonbni naonbin naoinnb naoinbn
naoinnb naoinbn naoibnn naoibnn naoninb naonibn naonnib naonnbi naonbni naonbin naobinn
naobinn naobnin naobnni naobnni naobnin nabnion nabnino nabnoin nabnoni nabnnoi nabnnio
nabinon nabinno nabionn nabionn nabinon nabinno naboinn naboinn nabonin nabonni nabonni
nabonin nabnion nabnino nabnoin nabnoni nabnnoi nabnnio nnaniob nnanibo nnanoib nnanobi
nnanboi nnanbio nnainob nnainbo nnaionb nnaiobn nnaibon nnaibno nnaoinb nnaoibn nnaonib
nnaonbi nnaobni nnaobin nnabion nnabino nnaboin nnaboni nnabnoi nnabnio nnnaiob nnnaibo
nnnaoib nnnaobi nnnaboi nnnabio nnniaob nnniabo nnnioab nnnioba nnniboa nnnibao nnnoiab
nnnoiba nnnoaib nnnoabi nnnobai nnnobia nnnbioa nnnbiao nnnboia nnnboai nnnbaoi nnnbaio
nninaob nninabo nninoab nninoba nninboa nninbao nnianob nnianbo nniaonb nniaobn nniabon
nniabno nnioanb nnioabn nnionab nnionba nniobna nnioban nnibaon nnibano nniboan nnibona
nnibnoa nnibnao nnoniab nnoniba nnonaib nnonabi nnonbai nnonbia nnoinab nnoinba nnoianb
nnoiabn nnoiban nnoibna nnoainb nnoaibn nnoanib nnoanbi nnoabni nnoabin nnobian nnobina
nnobain nnobani nnobnai nnobnia nnbnioa nnbniao nnbnoia nnbnoai nnbnaoi nnbnaio nnbinoa
nnbinao nnbiona nnbioan nnbiaon nnbiano nnboina nnboian nnbonia nnbonai nnboani nnboain
nnbaion nnbaino nnbaoin nnbaoni nnbanoi nnbanio nnnaiob nnnaibo nnnaoib nnnaobi nnnaboi
nnnabio nnniaob nnniabo nnnioab nnnioba nnniboa nnnibao nnnoiab nnnoiba nnnoaib nnnoabi
nnnobai nnnobia nnnbioa nnnbiao nnnboia nnnboai nnnbaoi nnnbaio nnaniob nnanibo nnanoib
nnanobi nnanboi nnanbio nnainob nnainbo nnaionb nnaiobn nnaibon nnaibno nnaoinb nnaoibn
nnaonib nnaonbi nnaobni nnaobin nnabion nnabino nnaboin nnaboni nnabnoi nnabnio nnianob
nnianbo nniaonb nniaobn nniabon nniabno nninaob nninabo nninoab nninoba nninboa nninbao
nnionab nnionba nnioanb nnioabn nnioban nniobna nnibnoa nnibnao nnibona nniboan nnibaon
nnibano nnoainb nnoaibn nnoanib nnoanbi nnoabni nnoabin nnoianb nnoiabn nnoinab nnoinba
nnoibna nnoiban nnoniab nnoniba nnonaib nnonabi nnonbai nnonbia nnobina nnobian nnobnia
nnobnai nnobani nnobain nnbaion nnbaino nnbaoin nnbaoni nnbanoi nnbanio nnbiaon nnbiano
nnbioan nnbiona nnbinoa nnbinao nnboian nnboina nnboain nnboani nnbonai nnbonia nnbnioa
nnbniao nnbnoia nnbnoai nnbnaoi nnbnaio ninnaob ninnabo ninnoab ninnoba ninnboa ninnbao
ninanob ninanbo ninaonb ninaobn ninabon ninabno ninoanb ninoabn ninonab ninonba ninobna
ninoban ninbaon ninbano ninboan ninbona ninbnoa ninbnao ninnaob ninnabo ninnoab ninnoba
ninnboa ninnbao ninanob ninanbo ninaonb ninaobn ninabon ninabno ninoanb ninoabn ninonab
ninonba ninobna ninoban ninbaon ninbano ninboan ninbona ninbnoa ninbnao niannob niannbo
nianonb nianobn nianbon nianbno niannob niannbo nianonb nianobn nianbon nianbno niaonnb
niaonbn niaonnb niaonbn niaobnn niaobnn niabnon niabnno niabonn niabonn niabnon niabnno
nionanb nionabn nionnab nionnba nionbna nionban nioannb nioanbn nioannb nioanbn nioabnn
nioabnn nionanb nionabn nionnab nionnba nionbna nionban niobann niobann niobnan niobnna
niobnna niobnan nibnaon nibnano nibnoan nibnona nibnnoa nibnnao nibanon nibanno nibaonn
nibaonn nibanon nibanno niboann niboann nibonan nibonna nibonna nibonan nibnaon nibnano
nibnoan nibnona nibnnoa nibnnao nonniab nonniba nonnaib nonnabi nonnbai nonnbia noninab
noninba nonianb noniabn noniban nonibna nonainb nonaibn nonanib nonanbi nonabni nonabin
nonbian nonbina nonbain nonbani nonbnai nonbnia nonniab nonniba nonnaib nonnabi nonnbai
nonnbia noninab noninba nonianb noniabn noniban nonibna nonainb nonaibn nonanib nonanbi
nonabni nonabin nonbian nonbina nonbain nonbani nonbnai nonbnia noinnab noinnba noinanb
noinabn noinban noinbna noinnab noinnba noinanb noinabn noinban noinbna noiannb noianbn
noiannb noianbn noiabnn noiabnn noibnan noibnna noibann noibann noibnan noibnna noaninb
noanibn noannib noannbi noanbni noanbin noainnb noainbn noainnb noainbn noaibnn noaibnn
noaninb noanibn noannib noannbi noanbni noanbin noabinn noabinn noabnin noabnni noabnni
noabnin nobnian nobnina nobnain nobnani nobnnai nobnnia nobinan nobinna nobiann nobiann
nobinan nobinna nobainn nobainn nobanin nobanni nobanni nobanin nobnian nobnina nobnain
nobnani nobnnai nobnnia nbnnioa nbnniao nbnnoia nbnnoai nbnnaoi nbnnaio nbninoa nbninao
nbniona nbnioan nbniaon nbniano nbnoina nbnoian nbnonia nbnonai nbnoani nbnoain nbnaion
nbnaino nbnaoin nbnaoni nbnanoi nbnanio nbnnioa nbnniao nbnnoia nbnnoai nbnnaoi nbnnaio
nbninoa nbninao nbniona nbnioan nbniaon nbniano nbnoina nbnoian nbnonia nbnonai nbnoani
nbnoain nbnaion nbnaino nbnaoin nbnaoni nbnanoi nbnanio nbinnoa nbinnao nbinona nbinoan
nbinaon nbinano nbinnoa nbinnao nbinona nbinoan nbinaon nbinano nbionna nbionan nbionna
nbionan nbioann nbioann nbianon nbianno nbiaonn nbiaonn nbianon nbianno nbonina nbonian
nbonnia nbonnai nbonani nbonain nboinna nboinan nboinna nboinan nboiann nboiann nbonina
nbonian nbonnia nbonnai nbonani nbonain nboainn nboainn nboanin nboanni nboanni nboanin
nbanion nbanino nbanoin nbanoni nbannoi nbannio nbainon nbainno nbaionn nbaionn nbainon
nbainno nbaoinn nbaoinn nbaonin nbaonni nbaonni nbaonin nbanion nbanino nbanoin nbanoni
nbannoi nbannio

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History of cryptography
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