easy ciphers

Easy Ciphers Tools:
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popular ciphers:

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ungeometricalness

uninitiatedness

indicareque

quaintish

versavissetisque

watering

foreshortened

skyless

ollila

budlight

forfeitableness

siphonogama

neguses

jittery

rigueur

jowls


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: nibbana
cipher variations:
ojccbob pkddcpc qleedqd rmffere snggfsf
tohhgtg upiihuh vqjjivi wrkkjwj xsllkxk
ytmmlyl zunnmzm avoonan bwppobo cxqqpcp
dyrrqdq ezssrer fattsfs gbuutgt hcvvuhu
idwwviv jexxwjw kfyyxkx lgzzyly mhaazmz

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: nibbana
Cipher: mryyzmz

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: nibbana
Cipher: ABBAA ABAAA AAAAB AAAAB AAAAA ABBAA 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: nibbana
cipher variations:
ojccbobozeebobopggbobofiibobovkkbobolmmboborqqbobohssbob
oxuubobonwwbobodyybobotaabobpkddcpcpaffcpcpqhhcpcpgjjcpc
pwllcpcpmnncpcpsrrcpcpittcpcpyvvcpcpoxxcpcpezzcpcpubbcpc
qleedqdqbggdqdqriidqdqhkkdqdqxmmdqdqnoodqdqtssdqdqjuudqd
qzwwdqdqpyydqdqfaadqdqvccdqdrmffererchherersjjererillere
rynnereroppereruttererkvvereraxxererqzzerergbbererwddere
snggfsfsdiifsfstkkfsfsjmmfsfszoofsfspqqfsfsvuufsfslwwfsf
sbyyfsfsraafsfshccfsfsxeefsftohhgtgtejjgtgtullgtgtknngtg
tappgtgtqrrgtgtwvvgtgtmxxgtgtczzgtgtsbbgtgtiddgtgtyffgtg
upiihuhufkkhuhuvmmhuhuloohuhubqqhuhursshuhuxwwhuhunyyhuh
udaahuhutcchuhujeehuhuzgghuhvqjjivivgllivivwnnivivmppivi
vcrrivivsttivivyxxivivozzivivebbivivuddivivkffivivahhivi
wrkkjwjwhmmjwjwxoojwjwnqqjwjwdssjwjwtuujwjwzyyjwjwpaajwj
wfccjwjwveejwjwlggjwjwbiijwjxsllkxkxinnkxkxyppkxkxorrkxk
xettkxkxuvvkxkxazzkxkxqbbkxkxgddkxkxwffkxkxmhhkxkxcjjkxk
ytmmlylyjoolylyzqqlylypsslylyfuulylyvwwlylybaalylyrcclyl
yheelylyxgglylyniilylydkklylzunnmzmzkppmzmzarrmzmzqttmzm
zgvvmzmzwxxmzmzcbbmzmzsddmzmziffmzmzyhhmzmzojjmzmzellmzm
avoonanalqqnanabssnanaruunanahwwnanaxyynanadccnanateenan
ajggnanaziinanapkknanafmmnanbwppobobmrrobobcttobobsvvobo
bixxobobyzzobobeddobobuffobobkhhobobajjobobqllobobgnnobo
cxqqpcpcnsspcpcduupcpctwwpcpcjyypcpczaapcpcfeepcpcvggpcp
cliipcpcbkkpcpcrmmpcpchoopcpdyrrqdqdottqdqdevvqdqduxxqdq
dkzzqdqdabbqdqdgffqdqdwhhqdqdmjjqdqdcllqdqdsnnqdqdippqdq
ezssrerepuurerefwwrerevyyrerelaarerebccrerehggrerexiirer
enkkreredmmreretoorerejqqrerfattsfsfqvvsfsfgxxsfsfwzzsfs
fmbbsfsfcddsfsfihhsfsfyjjsfsfollsfsfennsfsfuppsfsfkrrsfs
gbuutgtgrwwtgtghyytgtgxaatgtgncctgtgdeetgtgjiitgtgzkktgt
gpmmtgtgfootgtgvqqtgtglsstgthcvvuhuhsxxuhuhizzuhuhybbuhu
hodduhuheffuhuhkjjuhuhalluhuhqnnuhuhgppuhuhwrruhuhmttuhu
idwwvivityyvivijaavivizccvivipeevivifggvivilkkvivibmmviv
iroovivihqqvivixssvivinuuvivjexxwjwjuzzwjwjkbbwjwjaddwjw
jqffwjwjghhwjwjmllwjwjcnnwjwjsppwjwjirrwjwjyttwjwjovvwjw
kfyyxkxkvaaxkxklccxkxkbeexkxkrggxkxkhiixkxknmmxkxkdooxkx
ktqqxkxkjssxkxkzuuxkxkpwwxkxlgzzylylwbbylylmddylylcffyly
lshhylylijjylylonnylyleppylylurrylylkttylylavvylylqxxyly
mhaazmzmxcczmzmneezmzmdggzmzmtiizmzmjkkzmzmpoozmzmfqqzmz
mvsszmzmluuzmzmbwwzmzmryyzmznibbananyddananoffananehhana
nujjanankllananqppanangrrananwttananmvvanancxxananszzana

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: nibbana
Cipher: avoonan

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: nibbana
Cipher: 33422121113311

Extended Methods:
Method #1

Plaintext: nibbana
method variations:
soggfsfxtmmlxlcyrrqcqhdwwvhv

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
n i b b a n a 
3 4 2 2 1 3 1 
3 2 1 1 1 3 1 
They are then read out in rows:
34221313211131
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: nibbana
Cipher: sgllbac

Read more ...
Method #3

Plaintext: nibbana
method variations:
sgfalcl gfalcls falclsg
alclsgf lclsgfa clsgfal
lsgfalc

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: nibbana

all 5040 cipher variations:
nibbana nibbaan nibbnaa nibbnaa nibbana nibbaan nibabna nibaban nibanba nibanab nibaanb
nibaabn nibnaba nibnaab nibnbaa nibnbaa nibnaba nibnaab nibaanb nibaabn nibanab nibanba
nibabna nibaban nibbana nibbaan nibbnaa nibbnaa nibbana nibbaan nibabna nibaban nibanba
nibanab nibaanb nibaabn nibnaba nibnaab nibnbaa nibnbaa nibnaba nibnaab nibaanb nibaabn
nibanab nibanba nibabna nibaban niabbna niabban niabnba niabnab niabanb niababn niabbna
niabban niabnba niabnab niabanb niababn nianbba nianbab nianbba nianbab nianabb nianabb
niaabnb niaabbn niaanbb niaanbb niaabnb niaabbn ninbaba ninbaab ninbbaa ninbbaa ninbaba
ninbaab ninabba ninabab ninabba ninabab ninaabb ninaabb ninbaba ninbaab ninbbaa ninbbaa
ninbaba ninbaab ninaabb ninaabb ninabab ninabba ninabba ninabab niabanb niababn niabnab
niabnba niabbna niabban niaabnb niaabbn niaanbb niaanbb niaabnb niaabbn nianabb nianabb
nianbab nianbba nianbba nianbab niabanb niababn niabnab niabnba niabbna niabban nbibana
nbibaan nbibnaa nbibnaa nbibana nbibaan nbiabna nbiaban nbianba nbianab nbiaanb nbiaabn
nbinaba nbinaab nbinbaa nbinbaa nbinaba nbinaab nbiaanb nbiaabn nbianab nbianba nbiabna
nbiaban nbbiana nbbiaan nbbinaa nbbinaa nbbiana nbbiaan nbbaina nbbaian nbbania nbbanai
nbbaani nbbaain nbbnaia nbbnaai nbbniaa nbbniaa nbbnaia nbbnaai nbbaani nbbaain nbbanai
nbbania nbbaina nbbaian nbabina nbabian nbabnia nbabnai nbabani nbabain nbaibna nbaiban
nbainba nbainab nbaianb nbaiabn nbaniba nbaniab nbanbia nbanbai nbanabi nbanaib nbaainb
nbaaibn nbaanib nbaanbi nbaabni nbaabin nbnbaia nbnbaai nbnbiaa nbnbiaa nbnbaia nbnbaai
nbnabia nbnabai nbnaiba nbnaiab nbnaaib nbnaabi nbniaba nbniaab nbnibaa nbnibaa nbniaba
nbniaab nbnaaib nbnaabi nbnaiab nbnaiba nbnabia nbnabai nbabani nbabain nbabnai nbabnia
nbabina nbabian nbaabni nbaabin nbaanbi nbaanib nbaainb nbaaibn nbanabi nbanaib nbanbai
nbanbia nbaniba nbaniab nbaianb nbaiabn nbainab nbainba nbaibna nbaiban nbbiana nbbiaan
nbbinaa nbbinaa nbbiana nbbiaan nbbaina nbbaian nbbania nbbanai nbbaani nbbaain nbbnaia
nbbnaai nbbniaa nbbniaa nbbnaia nbbnaai nbbaani nbbaain nbbanai nbbania nbbaina nbbaian
nbibana nbibaan nbibnaa nbibnaa nbibana nbibaan nbiabna nbiaban nbianba nbianab nbiaanb
nbiaabn nbinaba nbinaab nbinbaa nbinbaa nbinaba nbinaab nbiaanb nbiaabn nbianab nbianba
nbiabna nbiaban nbaibna nbaiban nbainba nbainab nbaianb nbaiabn nbabina nbabian nbabnia
nbabnai nbabani nbabain nbanbia nbanbai nbaniba nbaniab nbanaib nbanabi nbaabni nbaabin
nbaanbi nbaanib nbaainb nbaaibn nbniaba nbniaab nbnibaa nbnibaa nbniaba nbniaab nbnaiba
nbnaiab nbnabia nbnabai nbnaabi nbnaaib nbnbaia nbnbaai nbnbiaa nbnbiaa nbnbaia nbnbaai
nbnaabi nbnaaib nbnabai nbnabia nbnaiba nbnaiab nbaianb nbaiabn nbainab nbainba nbaibna
nbaiban nbaainb nbaaibn nbaanib nbaanbi nbaabni nbaabin nbanaib nbanabi nbaniab nbaniba
nbanbia nbanbai nbabani nbabain nbabnai nbabnia nbabina nbabian nabbina nabbian nabbnia
nabbnai nabbani nabbain nabibna nabiban nabinba nabinab nabianb nabiabn nabniba nabniab
nabnbia nabnbai nabnabi nabnaib nabainb nabaibn nabanib nabanbi nababni nababin nabbina
nabbian nabbnia nabbnai nabbani nabbain nabibna nabiban nabinba nabinab nabianb nabiabn
nabniba nabniab nabnbia nabnbai nabnabi nabnaib nabainb nabaibn nabanib nabanbi nababni
nababin naibbna naibban naibnba naibnab naibanb naibabn naibbna naibban naibnba naibnab
naibanb naibabn nainbba nainbab nainbba nainbab nainabb nainabb naiabnb naiabbn naianbb
naianbb naiabnb naiabbn nanbiba nanbiab nanbbia nanbbai nanbabi nanbaib nanibba nanibab
nanibba nanibab naniabb naniabb nanbiba nanbiab nanbbia nanbbai nanbabi nanbaib nanaibb
nanaibb nanabib nanabbi nanabbi nanabib naabinb naabibn naabnib naabnbi naabbni naabbin
naaibnb naaibbn naainbb naainbb naaibnb naaibbn naanibb naanibb naanbib naanbbi naanbbi
naanbib naabinb naabibn naabnib naabnbi naabbni naabbin nnbbaia nnbbaai nnbbiaa nnbbiaa
nnbbaia nnbbaai nnbabia nnbabai nnbaiba nnbaiab nnbaaib nnbaabi nnbiaba nnbiaab nnbibaa
nnbibaa nnbiaba nnbiaab nnbaaib nnbaabi nnbaiab nnbaiba nnbabia nnbabai nnbbaia nnbbaai
nnbbiaa nnbbiaa nnbbaia nnbbaai nnbabia nnbabai nnbaiba nnbaiab nnbaaib nnbaabi nnbiaba
nnbiaab nnbibaa nnbibaa nnbiaba nnbiaab nnbaaib nnbaabi nnbaiab nnbaiba nnbabia nnbabai
nnabbia nnabbai nnabiba nnabiab nnabaib nnababi nnabbia nnabbai nnabiba nnabiab nnabaib
nnababi nnaibba nnaibab nnaibba nnaibab nnaiabb nnaiabb nnaabib nnaabbi nnaaibb nnaaibb
nnaabib nnaabbi nnibaba nnibaab nnibbaa nnibbaa nnibaba nnibaab nniabba nniabab nniabba
nniabab nniaabb nniaabb nnibaba nnibaab nnibbaa nnibbaa nnibaba nnibaab nniaabb nniaabb
nniabab nniabba nniabba nniabab nnabaib nnababi nnabiab nnabiba nnabbia nnabbai nnaabib
nnaabbi nnaaibb nnaaibb nnaabib nnaabbi nnaiabb nnaiabb nnaibab nnaibba nnaibba nnaibab
nnabaib nnababi nnabiab nnabiba nnabbia nnabbai nabbani nabbain nabbnai nabbnia nabbina
nabbian nababni nababin nabanbi nabanib nabainb nabaibn nabnabi nabnaib nabnbai nabnbia
nabniba nabniab nabianb nabiabn nabinab nabinba nabibna nabiban nabbani nabbain nabbnai
nabbnia nabbina nabbian nababni nababin nabanbi nabanib nabainb nabaibn nabnabi nabnaib
nabnbai nabnbia nabniba nabniab nabianb nabiabn nabinab nabinba nabibna nabiban naabbni
naabbin naabnbi naabnib naabinb naabibn naabbni naabbin naabnbi naabnib naabinb naabibn
naanbbi naanbib naanbbi naanbib naanibb naanibb naaibnb naaibbn naainbb naainbb naaibnb
naaibbn nanbabi nanbaib nanbbai nanbbia nanbiba nanbiab nanabbi nanabib nanabbi nanabib
nanaibb nanaibb nanbabi nanbaib nanbbai nanbbia nanbiba nanbiab naniabb naniabb nanibab
nanibba nanibba nanibab naibanb naibabn naibnab naibnba naibbna naibban naiabnb naiabbn
naianbb naianbb naiabnb naiabbn nainabb nainabb nainbab nainbba nainbba nainbab naibanb
naibabn naibnab naibnba naibbna naibban inbbana inbbaan inbbnaa inbbnaa inbbana inbbaan
inbabna inbaban inbanba inbanab inbaanb inbaabn inbnaba inbnaab inbnbaa inbnbaa inbnaba
inbnaab inbaanb inbaabn inbanab inbanba inbabna inbaban inbbana inbbaan inbbnaa inbbnaa
inbbana inbbaan inbabna inbaban inbanba inbanab inbaanb inbaabn inbnaba inbnaab inbnbaa
inbnbaa inbnaba inbnaab inbaanb inbaabn inbanab inbanba inbabna inbaban inabbna inabban
inabnba inabnab inabanb inababn inabbna inabban inabnba inabnab inabanb inababn inanbba
inanbab inanbba inanbab inanabb inanabb inaabnb inaabbn inaanbb inaanbb inaabnb inaabbn
innbaba innbaab innbbaa innbbaa innbaba innbaab innabba innabab innabba innabab innaabb
innaabb innbaba innbaab innbbaa innbbaa innbaba innbaab innaabb innaabb innabab innabba
innabba innabab inabanb inababn inabnab inabnba inabbna inabban inaabnb inaabbn inaanbb
inaanbb inaabnb inaabbn inanabb inanabb inanbab inanbba inanbba inanbab inabanb inababn
inabnab inabnba inabbna inabban ibnbana ibnbaan ibnbnaa ibnbnaa ibnbana ibnbaan ibnabna
ibnaban ibnanba ibnanab ibnaanb ibnaabn ibnnaba ibnnaab ibnnbaa ibnnbaa ibnnaba ibnnaab
ibnaanb ibnaabn ibnanab ibnanba ibnabna ibnaban ibbnana ibbnaan ibbnnaa ibbnnaa ibbnana
ibbnaan ibbanna ibbanan ibbanna ibbanan ibbaann ibbaann ibbnana ibbnaan ibbnnaa ibbnnaa
ibbnana ibbnaan ibbaann ibbaann ibbanan ibbanna ibbanna ibbanan ibabnna ibabnan ibabnna
ibabnan ibabann ibabann ibanbna ibanban ibannba ibannab ibananb ibanabn ibannba ibannab
ibanbna ibanban ibanabn ibananb ibaannb ibaanbn ibaannb ibaanbn ibaabnn ibaabnn ibnbana
ibnbaan ibnbnaa ibnbnaa ibnbana ibnbaan ibnabna ibnaban ibnanba ibnanab ibnaanb ibnaabn
ibnnaba ibnnaab ibnnbaa ibnnbaa ibnnaba ibnnaab ibnaanb ibnaabn ibnanab ibnanba ibnabna
ibnaban ibabann ibabann ibabnan ibabnna ibabnna ibabnan ibaabnn ibaabnn ibaanbn ibaannb
ibaannb ibaanbn ibanabn ibananb ibanban ibanbna ibannba ibannab ibananb ibanabn ibannab
ibannba ibanbna ibanban ibbnana ibbnaan ibbnnaa ibbnnaa ibbnana ibbnaan ibbanna ibbanan
ibbanna ibbanan ibbaann ibbaann ibbnana ibbnaan ibbnnaa ibbnnaa ibbnana ibbnaan ibbaann
ibbaann ibbanan ibbanna ibbanna ibbanan ibnbana ibnbaan ibnbnaa ibnbnaa ibnbana ibnbaan
ibnabna ibnaban ibnanba ibnanab ibnaanb ibnaabn ibnnaba ibnnaab ibnnbaa ibnnbaa ibnnaba
ibnnaab ibnaanb ibnaabn ibnanab ibnanba ibnabna ibnaban ibanbna ibanban ibannba ibannab
ibananb ibanabn ibabnna ibabnan ibabnna ibabnan ibabann ibabann ibanbna ibanban ibannba
ibannab ibananb ibanabn ibaabnn ibaabnn ibaanbn ibaannb ibaannb ibaanbn ibnnaba ibnnaab
ibnnbaa ibnnbaa ibnnaba ibnnaab ibnanba ibnanab ibnabna ibnaban ibnaabn ibnaanb ibnbana
ibnbaan ibnbnaa ibnbnaa ibnbana ibnbaan ibnaabn ibnaanb ibnaban ibnabna ibnanba ibnanab
ibananb ibanabn ibannab ibannba ibanbna ibanban ibaannb ibaanbn ibaannb ibaanbn ibaabnn
ibaabnn ibananb ibanabn ibannab ibannba ibanbna ibanban ibabann ibabann ibabnan ibabnna
ibabnna ibabnan iabbnna iabbnan iabbnna iabbnan iabbann iabbann iabnbna iabnban iabnnba
iabnnab iabnanb iabnabn iabnnba iabnnab iabnbna iabnban iabnabn iabnanb iabannb iabanbn
iabannb iabanbn iababnn iababnn iabbnna iabbnan iabbnna iabbnan iabbann iabbann iabnbna
iabnban iabnnba iabnnab iabnanb iabnabn iabnnba iabnnab iabnbna iabnban iabnabn iabnanb
iabannb iabanbn iabannb iabanbn iababnn iababnn ianbbna ianbban ianbnba ianbnab ianbanb
ianbabn ianbbna ianbban ianbnba ianbnab ianbanb ianbabn iannbba iannbab iannbba iannbab
iannabb iannabb ianabnb ianabbn iananbb iananbb ianabnb ianabbn ianbnba ianbnab ianbbna
ianbban ianbabn ianbanb iannbba iannbab iannbba iannbab iannabb iannabb ianbnba ianbnab
ianbbna ianbban ianbabn ianbanb iananbb iananbb ianabnb ianabbn ianabbn ianabnb iaabnnb
iaabnbn iaabnnb iaabnbn iaabbnn iaabbnn iaanbnb iaanbbn iaannbb iaannbb iaanbnb iaanbbn
iaannbb iaannbb iaanbnb iaanbbn iaanbbn iaanbnb iaabnnb iaabnbn iaabnnb iaabnbn iaabbnn
iaabbnn inbbana inbbaan inbbnaa inbbnaa inbbana inbbaan inbabna inbaban inbanba inbanab
inbaanb inbaabn inbnaba inbnaab inbnbaa inbnbaa inbnaba inbnaab inbaanb inbaabn inbanab
inbanba inbabna inbaban inbbana inbbaan inbbnaa inbbnaa inbbana inbbaan inbabna inbaban
inbanba inbanab inbaanb inbaabn inbnaba inbnaab inbnbaa inbnbaa inbnaba inbnaab inbaanb
inbaabn inbanab inbanba inbabna inbaban inabbna inabban inabnba inabnab inabanb inababn
inabbna inabban inabnba inabnab inabanb inababn inanbba inanbab inanbba inanbab inanabb
inanabb inaabnb inaabbn inaanbb inaanbb inaabnb inaabbn innbaba innbaab innbbaa innbbaa
innbaba innbaab innabba innabab innabba innabab innaabb innaabb innbaba innbaab innbbaa
innbbaa innbaba innbaab innaabb innaabb innabab innabba innabba innabab inabanb inababn
inabnab inabnba inabbna inabban inaabnb inaabbn inaanbb inaanbb inaabnb inaabbn inanabb
inanabb inanbab inanbba inanbba inanbab inabanb inababn inabnab inabnba inabbna inabban
iabbann iabbann iabbnan iabbnna iabbnna iabbnan iababnn iababnn iabanbn iabannb iabannb
iabanbn iabnabn iabnanb iabnban iabnbna iabnnba iabnnab iabnanb iabnabn iabnnab iabnnba
iabnbna iabnban iabbann iabbann iabbnan iabbnna iabbnna iabbnan iababnn iababnn iabanbn
iabannb iabannb iabanbn iabnabn iabnanb iabnban iabnbna iabnnba iabnnab iabnanb iabnabn
iabnnab iabnnba iabnbna iabnban iaabbnn iaabbnn iaabnbn iaabnnb iaabnnb iaabnbn iaabbnn
iaabbnn iaabnbn iaabnnb iaabnnb iaabnbn iaanbbn iaanbnb iaanbbn iaanbnb iaannbb iaannbb
iaanbnb iaanbbn iaannbb iaannbb iaanbnb iaanbbn ianbabn ianbanb ianbban ianbbna ianbnba
ianbnab ianabbn ianabnb ianabbn ianabnb iananbb iananbb ianbabn ianbanb ianbban ianbbna
ianbnba ianbnab iannabb iannabb iannbab iannbba iannbba iannbab ianbanb ianbabn ianbnab
ianbnba ianbbna ianbban ianabnb ianabbn iananbb iananbb ianabnb ianabbn iannabb iannabb
iannbab iannbba iannbba iannbab ianbanb ianbabn ianbnab ianbnba ianbbna ianbban binbana
binbaan binbnaa binbnaa binbana binbaan binabna binaban binanba binanab binaanb binaabn
binnaba binnaab binnbaa binnbaa binnaba binnaab binaanb binaabn binanab binanba binabna
binaban bibnana bibnaan bibnnaa bibnnaa bibnana bibnaan bibanna bibanan bibanna bibanan
bibaann bibaann bibnana bibnaan bibnnaa bibnnaa bibnana bibnaan bibaann bibaann bibanan
bibanna bibanna bibanan biabnna biabnan biabnna biabnan biabann biabann bianbna bianban
biannba biannab biananb bianabn biannba biannab bianbna bianban bianabn biananb biaannb
biaanbn biaannb biaanbn biaabnn biaabnn binbana binbaan binbnaa binbnaa binbana binbaan
binabna binaban binanba binanab binaanb binaabn binnaba binnaab binnbaa binnbaa binnaba
binnaab binaanb binaabn binanab binanba binabna binaban biabann biabann biabnan biabnna
biabnna biabnan biaabnn biaabnn biaanbn biaannb biaannb biaanbn bianabn biananb bianban
bianbna biannba biannab biananb bianabn biannab biannba bianbna bianban bnibana bnibaan
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bninaab bninbaa bninbaa bninaba bninaab bniaanb bniaabn bnianab bnianba bniabna bniaban
bnbiana bnbiaan bnbinaa bnbinaa bnbiana bnbiaan bnbaina bnbaian bnbania bnbanai bnbaani
bnbaain bnbnaia bnbnaai bnbniaa bnbniaa bnbnaia bnbnaai bnbaani bnbaain bnbanai bnbania
bnbaina bnbaian bnabina bnabian bnabnia bnabnai bnabani bnabain bnaibna bnaiban bnainba
bnainab bnaianb bnaiabn bnaniba bnaniab bnanbia bnanbai bnanabi bnanaib bnaainb bnaaibn
bnaanib bnaanbi bnaabni bnaabin bnnbaia bnnbaai bnnbiaa bnnbiaa bnnbaia bnnbaai bnnabia
bnnabai bnnaiba bnnaiab bnnaaib bnnaabi bnniaba bnniaab bnnibaa bnnibaa bnniaba bnniaab
bnnaaib bnnaabi bnnaiab bnnaiba bnnabia bnnabai bnabani bnabain bnabnai bnabnia bnabina
bnabian bnaabni bnaabin bnaanbi bnaanib bnaainb bnaaibn bnanabi bnanaib bnanbai bnanbia
bnaniba bnaniab bnaianb bnaiabn bnainab bnainba bnaibna bnaiban bbniana bbniaan bbninaa
bbninaa bbniana bbniaan bbnaina bbnaian bbnania bbnanai bbnaani bbnaain bbnnaia bbnnaai
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bbianan bbainna bbainan bbainna bbainan bbaiann bbaiann bbanina bbanian bbannia bbannai
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bbaanin bbaainn bbaainn bbniana bbniaan bbninaa bbninaa bbniana bbniaan bbnaina bbnaian
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banbani banbain banibna baniban baninba baninab banianb baniabn banniba banniab bannbia
bannbai bannabi bannaib banainb banaibn bananib bananbi banabni banabin babnina babnian
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baiabnn baiabnn banbina banbian banbnia banbnai banbani banbain banibna baniban baninba
baninab banianb baniabn banniba banniab bannbia bannbai bannabi bannaib banainb banaibn
bananib bananbi banabni banabin baabinn baabinn baabnin baabnni baabnni baabnin baaibnn
baaibnn baainbn baainnb baainnb baainbn baanibn baaninb baanbin baanbni baannbi baannib
baaninb baanibn baannib baannbi baanbni baanbin bnnbaia bnnbaai bnnbiaa bnnbiaa bnnbaia
bnnbaai bnnabia bnnabai bnnaiba bnnaiab bnnaaib bnnaabi bnniaba bnniaab bnnibaa bnnibaa
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bnbniaa bnbnaia bnbnaai bnbania bnbanai bnbaina bnbaian bnbaain bnbaani bnbiana bnbiaan
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bnainba bnainab bnaibna bnaiban bnaiabn bnaianb bnaanib bnaanbi bnaainb bnaaibn bnaabin
bnaabni bnibana bnibaan bnibnaa bnibnaa bnibana bnibaan bniabna bniaban bnianba bnianab
bniaanb bniaabn bninaba bninaab bninbaa bninbaa bninaba bninaab bniaanb bniaabn bnianab
bnianba bniabna bniaban bnabain bnabani bnabian bnabina bnabnia bnabnai bnaabin bnaabni
bnaaibn bnaainb bnaanib bnaanbi bnaiabn bnaianb bnaiban bnaibna bnainba bnainab bnanaib
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banabni banabin bananbi bananib banainb banaibn bannabi bannaib bannbai bannbia banniba
banniab banianb baniabn baninab baninba banibna baniban babnani babnain babnnai babnnia
babnina babnian babanni babanin babanni babanin babainn babainn babnani babnain babnnai
babnnia babnina babnian babiann babiann babinan babinna babinna babinan baabnni baabnin
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baannib baanbni baanbin baanibn baaninb baainnb baainbn baainnb baainbn baaibnn baaibnn
banbani banbain banbnai banbnia banbina banbian banabni banabin bananbi bananib banainb
banaibn bannabi bannaib bannbai bannbia banniba banniab banianb baniabn baninab baninba
banibna baniban baibann baibann baibnan baibnna baibnna baibnan baiabnn baiabnn baianbn
baiannb baiannb baianbn bainabn bainanb bainban bainbna bainnba bainnab bainanb bainabn
bainnab bainnba bainbna bainban bibnana bibnaan bibnnaa bibnnaa bibnana bibnaan bibanna
bibanan bibanna bibanan bibaann bibaann bibnana bibnaan bibnnaa bibnnaa bibnana bibnaan
bibaann bibaann bibanan bibanna bibanna bibanan binbana binbaan binbnaa binbnaa binbana
binbaan binabna binaban binanba binanab binaanb binaabn binnaba binnaab binnbaa binnbaa
binnaba binnaab binaanb binaabn binanab binanba binabna binaban bianbna bianban biannba
biannab biananb bianabn biabnna biabnan biabnna biabnan biabann biabann bianbna bianban
biannba biannab biananb bianabn biaabnn biaabnn biaanbn biaannb biaannb biaanbn binnaba
binnaab binnbaa binnbaa binnaba binnaab binanba binanab binabna binaban binaabn binaanb
binbana binbaan binbnaa binbnaa binbana binbaan binaabn binaanb binaban binabna binanba
binanab biananb bianabn biannab biannba bianbna bianban biaannb biaanbn biaannb biaanbn
biaabnn biaabnn biananb bianabn biannab biannba bianbna bianban biabann biabann biabnan
biabnna biabnna biabnan bbinana bbinaan bbinnaa bbinnaa bbinana bbinaan bbianna bbianan
bbianna bbianan bbiaann bbiaann bbinana bbinaan bbinnaa bbinnaa bbinana bbinaan bbiaann
bbiaann bbianan bbianna bbianna bbianan bbniana bbniaan bbninaa bbninaa bbniana bbniaan
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bbannai bbanani bbanain bbaainn bbaainn bbaanin bbaanni bbaanni bbaanin bbnnaia bbnnaai
bbnniaa bbnniaa bbnnaia bbnnaai bbnania bbnanai bbnaina bbnaian bbnaain bbnaani bbniana
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bbaainn bbanani bbanain bbannai bbannia bbanina bbanian bbaiann bbaiann bbainan bbainna
bbainna bbainan bnbiana bnbiaan bnbinaa bnbinaa bnbiana bnbiaan bnbaina bnbaian bnbania
bnbanai bnbaani bnbaain bnbnaia bnbnaai bnbniaa bnbniaa bnbnaia bnbnaai bnbaani bnbaain
bnbanai bnbania bnbaina bnbaian bnibana bnibaan bnibnaa bnibnaa bnibana bnibaan bniabna
bniaban bnianba bnianab bniaanb bniaabn bninaba bninaab bninbaa bninbaa bninaba bninaab
bniaanb bniaabn bnianab bnianba bniabna bniaban bnaibna bnaiban bnainba bnainab bnaianb
bnaiabn bnabina bnabian bnabnia bnabnai bnabani bnabain bnanbia bnanbai bnaniba bnaniab
bnanaib bnanabi bnaabni bnaabin bnaanbi bnaanib bnaainb bnaaibn bnniaba bnniaab bnnibaa
bnnibaa bnniaba bnniaab bnnaiba bnnaiab bnnabia bnnabai bnnaabi bnnaaib bnnbaia bnnbaai
bnnbiaa bnnbiaa bnnbaia bnnbaai bnnaabi bnnaaib bnnabai bnnabia bnnaiba bnnaiab bnaianb
bnaiabn bnainab bnainba bnaibna bnaiban bnaainb bnaaibn bnaanib bnaanbi bnaabni bnaabin
bnanaib bnanabi bnaniab bnaniba bnanbia bnanbai bnabani bnabain bnabnai bnabnia bnabina
bnabian babnina babnian babnnia babnnai babnani babnain babinna babinan babinna babinan
babiann babiann babnina babnian babnnia babnnai babnani babnain babainn babainn babanin
babanni babanni babanin banbina banbian banbnia banbnai banbani banbain banibna baniban
baninba baninab banianb baniabn banniba banniab bannbia bannbai bannabi bannaib banainb
banaibn bananib bananbi banabni banabin bainbna bainban bainnba bainnab bainanb bainabn
baibnna baibnan baibnna baibnan baibann baibann bainbna bainban bainnba bainnab bainanb
bainabn baiabnn baiabnn baianbn baiannb baiannb baianbn banniba banniab bannbia bannbai
bannabi bannaib baninba baninab banibna baniban baniabn banianb banbina banbian banbnia
banbnai banbani banbain banaibn banainb banabin banabni bananbi bananib baaninb baanibn
baannib baannbi baanbni baanbin baainnb baainbn baainnb baainbn baaibnn baaibnn baaninb
baanibn baannib baannbi baanbni baanbin baabinn baabinn baabnin baabnni baabnni baabnin
bnbnaia bnbnaai bnbniaa bnbniaa bnbnaia bnbnaai bnbania bnbanai bnbaina bnbaian bnbaain
bnbaani bnbiana bnbiaan bnbinaa bnbinaa bnbiana bnbiaan bnbaain bnbaani bnbaian bnbaina
bnbania bnbanai bnnbaia bnnbaai bnnbiaa bnnbiaa bnnbaia bnnbaai bnnabia bnnabai bnnaiba
bnnaiab bnnaaib bnnaabi bnniaba bnniaab bnnibaa bnnibaa bnniaba bnniaab bnnaaib bnnaabi
bnnaiab bnnaiba bnnabia bnnabai bnanbia bnanbai bnaniba bnaniab bnanaib bnanabi bnabnia
bnabnai bnabina bnabian bnabain bnabani bnaibna bnaiban bnainba bnainab bnaianb bnaiabn
bnaabin bnaabni bnaaibn bnaainb bnaanib bnaanbi bninaba bninaab bninbaa bninbaa bninaba
bninaab bnianba bnianab bniabna bniaban bniaabn bniaanb bnibana bnibaan bnibnaa bnibnaa
bnibana bnibaan bniaabn bniaanb bniaban bniabna bnianba bnianab bnanaib bnanabi bnaniab
bnaniba bnanbia bnanbai bnaanib bnaanbi bnaainb bnaaibn bnaabin bnaabni bnaianb bnaiabn
bnainab bnainba bnaibna bnaiban bnabain bnabani bnabian bnabina bnabnia bnabnai babnani
babnain babnnai babnnia babnina babnian babanni babanin babanni babanin babainn babainn
babnani babnain babnnai babnnia babnina babnian babiann babiann babinan babinna babinna
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banainb banaibn bannabi bannaib bannbai bannbia banniba banniab banianb baniabn baninab
baninba banibna baniban baanbni baanbin baannbi baannib baaninb baanibn baabnni baabnin
baabnni baabnin baabinn baabinn baanbni baanbin baannbi baannib baaninb baanibn baaibnn
baaibnn baainbn baainnb baainnb baainbn bannabi bannaib bannbai bannbia banniba banniab
bananbi bananib banabni banabin banaibn banainb banbani banbain banbnai banbnia banbina
banbian baniabn banianb baniban banibna baninba baninab bainanb bainabn bainnab bainnba
bainbna bainban baiannb baianbn baiannb baianbn baiabnn baiabnn bainanb bainabn bainnab
bainnba bainbna bainban baibann baibann baibnan baibnna baibnna baibnan aibbnna aibbnan
aibbnna aibbnan aibbann aibbann aibnbna aibnban aibnnba aibnnab aibnanb aibnabn aibnnba
aibnnab aibnbna aibnban aibnabn aibnanb aibannb aibanbn aibannb aibanbn aibabnn aibabnn
aibbnna aibbnan aibbnna aibbnan aibbann aibbann aibnbna aibnban aibnnba aibnnab aibnanb
aibnabn aibnnba aibnnab aibnbna aibnban aibnabn aibnanb aibannb aibanbn aibannb aibanbn
aibabnn aibabnn ainbbna ainbban ainbnba ainbnab ainbanb ainbabn ainbbna ainbban ainbnba
ainbnab ainbanb ainbabn ainnbba ainnbab ainnbba ainnbab ainnabb ainnabb ainabnb ainabbn
ainanbb ainanbb ainabnb ainabbn ainbnba ainbnab ainbbna ainbban ainbabn ainbanb ainnbba
ainnbab ainnbba ainnbab ainnabb ainnabb ainbnba ainbnab ainbbna ainbban ainbabn ainbanb
ainanbb ainanbb ainabnb ainabbn ainabbn ainabnb aiabnnb aiabnbn aiabnnb aiabnbn aiabbnn
aiabbnn aianbnb aianbbn aiannbb aiannbb aianbnb aianbbn aiannbb aiannbb aianbnb aianbbn
aianbbn aianbnb aiabnnb aiabnbn aiabnnb aiabnbn aiabbnn aiabbnn abibnna abibnan abibnna
abibnan abibann abibann abinbna abinban abinnba abinnab abinanb abinabn abinnba abinnab
abinbna abinban abinabn abinanb abiannb abianbn abiannb abianbn abiabnn abiabnn abbinna
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abbnnia abbnnai abbnina abbnian abbnain abbnani abbanni abbanin abbanni abbanin abbainn
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abnianb abniabn abnniba abnniab abnnbia abnnbai abnnabi abnnaib abnainb abnaibn abnanib
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abanbni abanbin abannbi abannib abaninb abanibn abannbi abannib abanbni abanbin abanibn
abaninb abainnb abainbn abainnb abainbn abaibnn abaibnn abbinna abbinan abbinna abbinan
abbiann abbiann abbnina abbnian abbnnia abbnnai abbnani abbnain abbnnia abbnnai abbnina
abbnian abbnain abbnani abbanni abbanin abbanni abbanin abbainn abbainn abibnna abibnan
abibnna abibnan abibann abibann abinbna abinban abinnba abinnab abinanb abinabn abinnba
abinnab abinbna abinban abinabn abinanb abiannb abianbn abiannb abianbn abiabnn abiabnn
abnibna abniban abninba abninab abnianb abniabn abnbina abnbian abnbnia abnbnai abnbani
abnbain abnnbia abnnbai abnniba abnniab abnnaib abnnabi abnabni abnabin abnanbi abnanib
abnainb abnaibn abninba abninab abnibna abniban abniabn abnianb abnniba abnniab abnnbia
abnnbai abnnabi abnnaib abnbnia abnbnai abnbina abnbian abnbain abnbani abnanbi abnanib
abnabni abnabin abnaibn abnainb abainnb abainbn abainnb abainbn abaibnn abaibnn abaninb
abanibn abannib abannbi abanbni abanbin abannib abannbi abaninb abanibn abanbin abanbni
ababnni ababnin ababnni ababnin ababinn ababinn anbbina anbbian anbbnia anbbnai anbbani
anbbain anbibna anbiban anbinba anbinab anbianb anbiabn anbniba anbniab anbnbia anbnbai
anbnabi anbnaib anbainb anbaibn anbanib anbanbi anbabni anbabin anbbina anbbian anbbnia
anbbnai anbbani anbbain anbibna anbiban anbinba anbinab anbianb anbiabn anbniba anbniab
anbnbia anbnbai anbnabi anbnaib anbainb anbaibn anbanib anbanbi anbabni anbabin anibbna
anibban anibnba anibnab anibanb anibabn anibbna anibban anibnba anibnab anibanb anibabn
aninbba aninbab aninbba aninbab aninabb aninabb aniabnb aniabbn anianbb anianbb aniabnb
aniabbn annbiba annbiab annbbia annbbai annbabi annbaib annibba annibab annibba annibab
anniabb anniabb annbiba annbiab annbbia annbbai annbabi annbaib annaibb annaibb annabib
annabbi annabbi annabib anabinb anabibn anabnib anabnbi anabbni anabbin anaibnb anaibbn
anainbb anainbb anaibnb anaibbn ananibb ananibb ananbib ananbbi ananbbi ananbib anabinb
anabibn anabnib anabnbi anabbni anabbin anbbnia anbbnai anbbina anbbian anbbain anbbani
anbnbia anbnbai anbniba anbniab anbnaib anbnabi anbinba anbinab anbibna anbiban anbiabn
anbianb anbanib anbanbi anbainb anbaibn anbabin anbabni anbbnia anbbnai anbbina anbbian
anbbain anbbani anbnbia anbnbai anbniba anbniab anbnaib anbnabi anbinba anbinab anbibna
anbiban anbiabn anbianb anbanib anbanbi anbainb anbaibn anbabin anbabni annbbia annbbai
annbiba annbiab annbaib annbabi annbbia annbbai annbiba annbiab annbaib annbabi annibba
annibab annibba annibab anniabb anniabb annabib annabbi annaibb annaibb annabib annabbi
anibnba anibnab anibbna anibban anibabn anibanb aninbba aninbab aninbba aninbab aninabb
aninabb anibnba anibnab anibbna anibban anibabn anibanb anianbb anianbb aniabnb aniabbn
aniabbn aniabnb anabnib anabnbi anabinb anabibn anabbin anabbni ananbib ananbbi ananibb
ananibb ananbib ananbbi anainbb anainbb anaibnb anaibbn anaibbn anaibnb anabnib anabnbi
anabinb anabibn anabbin anabbni aabbnni aabbnin aabbnni aabbnin aabbinn aabbinn aabnbni
aabnbin aabnnbi aabnnib aabninb aabnibn aabnnbi aabnnib aabnbni aabnbin aabnibn aabninb
aabinnb aabinbn aabinnb aabinbn aabibnn aabibnn aabbnni aabbnin aabbnni aabbnin aabbinn
aabbinn aabnbni aabnbin aabnnbi aabnnib aabninb aabnibn aabnnbi aabnnib aabnbni aabnbin
aabnibn aabninb aabinnb aabinbn aabinnb aabinbn aabibnn aabibnn aanbbni aanbbin aanbnbi
aanbnib aanbinb aanbibn aanbbni aanbbin aanbnbi aanbnib aanbinb aanbibn aannbbi aannbib
aannbbi aannbib aannibb aannibb aanibnb aanibbn aaninbb aaninbb aanibnb aanibbn aanbnbi
aanbnib aanbbni aanbbin aanbibn aanbinb aannbbi aannbib aannbbi aannbib aannibb aannibb
aanbnbi aanbnib aanbbni aanbbin aanbibn aanbinb aaninbb aaninbb aanibnb aanibbn aanibbn
aanibnb aaibnnb aaibnbn aaibnnb aaibnbn aaibbnn aaibbnn aainbnb aainbbn aainnbb aainnbb
aainbnb aainbbn aainnbb aainnbb aainbnb aainbbn aainbbn aainbnb aaibnnb aaibnbn aaibnnb
aaibnbn aaibbnn aaibbnn nibbana nibbaan nibbnaa nibbnaa nibbana nibbaan nibabna nibaban
nibanba nibanab nibaanb nibaabn nibnaba nibnaab nibnbaa nibnbaa nibnaba nibnaab nibaanb
nibaabn nibanab nibanba nibabna nibaban nibbana nibbaan nibbnaa nibbnaa nibbana nibbaan
nibabna nibaban nibanba nibanab nibaanb nibaabn nibnaba nibnaab nibnbaa nibnbaa nibnaba
nibnaab nibaanb nibaabn nibanab nibanba nibabna nibaban niabbna niabban niabnba niabnab
niabanb niababn niabbna niabban niabnba niabnab niabanb niababn nianbba nianbab nianbba
nianbab nianabb nianabb niaabnb niaabbn niaanbb niaanbb niaabnb niaabbn ninbaba ninbaab
ninbbaa ninbbaa ninbaba ninbaab ninabba ninabab ninabba ninabab ninaabb ninaabb ninbaba
ninbaab ninbbaa ninbbaa ninbaba ninbaab ninaabb ninaabb ninabab ninabba ninabba ninabab
niabanb niababn niabnab niabnba niabbna niabban niaabnb niaabbn niaanbb niaanbb niaabnb
niaabbn nianabb nianabb nianbab nianbba nianbba nianbab niabanb niababn niabnab niabnba
niabbna niabban nbibana nbibaan nbibnaa nbibnaa nbibana nbibaan nbiabna nbiaban nbianba
nbianab nbiaanb nbiaabn nbinaba nbinaab nbinbaa nbinbaa nbinaba nbinaab nbiaanb nbiaabn
nbianab nbianba nbiabna nbiaban nbbiana nbbiaan nbbinaa nbbinaa nbbiana nbbiaan nbbaina
nbbaian nbbania nbbanai nbbaani nbbaain nbbnaia nbbnaai nbbniaa nbbniaa nbbnaia nbbnaai
nbbaani nbbaain nbbanai nbbania nbbaina nbbaian nbabina nbabian nbabnia nbabnai nbabani
nbabain nbaibna nbaiban nbainba nbainab nbaianb nbaiabn nbaniba nbaniab nbanbia nbanbai
nbanabi nbanaib nbaainb nbaaibn nbaanib nbaanbi nbaabni nbaabin nbnbaia nbnbaai nbnbiaa
nbnbiaa nbnbaia nbnbaai nbnabia nbnabai nbnaiba nbnaiab nbnaaib nbnaabi nbniaba nbniaab
nbnibaa nbnibaa nbniaba nbniaab nbnaaib nbnaabi nbnaiab nbnaiba nbnabia nbnabai nbabani
nbabain nbabnai nbabnia nbabina nbabian nbaabni nbaabin nbaanbi nbaanib nbaainb nbaaibn
nbanabi nbanaib nbanbai nbanbia nbaniba nbaniab nbaianb nbaiabn nbainab nbainba nbaibna
nbaiban nbbiana nbbiaan nbbinaa nbbinaa nbbiana nbbiaan nbbaina nbbaian nbbania nbbanai
nbbaani nbbaain nbbnaia nbbnaai nbbniaa nbbniaa nbbnaia nbbnaai nbbaani nbbaain nbbanai
nbbania nbbaina nbbaian nbibana nbibaan nbibnaa nbibnaa nbibana nbibaan nbiabna nbiaban
nbianba nbianab nbiaanb nbiaabn nbinaba nbinaab nbinbaa nbinbaa nbinaba nbinaab nbiaanb
nbiaabn nbianab nbianba nbiabna nbiaban nbaibna nbaiban nbainba nbainab nbaianb nbaiabn
nbabina nbabian nbabnia nbabnai nbabani nbabain nbanbia nbanbai nbaniba nbaniab nbanaib
nbanabi nbaabni nbaabin nbaanbi nbaanib nbaainb nbaaibn nbniaba nbniaab nbnibaa nbnibaa
nbniaba nbniaab nbnaiba nbnaiab nbnabia nbnabai nbnaabi nbnaaib nbnbaia nbnbaai nbnbiaa
nbnbiaa nbnbaia nbnbaai nbnaabi nbnaaib nbnabai nbnabia nbnaiba nbnaiab nbaianb nbaiabn
nbainab nbainba nbaibna nbaiban nbaainb nbaaibn nbaanib nbaanbi nbaabni nbaabin nbanaib
nbanabi nbaniab nbaniba nbanbia nbanbai nbabani nbabain nbabnai nbabnia nbabina nbabian
nabbina nabbian nabbnia nabbnai nabbani nabbain nabibna nabiban nabinba nabinab nabianb
nabiabn nabniba nabniab nabnbia nabnbai nabnabi nabnaib nabainb nabaibn nabanib nabanbi
nababni nababin nabbina nabbian nabbnia nabbnai nabbani nabbain nabibna nabiban nabinba
nabinab nabianb nabiabn nabniba nabniab nabnbia nabnbai nabnabi nabnaib nabainb nabaibn
nabanib nabanbi nababni nababin naibbna naibban naibnba naibnab naibanb naibabn naibbna
naibban naibnba naibnab naibanb naibabn nainbba nainbab nainbba nainbab nainabb nainabb
naiabnb naiabbn naianbb naianbb naiabnb naiabbn nanbiba nanbiab nanbbia nanbbai nanbabi
nanbaib nanibba nanibab nanibba nanibab naniabb naniabb nanbiba nanbiab nanbbia nanbbai
nanbabi nanbaib nanaibb nanaibb nanabib nanabbi nanabbi nanabib naabinb naabibn naabnib
naabnbi naabbni naabbin naaibnb naaibbn naainbb naainbb naaibnb naaibbn naanibb naanibb
naanbib naanbbi naanbbi naanbib naabinb naabibn naabnib naabnbi naabbni naabbin nnbbaia
nnbbaai nnbbiaa nnbbiaa nnbbaia nnbbaai nnbabia nnbabai nnbaiba nnbaiab nnbaaib nnbaabi
nnbiaba nnbiaab nnbibaa nnbibaa nnbiaba nnbiaab nnbaaib nnbaabi nnbaiab nnbaiba nnbabia
nnbabai nnbbaia nnbbaai nnbbiaa nnbbiaa nnbbaia nnbbaai nnbabia nnbabai nnbaiba nnbaiab
nnbaaib nnbaabi nnbiaba nnbiaab nnbibaa nnbibaa nnbiaba nnbiaab nnbaaib nnbaabi nnbaiab
nnbaiba nnbabia nnbabai nnabbia nnabbai nnabiba nnabiab nnabaib nnababi nnabbia nnabbai
nnabiba nnabiab nnabaib nnababi nnaibba nnaibab nnaibba nnaibab nnaiabb nnaiabb nnaabib
nnaabbi nnaaibb nnaaibb nnaabib nnaabbi nnibaba nnibaab nnibbaa nnibbaa nnibaba nnibaab
nniabba nniabab nniabba nniabab nniaabb nniaabb nnibaba nnibaab nnibbaa nnibbaa nnibaba
nnibaab nniaabb nniaabb nniabab nniabba nniabba nniabab nnabaib nnababi nnabiab nnabiba
nnabbia nnabbai nnaabib nnaabbi nnaaibb nnaaibb nnaabib nnaabbi nnaiabb nnaiabb nnaibab
nnaibba nnaibba nnaibab nnabaib nnababi nnabiab nnabiba nnabbia nnabbai nabbani nabbain
nabbnai nabbnia nabbina nabbian nababni nababin nabanbi nabanib nabainb nabaibn nabnabi
nabnaib nabnbai nabnbia nabniba nabniab nabianb nabiabn nabinab nabinba nabibna nabiban
nabbani nabbain nabbnai nabbnia nabbina nabbian nababni nababin nabanbi nabanib nabainb
nabaibn nabnabi nabnaib nabnbai nabnbia nabniba nabniab nabianb nabiabn nabinab nabinba
nabibna nabiban naabbni naabbin naabnbi naabnib naabinb naabibn naabbni naabbin naabnbi
naabnib naabinb naabibn naanbbi naanbib naanbbi naanbib naanibb naanibb naaibnb naaibbn
naainbb naainbb naaibnb naaibbn nanbabi nanbaib nanbbai nanbbia nanbiba nanbiab nanabbi
nanabib nanabbi nanabib nanaibb nanaibb nanbabi nanbaib nanbbai nanbbia nanbiba nanbiab
naniabb naniabb nanibab nanibba nanibba nanibab naibanb naibabn naibnab naibnba naibbna
naibban naiabnb naiabbn naianbb naianbb naiabnb naiabbn nainabb nainabb nainbab nainbba
nainbba nainbab naibanb naibabn naibnab naibnba naibbna naibban aibbann aibbann aibbnan
aibbnna aibbnna aibbnan aibabnn aibabnn aibanbn aibannb aibannb aibanbn aibnabn aibnanb
aibnban aibnbna aibnnba aibnnab aibnanb aibnabn aibnnab aibnnba aibnbna aibnban aibbann
aibbann aibbnan aibbnna aibbnna aibbnan aibabnn aibabnn aibanbn aibannb aibannb aibanbn
aibnabn aibnanb aibnban aibnbna aibnnba aibnnab aibnanb aibnabn aibnnab aibnnba aibnbna
aibnban aiabbnn aiabbnn aiabnbn aiabnnb aiabnnb aiabnbn aiabbnn aiabbnn aiabnbn aiabnnb
aiabnnb aiabnbn aianbbn aianbnb aianbbn aianbnb aiannbb aiannbb aianbnb aianbbn aiannbb
aiannbb aianbnb aianbbn ainbabn ainbanb ainbban ainbbna ainbnba ainbnab ainabbn ainabnb
ainabbn ainabnb ainanbb ainanbb ainbabn ainbanb ainbban ainbbna ainbnba ainbnab ainnabb
ainnabb ainnbab ainnbba ainnbba ainnbab ainbanb ainbabn ainbnab ainbnba ainbbna ainbban
ainabnb ainabbn ainanbb ainanbb ainabnb ainabbn ainnabb ainnabb ainnbab ainnbba ainnbba
ainnbab ainbanb ainbabn ainbnab ainbnba ainbbna ainbban abibann abibann abibnan abibnna
abibnna abibnan abiabnn abiabnn abianbn abiannb abiannb abianbn abinabn abinanb abinban
abinbna abinnba abinnab abinanb abinabn abinnab abinnba abinbna abinban abbiann abbiann
abbinan abbinna abbinna abbinan abbainn abbainn abbanin abbanni abbanni abbanin abbnain
abbnani abbnian abbnina abbnnia abbnnai abbnani abbnain abbnnai abbnnia abbnina abbnian
ababinn ababinn ababnin ababnni ababnni ababnin abaibnn abaibnn abainbn abainnb abainnb
abainbn abanibn abaninb abanbin abanbni abannbi abannib abaninb abanibn abannib abannbi
abanbni abanbin abnbain abnbani abnbian abnbina abnbnia abnbnai abnabin abnabni abnaibn
abnainb abnanib abnanbi abniabn abnianb abniban abnibna abninba abninab abnnaib abnnabi
abnniab abnniba abnnbia abnnbai abnbani abnbain abnbnai abnbnia abnbina abnbian abnabni
abnabin abnanbi abnanib abnainb abnaibn abnnabi abnnaib abnnbai abnnbia abnniba abnniab
abnianb abniabn abninab abninba abnibna abniban abbiann abbiann abbinan abbinna abbinna
abbinan abbainn abbainn abbanin abbanni abbanni abbanin abbnain abbnani abbnian abbnina
abbnnia abbnnai abbnani abbnain abbnnai abbnnia abbnina abbnian abibann abibann abibnan
abibnna abibnna abibnan abiabnn abiabnn abianbn abiannb abiannb abianbn abinabn abinanb
abinban abinbna abinnba abinnab abinanb abinabn abinnab abinnba abinbna abinban abaibnn
abaibnn abainbn abainnb abainnb abainbn ababinn ababinn ababnin ababnni ababnni ababnin
abanbin abanbni abanibn abaninb abannib abannbi abanbni abanbin abannbi abannib abaninb
abanibn abniabn abnianb abniban abnibna abninba abninab abnaibn abnainb abnabin abnabni
abnanbi abnanib abnbain abnbani abnbian abnbina abnbnia abnbnai abnnabi abnnaib abnnbai
abnnbia abnniba abnniab abnianb abniabn abninab abninba abnibna abniban abnainb abnaibn
abnanib abnanbi abnabni abnabin abnnaib abnnabi abnniab abnniba abnnbia abnnbai abnbani
abnbain abnbnai abnbnia abnbina abnbian aabbinn aabbinn aabbnin aabbnni aabbnni aabbnin
aabibnn aabibnn aabinbn aabinnb aabinnb aabinbn aabnibn aabninb aabnbin aabnbni aabnnbi
aabnnib aabninb aabnibn aabnnib aabnnbi aabnbni aabnbin aabbinn aabbinn aabbnin aabbnni
aabbnni aabbnin aabibnn aabibnn aabinbn aabinnb aabinnb aabinbn aabnibn aabninb aabnbin
aabnbni aabnnbi aabnnib aabninb aabnibn aabnnib aabnnbi aabnbni aabnbin aaibbnn aaibbnn
aaibnbn aaibnnb aaibnnb aaibnbn aaibbnn aaibbnn aaibnbn aaibnnb aaibnnb aaibnbn aainbbn
aainbnb aainbbn aainbnb aainnbb aainnbb aainbnb aainbbn aainnbb aainnbb aainbnb aainbbn
aanbibn aanbinb aanbbin aanbbni aanbnbi aanbnib aanibbn aanibnb aanibbn aanibnb aaninbb
aaninbb aanbibn aanbinb aanbbin aanbbni aanbnbi aanbnib aannibb aannibb aannbib aannbbi
aannbbi aannbib aanbinb aanbibn aanbnib aanbnbi aanbbni aanbbin aanibnb aanibbn aaninbb
aaninbb aanibnb aanibbn aannibb aannibb aannbib aannbbi aannbbi aannbib aanbinb aanbibn
aanbnib aanbnbi aanbbni aanbbin anbbain anbbani anbbian anbbina anbbnia anbbnai anbabin
anbabni anbaibn anbainb anbanib anbanbi anbiabn anbianb anbiban anbibna anbinba anbinab
anbnaib anbnabi anbniab anbniba anbnbia anbnbai anbbain anbbani anbbian anbbina anbbnia
anbbnai anbabin anbabni anbaibn anbainb anbanib anbanbi anbiabn anbianb anbiban anbibna
anbinba anbinab anbnaib anbnabi anbniab anbniba anbnbia anbnbai anabbin anabbni anabibn
anabinb anabnib anabnbi anabbin anabbni anabibn anabinb anabnib anabnbi anaibbn anaibnb
anaibbn anaibnb anainbb anainbb ananbib ananbbi ananibb ananibb ananbib ananbbi anibabn
anibanb anibban anibbna anibnba anibnab aniabbn aniabnb aniabbn aniabnb anianbb anianbb
anibabn anibanb anibban anibbna anibnba anibnab aninabb aninabb aninbab aninbba aninbba
aninbab annbaib annbabi annbiab annbiba annbbia annbbai annabib annabbi annaibb annaibb
annabib annabbi anniabb anniabb annibab annibba annibba annibab annbaib annbabi annbiab
annbiba annbbia annbbai anbbani anbbain anbbnai anbbnia anbbina anbbian anbabni anbabin
anbanbi anbanib anbainb anbaibn anbnabi anbnaib anbnbai anbnbia anbniba anbniab anbianb
anbiabn anbinab anbinba anbibna anbiban anbbani anbbain anbbnai anbbnia anbbina anbbian
anbabni anbabin anbanbi anbanib anbainb anbaibn anbnabi anbnaib anbnbai anbnbia anbniba
anbniab anbianb anbiabn anbinab anbinba anbibna anbiban anabbni anabbin anabnbi anabnib
anabinb anabibn anabbni anabbin anabnbi anabnib anabinb anabibn ananbbi ananbib ananbbi
ananbib ananibb ananibb anaibnb anaibbn anainbb anainbb anaibnb anaibbn annbabi annbaib
annbbai annbbia annbiba annbiab annabbi annabib annabbi annabib annaibb annaibb annbabi
annbaib annbbai annbbia annbiba annbiab anniabb anniabb annibab annibba annibba annibab
anibanb anibabn anibnab anibnba anibbna anibban aniabnb aniabbn anianbb anianbb aniabnb
aniabbn aninabb aninabb aninbab aninbba aninbba aninbab anibanb anibabn anibnab anibnba
anibbna anibban

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History of cryptography
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