easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

adstiterint

hpsfec

nilique

amorphia

captae

monessen

rebutton

evenioque

mammer

ranges

plighters

matthews

cosso

tornachile

dimascio

lungyis

inferrers

homoeopathic


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: polyphagy
cipher variations:
qpmzqibhz rqnarjcia srobskdjb tspctlekc utqdumfld
vurevngme wvsfwohnf xwtgxpiog yxuhyqjph zyvizrkqi
azwjaslrj baxkbtmsk cbylcuntl dczmdvoum edanewpvn
febofxqwo gfcpgyrxp hgdqhzsyq iheriatzr jifsjbuas
kjgtkcvbt lkhuldwcu mlivmexdv nmjwnfyew onkxogzfx

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: polyphagy
Cipher: klobksztb

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: polyphagy
Cipher: ABBBA ABBAB ABABA BABBA ABBBA AABBB AAAAA AABBA BABBA

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: polyphagy
cipher variations:
qpmzqibhzurivuwbtvyterykbfrcvancybrngxwjgmbdjkzsfkabpfsdkxscbnxwfgtwqbzt
ahcpaeblpejylesbxliluhigbjhmnqdmubvdrqnarjciavsjwvxcuwzufszlcgsdwbodzcso
hyxkhnceklatglbcqgtelytdcoyxghuxrcaubidqbfcmqfkzmftcymjmvijhckinorenvcwe
srobskdjbwtkxwydvxavgtamdhtexcpeadtpizyliodflmbuhmcdrhufmzuedpzyhivysdbv
cjercgdnrglangudznknwjkidljopsfowdxftspctlekcxulyxzewybwhubneiufydqfbeuq
jazmjpegmncvindesivgnavfeqazijwztecwdkfsdheoshmbohveaoloxkljemkpqtgpxeyg
utqdumfldyvmzyafxzcxivcofjvgzergcfvrkbankqfhnodwjoeftjwhobwgfrbajkxaufdx
elgteifptincpiwfbpmpylmkfnlqruhqyfzhvurevngmezwnazbgyadyjwdpgkwhafshdgws
lcbolrgiopexkpfgukxipcxhgscbklybvgeyfmhufjgqujodqjxgcqnqzmnlgomrsvirzgai
wvsfwohnfaxobachzbezkxeqhlxibgtiehxtmdcpmshjpqfylqghvlyjqdyihtdclmzcwhfz
gnivgkhrvkperkyhdroranomhpnstwjsahbjxwtgxpiogbypcbdiacfalyfrimyjchujfiyu
nedqntikqrgzmrhiwmzkrezjiuedmnadxigahojwhliswlqfslziespsbopniqotuxktbick
yxuhyqjphczqdcejbdgbmzgsjnzkdivkgjzvoferoujlrshansijxnalsfakjvfenobeyjhb
ipkximjtxmrgtmajftqtcpqojrpuvylucjdlzyvizrkqidaredfkcehcnahtkoalejwlhkaw
pgfspvkmstibotjkyobmtgblkwgfopcfzkicjqlyjnkuynshunbkgurudqrpksqvwzmvdkem
azwjaslrjebsfegldfidobiulpbmfkxmilbxqhgtqwlntujcpuklzpcnuhcmlxhgpqdgaljd
krmzkolvzotivoclhvsversqltrwxanwelfnbaxkbtmskfctgfhmegjepcjvmqcnglynjmcy
rihurxmouvkdqvlmaqdovidnmyihqrehbmkelsnalpmwapujwpdmiwtwfstrmusxyboxfmgo
cbylcuntlgduhginfhkfqdkwnrdohmzokndzsjivsynpvwlerwmnbrepwjeonzjirsficnlf
mtobmqnxbqvkxqenjxuxgtusnvtyzcpygnhpdczmdvoumhevihjogilgrelxosepinaploea
tkjwtzoqwxmfsxnocsfqxkfpoakjstgjdomgnupcnroycrwlyrfokyvyhuvtowuzadqzhoiq
edanewpvnifwjikphjmhsfmyptfqjobqmpfbulkxuaprxyngtyopdtgrylgqpblktuhkepnh
ovqdospzdsxmzsgplzwzivwupxvaberaipjrfebofxqwojgxkjlqiknitgnzqugrkpcrnqgc
vmlyvbqsyzohuzpqeuhszmhrqcmluvilfqoipwreptqaetynathqmaxajwxvqywbcfsbjqks
gfcpgyrxpkhylkmrjlojuhoarvhslqdsorhdwnmzwcrtzapivaqrfvitanisrdnmvwjmgrpj
qxsfqurbfuzobuirnbybkxywrzxcdgtckrlthgdqhzsyqlizmlnskmpkvipbswitmretpsie
xonaxdsuabqjwbrsgwjubojtseonwxknhsqkrytgrvscgvapcvjsoczclyzxsaydehudlsmu
iheriatzrmjanmotlnqlwjqctxjunsfuqtjfypobyetvbcrkxcsthxkvcpkutfpoxyloitrl
szuhswtdhwbqdwktpdadmzaytbzefivemtnvjifsjbuasnkbonpumormxkrduykvotgvrukg
zqpczfuwcdslydtuiylwdqlvugqpyzmpjusmtavitxueixcrexluqebenabzucafgjwfnuow
kjgtkcvbtolcpoqvnpsnylsevzlwpuhwsvlharqdagvxdetmzeuvjzmxermwvhrqzanqkvtn
ubwjuyvfjydsfymvrfcfobcavdbghkxgovpxlkhuldwcupmdqprwoqtozmtfwamxqvixtwmi
bsrebhwyefunafvwkanyfsnxwisraborlwuovcxkvzwgkzetgznwsgdgpcdbwechilyhpwqy
mlivmexdvqnerqsxprupanugxbnyrwjyuxnjctsfcixzfgvobgwxlbozgtoyxjtsbcpsmxvp
wdylwaxhlafuhaoxthehqdecxfdijmziqxrznmjwnfyewrofsrtyqsvqbovhycozsxkzvyok
dutgdjyaghwpchxymcpahupzykutcdqtnywqxezmxbyimbgvibpyuifirefdygejknajrysa
onkxogzfxspgtsuzrtwrcpwizdpatylawzplevuhekzbhixqdiyzndqbivqazlvuderuozxr
yfanyczjnchwjcqzvjgjsfgezhfklobksztbpolyphagytqhutvasuxsdqxjaeqbuzmbxaqm
fwviflacijyrejzaoercjwrbamwvefsvpayszgbozdakodixkdrawkhktghfaiglmpcltauc

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: polyphagy
Cipher: cbylcuntl

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: polyphagy
Cipher: 534313455332112245

Extended Methods:
Method #1

Plaintext: polyphagy
method variations:
utqdunfmdzyvizslriedaoexqwokiftkcvbt

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
p o l y p h a g y 
5 4 1 4 5 3 1 2 4 
3 3 3 5 3 2 1 2 5 
They are then read out in rows:
541453124333532125
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: polyphagy
Cipher: uqpfonpbw

Read more ...
Method #3

Plaintext: polyphagy
method variations:
scsznbfrz csznbfrzs sznbfrzsc
znbfrzscs nbfrzscsz bfrzscszn
frzscsznb rzscsznbf zscsznbfr

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: polyphagy

first 5040 cipher variations(362880 total)
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pohalygpy pohalygyp pohalyygp pohalyypg pohalgypy pohalgyyp pohalgpyy pohalgpyy pohalgypy pohalgyyp pohalyygp
pohalyypg pohalygyp pohalygpy pohalypgy pohalypyg pohaylpgy pohaylpyg pohaylgpy pohaylgyp pohaylygp pohaylypg
pohayplgy pohayplyg pohaypgly pohaypgyl pohaypygl pohaypylg pohaygply pohaygpyl pohayglpy pohayglyp pohaygylp
pohaygypl pohayypgl pohayyplg pohayygpl pohayyglp pohayylgp pohayylpg pohaglypy pohaglyyp pohaglpyy pohaglpyy
pohaglypy pohaglyyp pohagylpy pohagylyp pohagyply pohagypyl pohagyypl pohagyylp pohagpyly pohagpyyl pohagplyy
pohagplyy pohagpyly pohagpyyl pohagyypl pohagyylp pohagypyl pohagyply pohagylpy pohagylyp pohaylygp pohaylypg
pohaylgyp pohaylgpy pohaylpgy pohaylpyg pohayylgp pohayylpg pohayyglp pohayygpl pohayypgl pohayyplg pohaygylp
pohaygypl pohayglyp pohayglpy pohaygply pohaygpyl pohaypygl pohaypylg pohaypgyl pohaypgly pohayplgy pohayplyg
pohgplayy pohgplayy pohgplyay pohgplyya pohgplyya pohgplyay pohgpalyy pohgpalyy pohgpayly pohgpayyl pohgpayyl
pohgpayly pohgpyaly pohgpyayl pohgpylay pohgpylya pohgpyyla pohgpyyal pohgpyayl pohgpyaly pohgpyyal pohgpyyla
pohgpylya pohgpylay pohglpayy pohglpayy pohglpyay pohglpyya pohglpyya pohglpyay pohglapyy pohglapyy pohglaypy
pohglayyp pohglayyp pohglaypy pohglyapy pohglyayp pohglypay pohglypya pohglyypa pohglyyap pohglyayp pohglyapy
pohglyyap pohglyypa pohglypya pohglypay pohgalpyy pohgalpyy pohgalypy pohgalyyp pohgalyyp pohgalypy pohgaplyy
pohgaplyy pohgapyly pohgapyyl pohgapyyl pohgapyly pohgayply pohgaypyl pohgaylpy pohgaylyp pohgayylp pohgayypl
pohgaypyl pohgayply pohgayypl pohgayylp pohgaylyp pohgaylpy pohgylapy pohgylayp pohgylpay pohgylpya pohgylypa
pohgylyap pohgyalpy pohgyalyp pohgyaply pohgyapyl pohgyaypl pohgyaylp pohgypaly pohgypayl pohgyplay pohgyplya
pohgypyla pohgypyal pohgyyapl pohgyyalp pohgyypal pohgyypla pohgyylpa pohgyylap pohgylayp pohgylapy pohgylyap
pohgylypa pohgylpya pohgylpay pohgyalyp pohgyalpy pohgyaylp pohgyaypl pohgyapyl pohgyaply pohgyyalp pohgyyapl
pohgyylap pohgyylpa pohgyypla pohgyypal pohgypayl pohgypaly pohgypyal pohgypyla pohgyplya pohgyplay pohyplagy
pohyplayg pohyplgay pohyplgya pohyplyga pohyplyag pohypalgy pohypalyg pohypagly pohypagyl pohypaygl pohypaylg
pohypgaly pohypgayl pohypglay pohypglya pohypgyla pohypgyal pohypyagl pohypyalg pohypygal pohypygla pohypylga
pohypylag pohylpagy pohylpayg pohylpgay pohylpgya pohylpyga pohylpyag pohylapgy pohylapyg pohylagpy pohylagyp
pohylaygp pohylaypg pohylgapy pohylgayp pohylgpay pohylgpya pohylgypa pohylgyap pohylyagp pohylyapg pohylygap
pohylygpa pohylypga pohylypag pohyalpgy pohyalpyg pohyalgpy pohyalgyp pohyalygp pohyalypg pohyaplgy pohyaplyg
pohyapgly pohyapgyl pohyapygl pohyapylg pohyagply pohyagpyl pohyaglpy pohyaglyp pohyagylp pohyagypl pohyaypgl
pohyayplg pohyaygpl pohyayglp pohyaylgp pohyaylpg pohyglapy pohyglayp pohyglpay pohyglpya pohyglypa pohyglyap
pohygalpy pohygalyp pohygaply pohygapyl pohygaypl pohygaylp pohygpaly pohygpayl pohygplay pohygplya pohygpyla
pohygpyal pohygyapl pohygyalp pohygypal pohygypla pohygylpa pohygylap pohyylagp pohyylapg pohyylgap pohyylgpa
pohyylpga pohyylpag pohyyalgp pohyyalpg pohyyaglp pohyyagpl pohyyapgl pohyyaplg pohyygalp pohyygapl pohyyglap
pohyyglpa pohyygpla pohyygpal pohyypagl pohyypalg pohyypgal pohyypgla pohyyplga pohyyplag poayphlgy poayphlyg
poayphgly poayphgyl poayphygl poayphylg poayplhgy poayplhyg poayplghy poayplgyh poayplygh poayplyhg poaypglhy
poaypglyh poaypghly poaypghyl poaypgyhl poaypgylh poaypylgh poaypylhg poaypyglh poaypyghl poaypyhgl poaypyhlg
poayhplgy poayhplyg poayhpgly poayhpgyl poayhpygl poayhpylg poayhlpgy poayhlpyg poayhlgpy poayhlgyp poayhlygp
poayhlypg poayhglpy poayhglyp poayhgply poayhgpyl poayhgypl poayhgylp poayhylgp poayhylpg poayhyglp poayhygpl
poayhypgl poayhyplg poaylhpgy poaylhpyg poaylhgpy poaylhgyp poaylhygp poaylhypg poaylphgy poaylphyg poaylpghy
poaylpgyh poaylpygh poaylpyhg poaylgphy poaylgpyh poaylghpy poaylghyp poaylgyhp poaylgyph poaylypgh poaylyphg
poaylygph poaylyghp poaylyhgp poaylyhpg poayghlpy poayghlyp poayghply poayghpyl poayghypl poayghylp poayglhpy
poayglhyp poayglphy poayglpyh poayglyph poayglyhp poaygplhy poaygplyh poaygphly poaygphyl poaygpyhl poaygpylh
poaygylph poaygylhp poaygyplh poaygyphl poaygyhpl poaygyhlp poayyhlgp poayyhlpg poayyhglp poayyhgpl poayyhpgl
poayyhplg poayylhgp poayylhpg poayylghp poayylgph poayylpgh poayylphg poayyglhp poayyglph poayyghlp poayyghpl
poayygphl poayygplh poayyplgh poayyplhg poayypglh poayypghl poayyphgl poayyphlg poapyhlgy poapyhlyg poapyhgly
poapyhgyl poapyhygl poapyhylg poapylhgy poapylhyg poapylghy poapylgyh poapylygh poapylyhg poapyglhy poapyglyh
poapyghly poapyghyl poapygyhl poapygylh poapyylgh poapyylhg poapyyglh poapyyghl poapyyhgl poapyyhlg poaphylgy
poaphylyg poaphygly poaphygyl poaphyygl poaphyylg poaphlygy poaphlyyg poaphlgyy poaphlgyy poaphlygy poaphlyyg
poaphglyy poaphglyy poaphgyly poaphgyyl poaphgyyl poaphgyly poaphylgy poaphylyg poaphygly poaphygyl poaphyygl
poaphyylg poaplhygy poaplhyyg poaplhgyy poaplhgyy poaplhygy poaplhyyg poaplyhgy poaplyhyg poaplyghy poaplygyh
poaplyygh poaplyyhg poaplgyhy poaplgyyh poaplghyy poaplghyy poaplgyhy poaplgyyh poaplyygh poaplyyhg poaplygyh
poaplyghy poaplyhgy poaplyhyg poapghlyy poapghlyy poapghyly poapghyyl poapghyyl poapghyly poapglhyy poapglhyy
poapglyhy poapglyyh poapglyyh poapglyhy poapgylhy poapgylyh poapgyhly poapgyhyl poapgyyhl poapgyylh poapgylyh
poapgylhy poapgyylh poapgyyhl poapgyhyl poapgyhly poapyhlgy poapyhlyg poapyhgly poapyhgyl poapyhygl poapyhylg
poapylhgy poapylhyg poapylghy poapylgyh poapylygh poapylyhg poapyglhy poapyglyh poapyghly poapyghyl poapygyhl
poapygylh poapyylgh poapyylhg poapyyglh poapyyghl poapyyhgl poapyyhlg poahpylgy poahpylyg poahpygly poahpygyl
poahpyygl poahpyylg poahplygy poahplyyg poahplgyy poahplgyy poahplygy poahplyyg poahpglyy poahpglyy poahpgyly
poahpgyyl poahpgyyl poahpgyly poahpylgy poahpylyg poahpygly poahpygyl poahpyygl poahpyylg poahyplgy poahyplyg
poahypgly poahypgyl poahypygl poahypylg poahylpgy poahylpyg poahylgpy poahylgyp poahylygp poahylypg poahyglpy
poahyglyp poahygply poahygpyl poahygypl poahygylp poahyylgp poahyylpg poahyyglp poahyygpl poahyypgl poahyyplg
poahlypgy poahlypyg poahlygpy poahlygyp poahlyygp poahlyypg poahlpygy poahlpyyg poahlpgyy poahlpgyy poahlpygy
poahlpyyg poahlgpyy poahlgpyy poahlgypy poahlgyyp poahlgyyp poahlgypy poahlypgy poahlypyg poahlygpy poahlygyp
poahlyygp poahlyypg poahgylpy poahgylyp poahgyply poahgypyl poahgyypl poahgyylp poahglypy poahglyyp poahglpyy
poahglpyy poahglypy poahglyyp poahgplyy poahgplyy poahgpyly poahgpyyl poahgpyyl poahgpyly poahgylpy poahgylyp
poahgyply poahgypyl poahgyypl poahgyylp poahyylgp poahyylpg poahyyglp poahyygpl poahyypgl poahyyplg poahylygp
poahylypg poahylgyp poahylgpy poahylpgy poahylpyg poahyglyp poahyglpy poahygylp poahygypl poahygpyl poahygply
poahyplgy poahyplyg poahypgly poahypgyl poahypygl poahypylg poalphygy poalphyyg poalphgyy poalphgyy poalphygy
poalphyyg poalpyhgy poalpyhyg poalpyghy poalpygyh poalpyygh poalpyyhg poalpgyhy poalpgyyh poalpghyy poalpghyy
poalpgyhy poalpgyyh poalpyygh poalpyyhg poalpygyh poalpyghy poalpyhgy poalpyhyg poalhpygy poalhpyyg poalhpgyy
poalhpgyy poalhpygy poalhpyyg poalhypgy poalhypyg poalhygpy poalhygyp poalhyygp poalhyypg poalhgypy poalhgyyp
poalhgpyy poalhgpyy poalhgypy poalhgyyp poalhyygp poalhyypg poalhygyp poalhygpy poalhypgy poalhypyg poalyhpgy
poalyhpyg poalyhgpy poalyhgyp poalyhygp poalyhypg poalyphgy poalyphyg poalypghy poalypgyh poalypygh poalypyhg
poalygphy poalygpyh poalyghpy poalyghyp poalygyhp poalygyph poalyypgh poalyyphg poalyygph poalyyghp poalyyhgp
poalyyhpg poalghypy poalghyyp poalghpyy poalghpyy poalghypy poalghyyp poalgyhpy poalgyhyp poalgyphy poalgypyh
poalgyyph poalgyyhp poalgpyhy poalgpyyh poalgphyy poalgphyy poalgpyhy poalgpyyh poalgyyph poalgyyhp poalgypyh
poalgyphy poalgyhpy poalgyhyp poalyhygp poalyhypg poalyhgyp poalyhgpy poalyhpgy poalyhpyg poalyyhgp poalyyhpg
poalyyghp poalyygph poalyypgh poalyyphg poalygyhp poalygyph poalyghyp poalyghpy poalygphy poalygpyh poalypygh
poalypyhg poalypgyh poalypghy poalyphgy poalyphyg poagphlyy poagphlyy poagphyly poagphyyl poagphyyl poagphyly
poagplhyy poagplhyy poagplyhy poagplyyh poagplyyh poagplyhy poagpylhy poagpylyh poagpyhly poagpyhyl poagpyyhl
poagpyylh poagpylyh poagpylhy poagpyylh poagpyyhl poagpyhyl poagpyhly poaghplyy poaghplyy poaghpyly poaghpyyl
poaghpyyl poaghpyly poaghlpyy poaghlpyy poaghlypy poaghlyyp poaghlyyp poaghlypy poaghylpy poaghylyp poaghyply
poaghypyl poaghyypl poaghyylp poaghylyp poaghylpy poaghyylp poaghyypl poaghypyl poaghyply poaglhpyy poaglhpyy
poaglhypy poaglhyyp poaglhyyp poaglhypy poaglphyy poaglphyy poaglpyhy poaglpyyh poaglpyyh poaglpyhy poaglyphy
poaglypyh poaglyhpy poaglyhyp poaglyyhp poaglyyph poaglypyh poaglyphy poaglyyph poaglyyhp poaglyhyp poaglyhpy
poagyhlpy poagyhlyp poagyhply poagyhpyl poagyhypl poagyhylp poagylhpy poagylhyp poagylphy poagylpyh poagylyph
poagylyhp poagyplhy poagyplyh poagyphly poagyphyl poagypyhl poagypylh poagyylph poagyylhp poagyyplh poagyyphl
poagyyhpl poagyyhlp poagyhlyp poagyhlpy poagyhylp poagyhypl poagyhpyl poagyhply poagylhyp poagylhpy poagylyhp
poagylyph poagylpyh poagylphy poagyylhp poagyylph poagyyhlp poagyyhpl poagyyphl poagyyplh poagyplyh poagyplhy
poagypylh poagypyhl poagyphyl poagyphly poayphlgy poayphlyg poayphgly poayphgyl poayphygl poayphylg poayplhgy
poayplhyg poayplghy poayplgyh poayplygh poayplyhg poaypglhy poaypglyh poaypghly poaypghyl poaypgyhl poaypgylh
poaypylgh poaypylhg poaypyglh poaypyghl poaypyhgl poaypyhlg poayhplgy poayhplyg poayhpgly poayhpgyl poayhpygl
poayhpylg poayhlpgy poayhlpyg poayhlgpy poayhlgyp poayhlygp poayhlypg poayhglpy poayhglyp poayhgply poayhgpyl
poayhgypl poayhgylp poayhylgp poayhylpg poayhyglp poayhygpl poayhypgl poayhyplg poaylhpgy poaylhpyg poaylhgpy
poaylhgyp poaylhygp poaylhypg poaylphgy poaylphyg poaylpghy poaylpgyh poaylpygh poaylpyhg poaylgphy poaylgpyh
poaylghpy poaylghyp poaylgyhp poaylgyph poaylypgh poaylyphg poaylygph poaylyghp poaylyhgp poaylyhpg poayghlpy
poayghlyp poayghply poayghpyl poayghypl poayghylp poayglhpy poayglhyp poayglphy poayglpyh poayglyph poayglyhp
poaygplhy poaygplyh poaygphly poaygphyl poaygpyhl poaygpylh poaygylph poaygylhp poaygyplh poaygyphl poaygyhpl
poaygyhlp poayyhlgp poayyhlpg poayyhglp poayyhgpl poayyhpgl poayyhplg poayylhgp poayylhpg poayylghp poayylgph
poayylpgh poayylphg poayyglhp poayyglph poayyghlp poayyghpl poayygphl poayygplh poayyplgh poayyplhg poayypglh
poayypghl poayyphgl poayyphlg pogyphaly pogyphayl pogyphlay pogyphlya pogyphyla pogyphyal pogypahly pogypahyl
pogypalhy pogypalyh pogypaylh pogypayhl pogyplahy pogyplayh pogyplhay pogyplhya pogyplyha pogyplyah pogypyalh
pogypyahl pogypylah pogypylha pogypyhla pogypyhal pogyhpaly pogyhpayl pogyhplay pogyhplya pogyhpyla pogyhpyal
pogyhaply pogyhapyl pogyhalpy pogyhalyp pogyhaylp pogyhaypl pogyhlapy pogyhlayp pogyhlpay pogyhlpya pogyhlypa
pogyhlyap pogyhyalp pogyhyapl pogyhylap pogyhylpa pogyhypla pogyhypal pogyahply pogyahpyl pogyahlpy pogyahlyp
pogyahylp pogyahypl pogyaphly pogyaphyl pogyaplhy pogyaplyh pogyapylh pogyapyhl pogyalphy pogyalpyh pogyalhpy
pogyalhyp pogyalyhp pogyalyph pogyayplh pogyayphl pogyaylph pogyaylhp pogyayhlp pogyayhpl pogylhapy pogylhayp
pogylhpay pogylhpya pogylhypa pogylhyap pogylahpy pogylahyp pogylaphy pogylapyh pogylayph pogylayhp pogylpahy
pogylpayh pogylphay pogylphya pogylpyha pogylpyah pogylyaph pogylyahp pogylypah pogylypha pogylyhpa pogylyhap
pogyyhalp pogyyhapl pogyyhlap pogyyhlpa pogyyhpla pogyyhpal pogyyahlp pogyyahpl pogyyalhp pogyyalph pogyyaplh
pogyyaphl pogyylahp pogyylaph pogyylhap pogyylhpa pogyylpha pogyylpah pogyypalh pogyypahl pogyyplah pogyyplha
pogyyphla pogyyphal pogpyhaly pogpyhayl pogpyhlay pogpyhlya pogpyhyla pogpyhyal pogpyahly pogpyahyl pogpyalhy
pogpyalyh pogpyaylh pogpyayhl pogpylahy pogpylayh pogpylhay pogpylhya pogpylyha pogpylyah pogpyyalh pogpyyahl
pogpyylah pogpyylha pogpyyhla pogpyyhal pogphyaly pogphyayl pogphylay pogphylya pogphyyla pogphyyal pogphayly
pogphayyl pogphalyy pogphalyy pogphayly pogphayyl pogphlayy pogphlayy pogphlyay pogphlyya pogphlyya pogphlyay
pogphyaly pogphyayl pogphylay pogphylya pogphyyla pogphyyal pogpahyly pogpahyyl pogpahlyy pogpahlyy pogpahyly
pogpahyyl pogpayhly pogpayhyl pogpaylhy pogpaylyh pogpayylh pogpayyhl pogpalyhy pogpalyyh pogpalhyy pogpalhyy
pogpalyhy pogpalyyh pogpayylh pogpayyhl pogpaylyh pogpaylhy pogpayhly pogpayhyl pogplhayy pogplhayy pogplhyay
pogplhyya pogplhyya pogplhyay pogplahyy pogplahyy pogplayhy pogplayyh pogplayyh pogplayhy pogplyahy pogplyayh
pogplyhay pogplyhya pogplyyha pogplyyah pogplyayh pogplyahy pogplyyah pogplyyha pogplyhya pogplyhay pogpyhaly
pogpyhayl pogpyhlay pogpyhlya pogpyhyla pogpyhyal pogpyahly pogpyahyl pogpyalhy pogpyalyh pogpyaylh pogpyayhl
pogpylahy pogpylayh pogpylhay pogpylhya pogpylyha pogpylyah pogpyyalh pogpyyahl pogpyylah pogpyylha pogpyyhla
pogpyyhal poghpyaly poghpyayl poghpylay poghpylya poghpyyla poghpyyal poghpayly poghpayyl poghpalyy poghpalyy
poghpayly poghpayyl poghplayy poghplayy poghplyay poghplyya poghplyya poghplyay poghpyaly poghpyayl poghpylay
poghpylya poghpyyla poghpyyal poghypaly poghypayl poghyplay poghyplya poghypyla poghypyal poghyaply poghyapyl
poghyalpy poghyalyp poghyaylp poghyaypl poghylapy poghylayp poghylpay poghylpya poghylypa poghylyap poghyyalp
poghyyapl poghyylap poghyylpa poghyypla poghyypal poghayply poghaypyl poghaylpy poghaylyp poghayylp poghayypl
poghapyly poghapyyl poghaplyy poghaplyy poghapyly poghapyyl poghalpyy poghalpyy poghalypy poghalyyp poghalyyp
poghalypy poghayply poghaypyl poghaylpy poghaylyp poghayylp poghayypl poghlyapy poghlyayp poghlypay poghlypya
poghlyypa poghlyyap poghlaypy poghlayyp poghlapyy poghlapyy poghlaypy poghlayyp poghlpayy poghlpayy poghlpyay
poghlpyya poghlpyya poghlpyay poghlyapy poghlyayp poghlypay poghlypya poghlyypa poghlyyap poghyyalp poghyyapl
poghyylap poghyylpa poghyypla poghyypal poghyaylp poghyaypl poghyalyp poghyalpy poghyaply poghyapyl poghylayp
poghylapy poghylyap poghylypa poghylpya poghylpay poghypaly poghypayl poghyplay poghyplya poghypyla poghypyal
pogaphyly pogaphyyl pogaphlyy pogaphlyy pogaphyly pogaphyyl pogapyhly pogapyhyl pogapylhy pogapylyh pogapyylh
pogapyyhl pogaplyhy pogaplyyh pogaplhyy pogaplhyy pogaplyhy pogaplyyh pogapyylh pogapyyhl pogapylyh pogapylhy
pogapyhly pogapyhyl pogahpyly pogahpyyl pogahplyy pogahplyy pogahpyly pogahpyyl pogahyply pogahypyl pogahylpy
pogahylyp pogahyylp pogahyypl pogahlypy pogahlyyp pogahlpyy pogahlpyy pogahlypy pogahlyyp pogahyylp pogahyypl
pogahylyp pogahylpy pogahyply pogahypyl pogayhply pogayhpyl pogayhlpy pogayhlyp pogayhylp pogayhypl pogayphly
pogayphyl pogayplhy pogayplyh pogaypylh pogaypyhl pogaylphy pogaylpyh pogaylhpy pogaylhyp pogaylyhp pogaylyph
pogayyplh pogayyphl pogayylph pogayylhp pogayyhlp pogayyhpl pogalhypy pogalhyyp pogalhpyy pogalhpyy pogalhypy
pogalhyyp pogalyhpy pogalyhyp pogalyphy pogalypyh pogalyyph pogalyyhp pogalpyhy pogalpyyh pogalphyy pogalphyy
pogalpyhy pogalpyyh pogalyyph pogalyyhp pogalypyh pogalyphy pogalyhpy pogalyhyp pogayhylp pogayhypl pogayhlyp
pogayhlpy pogayhply pogayhpyl pogayyhlp pogayyhpl pogayylhp pogayylph pogayyplh pogayyphl pogaylyhp pogaylyph
pogaylhyp pogaylhpy pogaylphy pogaylpyh pogaypylh pogaypyhl pogayplyh pogayplhy pogayphly pogayphyl poglphayy
poglphayy poglphyay poglphyya poglphyya poglphyay poglpahyy poglpahyy poglpayhy poglpayyh poglpayyh poglpayhy
poglpyahy poglpyayh poglpyhay poglpyhya poglpyyha poglpyyah poglpyayh poglpyahy poglpyyah poglpyyha poglpyhya
poglpyhay poglhpayy poglhpayy poglhpyay poglhpyya poglhpyya poglhpyay poglhapyy poglhapyy poglhaypy poglhayyp
poglhayyp poglhaypy poglhyapy poglhyayp poglhypay poglhypya poglhyypa poglhyyap poglhyayp poglhyapy poglhyyap
poglhyypa poglhypya poglhypay poglahpyy poglahpyy poglahypy poglahyyp poglahyyp poglahypy poglaphyy poglaphyy
poglapyhy poglapyyh poglapyyh poglapyhy poglayphy poglaypyh poglayhpy poglayhyp poglayyhp poglayyph poglaypyh
poglayphy poglayyph poglayyhp poglayhyp poglayhpy poglyhapy poglyhayp poglyhpay poglyhpya poglyhypa poglyhyap
poglyahpy poglyahyp poglyaphy poglyapyh poglyayph poglyayhp poglypahy poglypayh poglyphay poglyphya poglypyha
poglypyah poglyyaph poglyyahp poglyypah poglyypha poglyyhpa poglyyhap poglyhayp poglyhapy poglyhyap poglyhypa
poglyhpya poglyhpay poglyahyp poglyahpy poglyayhp poglyayph poglyapyh poglyaphy poglyyahp poglyyaph poglyyhap
poglyyhpa poglyypha poglyypah poglypayh poglypahy poglypyah poglypyha poglyphya poglyphay pogyphaly pogyphayl
pogyphlay pogyphlya pogyphyla pogyphyal pogypahly pogypahyl pogypalhy pogypalyh pogypaylh pogypayhl pogyplahy
pogyplayh pogyplhay pogyplhya pogyplyha pogyplyah pogypyalh pogypyahl pogypylah pogypylha pogypyhla pogypyhal
pogyhpaly pogyhpayl pogyhplay pogyhplya pogyhpyla pogyhpyal pogyhaply pogyhapyl pogyhalpy pogyhalyp pogyhaylp
pogyhaypl pogyhlapy pogyhlayp pogyhlpay pogyhlpya pogyhlypa pogyhlyap pogyhyalp pogyhyapl pogyhylap pogyhylpa
pogyhypla pogyhypal pogyahply pogyahpyl pogyahlpy pogyahlyp pogyahylp pogyahypl pogyaphly pogyaphyl pogyaplhy
pogyaplyh pogyapylh pogyapyhl pogyalphy pogyalpyh pogyalhpy pogyalhyp pogyalyhp pogyalyph pogyayplh pogyayphl
pogyaylph pogyaylhp pogyayhlp pogyayhpl pogylhapy pogylhayp pogylhpay pogylhpya pogylhypa pogylhyap pogylahpy
pogylahyp pogylaphy pogylapyh pogylayph pogylayhp pogylpahy pogylpayh pogylphay pogylphya pogylpyha pogylpyah
pogylyaph pogylyahp pogylypah pogylypha pogylyhpa pogylyhap pogyyhalp pogyyhapl pogyyhlap pogyyhlpa pogyyhpla
pogyyhpal pogyyahlp pogyyahpl pogyyalhp pogyyalph pogyyaplh pogyyaphl pogyylahp pogyylaph pogyylhap pogyylhpa
pogyylpha pogyylpah pogyypalh pogyypahl pogyyplah pogyyplha pogyyphla pogyyphal poyyphagl poyyphalg poyyphgal
poyyphgla poyyphlga poyyphlag poyypahgl poyypahlg poyypaghl poyypaglh poyypalgh poyypalhg poyypgahl poyypgalh
poyypghal poyypghla poyypglha poyypglah poyyplagh poyyplahg poyyplgah poyyplgha poyyplhga poyyplhag poyyhpagl
poyyhpalg poyyhpgal poyyhpgla poyyhplga poyyhplag poyyhapgl poyyhaplg poyyhagpl poyyhaglp poyyhalgp poyyhalpg
poyyhgapl poyyhgalp poyyhgpal poyyhgpla poyyhglpa poyyhglap poyyhlagp poyyhlapg poyyhlgap poyyhlgpa poyyhlpga
poyyhlpag poyyahpgl poyyahplg poyyahgpl poyyahglp poyyahlgp poyyahlpg poyyaphgl poyyaphlg poyyapghl poyyapglh
poyyaplgh poyyaplhg poyyagphl poyyagplh poyyaghpl poyyaghlp poyyaglhp poyyaglph poyyalpgh poyyalphg poyyalgph
poyyalghp poyyalhgp poyyalhpg poyyghapl poyyghalp poyyghpal poyyghpla poyyghlpa poyyghlap poyygahpl poyygahlp
poyygaphl poyygaplh poyygalph poyygalhp poyygpahl poyygpalh poyygphal poyygphla poyygplha poyygplah poyyglaph
poyyglahp poyyglpah poyyglpha poyyglhpa poyyglhap poyylhagp poyylhapg poyylhgap poyylhgpa poyylhpga poyylhpag
poyylahgp poyylahpg poyylaghp poyylagph poyylapgh poyylaphg poyylgahp poyylgaph poyylghap poyylghpa poyylgpha
poyylgpah poyylpagh poyylpahg poyylpgah poyylpgha poyylphga poyylphag poypyhagl poypyhalg poypyhgal poypyhgla
poypyhlga poypyhlag poypyahgl poypyahlg poypyaghl poypyaglh poypyalgh poypyalhg poypygahl poypygalh poypyghal
poypyghla poypyglha poypyglah poypylagh poypylahg poypylgah poypylgha poypylhga poypylhag poyphyagl poyphyalg
poyphygal poyphygla poyphylga poyphylag poyphaygl poyphaylg poyphagyl poyphagly poyphalgy poyphalyg poyphgayl
poyphgaly poyphgyal poyphgyla poyphglya poyphglay poyphlagy poyphlayg poyphlgay poyphlgya poyphlyga poyphlyag
poypahygl poypahylg poypahgyl poypahgly poypahlgy poypahlyg poypayhgl poypayhlg poypayghl poypayglh poypaylgh
poypaylhg poypagyhl poypagylh poypaghyl poypaghly poypaglhy poypaglyh poypalygh poypalyhg poypalgyh poypalghy
poypalhgy poypalhyg poypghayl poypghaly poypghyal poypghyla poypghlya poypghlay poypgahyl poypgahly poypgayhl
poypgaylh poypgalyh poypgalhy poypgyahl poypgyalh poypgyhal poypgyhla poypgylha poypgylah poypglayh poypglahy
poypglyah poypglyha poypglhya poypglhay poyplhagy poyplhayg poyplhgay poyplhgya poyplhyga poyplhyag poyplahgy
poyplahyg poyplaghy poyplagyh poyplaygh poyplayhg poyplgahy poyplgayh poyplghay poyplghya poyplgyha poyplgyah
poyplyagh poyplyahg poyplygah poyplygha poyplyhga poyplyhag poyhpyagl poyhpyalg poyhpygal poyhpygla poyhpylga
poyhpylag poyhpaygl poyhpaylg poyhpagyl poyhpagly poyhpalgy poyhpalyg poyhpgayl poyhpgaly poyhpgyal poyhpgyla
poyhpglya poyhpglay poyhplagy poyhplayg poyhplgay poyhplgya poyhplyga poyhplyag poyhypagl poyhypalg poyhypgal
poyhypgla poyhyplga poyhyplag poyhyapgl poyhyaplg poyhyagpl poyhyaglp poyhyalgp poyhyalpg poyhygapl poyhygalp
poyhygpal poyhygpla poyhyglpa poyhyglap poyhylagp poyhylapg poyhylgap poyhylgpa poyhylpga poyhylpag poyhaypgl
poyhayplg poyhaygpl poyhayglp poyhaylgp poyhaylpg poyhapygl poyhapylg poyhapgyl poyhapgly poyhaplgy poyhaplyg
poyhagpyl poyhagply poyhagypl poyhagylp poyhaglyp poyhaglpy poyhalpgy poyhalpyg poyhalgpy poyhalgyp poyhalygp
poyhalypg poyhgyapl poyhgyalp poyhgypal poyhgypla poyhgylpa poyhgylap poyhgaypl poyhgaylp poyhgapyl poyhgaply
poyhgalpy poyhgalyp poyhgpayl poyhgpaly poyhgpyal poyhgpyla poyhgplya poyhgplay poyhglapy poyhglayp poyhglpay
poyhglpya poyhglypa poyhglyap poyhlyagp poyhlyapg poyhlygap poyhlygpa poyhlypga poyhlypag poyhlaygp poyhlaypg
poyhlagyp poyhlagpy poyhlapgy poyhlapyg poyhlgayp poyhlgapy poyhlgyap poyhlgypa poyhlgpya poyhlgpay poyhlpagy
poyhlpayg poyhlpgay poyhlpgya poyhlpyga poyhlpyag poyaphygl poyaphylg poyaphgyl poyaphgly poyaphlgy poyaphlyg
poyapyhgl poyapyhlg poyapyghl poyapyglh poyapylgh poyapylhg poyapgyhl poyapgylh poyapghyl poyapghly poyapglhy
poyapglyh poyaplygh poyaplyhg poyaplgyh poyaplghy poyaplhgy poyaplhyg poyahpygl poyahpylg poyahpgyl poyahpgly
poyahplgy poyahplyg poyahypgl poyahyplg poyahygpl poyahyglp poyahylgp poyahylpg poyahgypl poyahgylp poyahgpyl
poyahgply poyahglpy poyahglyp poyahlygp poyahlypg poyahlgyp poyahlgpy poyahlpgy poyahlpyg poyayhpgl poyayhplg
poyayhgpl poyayhglp poyayhlgp poyayhlpg poyayphgl poyayphlg poyaypghl poyaypglh poyayplgh poyayplhg poyaygphl
poyaygplh poyayghpl poyayghlp poyayglhp poyayglph poyaylpgh poyaylphg poyaylgph poyaylghp poyaylhgp poyaylhpg
poyaghypl poyaghylp poyaghpyl poyaghply poyaghlpy poyaghlyp poyagyhpl poyagyhlp poyagyphl poyagyplh poyagylph
poyagylhp poyagpyhl poyagpylh poyagphyl poyagphly poyagplhy poyagplyh poyaglyph poyaglyhp poyaglpyh poyaglphy
poyaglhpy poyaglhyp poyalhygp poyalhypg poyalhgyp poyalhgpy poyalhpgy poyalhpyg poyalyhgp poyalyhpg poyalyghp
poyalygph poyalypgh poyalyphg poyalgyhp poyalgyph poyalghyp poyalghpy poyalgphy poyalgpyh poyalpygh poyalpyhg
poyalpgyh poyalpghy poyalphgy poyalphyg poygphayl poygphaly poygphyal poygphyla poygphlya poygphlay poygpahyl
poygpahly poygpayhl poygpaylh poygpalyh poygpalhy poygpyahl poygpyalh poygpyhal poygpyhla poygpylha poygpylah
poygplayh poygplahy poygplyah poygplyha poygplhya poygplhay poyghpayl poyghpaly poyghpyal poyghpyla poyghplya
poyghplay poyghapyl poyghaply poyghaypl poyghaylp poyghalyp poyghalpy poyghyapl poyghyalp poyghypal poyghypla
poyghylpa poyghylap poyghlayp poyghlapy poyghlyap poyghlypa poyghlpya poyghlpay poygahpyl poygahply poygahypl
poygahylp poygahlyp poygahlpy poygaphyl poygaphly poygapyhl poygapylh poygaplyh poygaplhy poygayphl poygayplh
poygayhpl poygayhlp poygaylhp poygaylph poygalpyh poygalphy poygalyph poygalyhp poygalhyp poygalhpy poygyhapl
poygyhalp poygyhpal poygyhpla poygyhlpa poygyhlap poygyahpl poygyahlp poygyaphl poygyaplh poygyalph poygyalhp
poygypahl poygypalh poygyphal poygyphla poygyplha poygyplah poygylaph poygylahp poygylpah poygylpha poygylhpa
poygylhap poyglhayp poyglhapy poyglhyap poyglhypa poyglhpya poyglhpay poyglahyp poyglahpy poyglayhp poyglayph
poyglapyh poyglaphy poyglyahp poyglyaph poyglyhap poyglyhpa poyglypha poyglypah poyglpayh poyglpahy poyglpyah
poyglpyha poyglphya poyglphay poylphagy poylphayg poylphgay poylphgya poylphyga poylphyag poylpahgy poylpahyg
poylpaghy poylpagyh poylpaygh poylpayhg poylpgahy poylpgayh poylpghay poylpghya poylpgyha poylpgyah poylpyagh
poylpyahg poylpygah poylpygha poylpyhga poylpyhag poylhpagy poylhpayg poylhpgay poylhpgya poylhpyga poylhpyag
poylhapgy poylhapyg poylhagpy poylhagyp poylhaygp poylhaypg poylhgapy poylhgayp poylhgpay poylhgpya poylhgypa
poylhgyap poylhyagp poylhyapg poylhygap poylhygpa poylhypga poylhypag poylahpgy poylahpyg poylahgpy poylahgyp
poylahygp poylahypg poylaphgy poylaphyg poylapghy poylapgyh poylapygh poylapyhg poylagphy poylagpyh poylaghpy
poylaghyp poylagyhp poylagyph poylaypgh poylayphg poylaygph poylayghp poylayhgp poylayhpg poylghapy poylghayp
poylghpay poylghpya poylghypa poylghyap poylgahpy poylgahyp poylgaphy poylgapyh poylgayph poylgayhp poylgpahy
poylgpayh poylgphay poylgphya poylgpyha poylgpyah poylgyaph poylgyahp poylgypah poylgypha poylgyhpa poylgyhap
poylyhagp poylyhapg poylyhgap poylyhgpa poylyhpga poylyhpag poylyahgp poylyahpg poylyaghp poylyagph poylyapgh
poylyaphg poylygahp poylygaph poylyghap poylyghpa poylygpha poylygpah poylypagh poylypahg poylypgah poylypgha
poylyphga poylyphag

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History of cryptography
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