easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

counteracts

ovatoorbicular

grosseile

deteriorism

debonairly

rooter

sympodium

capsized

schuldorff

communization

pantihose

nuttiness

mehaffey

oestriol

hemodrometry

barbets

rockypoint

eulachans


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: scufflingly
cipher variations:
tdvggmjohmz uewhhnkpina vfxiiolqjob wgyjjpmrkpc xhzkkqnslqd
yiallrotmre zjbmmspunsf akcnntqvotg bldoourwpuh cmeppvsxqvi
dnfqqwtyrwj eogrrxuzsxk fphssyvatyl gqittzwbuzm hrjuuaxcvan
iskvvbydwbo jtlwwczexcp kumxxdafydq lvnyyebgzer mwozzfchafs
nxpaagdibgt oyqbbhejchu pzrccifkdiv qasddjglejw rbteekhmfkx

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: scufflingly
Cipher: hxfuuormtob

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: scufflingly
Cipher: BAAAB AAABA BAABB AABAB AABAB ABABA ABAAA ABBAA AABBA ABABA BABBA

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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: scufflingly
cipher variations:
tdvggmjohmzdhjqqizotivnlxaaepoferxplkkaforanhtzuuwvodwjrxneeslopsflfpyykronkxvjdiighozgt
fnrsscxolcpprfccynoxylzvtmmudojuhjzhwwqtovqduewhhnkpinaeikrrjapujwomybbfqpgfsyqmllbgpsbo
iuavvxwpexksyofftmpqtgmgqzzlspolywkejjhipahugosttdypmdqqsgddzopyzmawunnvepkvikaixxrupwre
vfxiiolqjobfjlsskbqvkxpnzccgrqhgtzrnmmchqtcpjvbwwyxqfyltzpggunqruhnhraamtqpmzxlfkkijqbiv
hptuuezqnerrtheeapqzanbxvoowfqlwjlbjyysvqxsfwgyjjpmrkpcgkmttlcrwlyqoaddhsrihuasonndirudq
kwcxxzyrgzmuaqhhvorsvioisbbnurqnaymglljkrcjwiquvvfarofssuiffbqrabocywppxgrmxkmckzztwrytg
xhzkkqnslqdhlnuumdsxmzrpbeeitsjivbtpooejsverlxdyyazshanvbriiwpstwjpjtccovsrobznhmmklsdkx
jrvwwgbspgttvjggcrsbcpdzxqqyhsnylndlaauxszuhyiallrotmreimovvnetynasqcffjutkjwcuqppfktwfs
myezzbatibowcsjjxqtuxkqkuddpwtspcaoinnlmtelykswxxhctqhuuwkhhdstcdqeayrrzitozmoembbvytavi
zjbmmspunsfjnpwwofuzobtrdggkvulkxdvrqqgluxgtnzfaacbujcpxdtkkyruvylrlveeqxutqdbpjoomnufmz
ltxyyidurivvxliietuderfbzssajupanpfnccwzubwjakcnntqvotgkoqxxpgvapcusehhlwvmlyewsrrhmvyhu
oagbbdcvkdqyeullzsvwzmsmwffryvurecqkppnovgnamuyzzjevsjwwymjjfuvefsgcattbkvqboqgoddxavcxk
bldoourwpuhlpryyqhwbqdvtfiimxwnmzfxtssinwzivpbhccedwlerzfvmmatwxantnxggszwvsfdrlqqopwhob
nvzaakfwtkxxznkkgvwfgthdbuuclwrcprhpeeybwdylcmeppvsxqvimqszzrixcrewugjjnyxonagyuttjoxajw
qciddfexmfsagwnnbuxybouoyhhtaxwtgesmrrpqxipcowabblgxulyyaollhwxghuiecvvdmxsdqsiqffzcxezm
dnfqqwtyrwjnrtaasjydsfxvhkkozypobhzvuukpybkxrdjeegfyngtbhxoocvyzcpvpziiubyxuhftnssqryjqd
pxbccmhyvmzzbpmmixyhivjfdwwenytertjrggadyfaneogrrxuzsxkosubbtkzetgywillpazqpciawvvlqzcly
sekffhgzohuciyppdwzadqwqajjvczyviguottrszkreqycddnizwnaacqnnjyzijwkgexxfozufsukshhbezgbo
fphssyvatylptvcculafuhzxjmmqbarqdjbxwwmradmztflggihapivdjzqqexaberxrbkkwdazwjhvpuustalsf
rzdeeojaxobbdrookzajkxlhfyygpavgtvltiicfahcpgqittzwbuzmquwddvmbgviayknnrcbsrekcyxxnsbena
ugmhhjibqjwekarrfybcfsyscllxebaxkiwqvvtubmtgsaeffpkbypccespplabklymigzzhqbwhuwmujjdgbidq
hrjuuaxcvanrvxeewnchwjbzloosdctsfldzyyotcfobvhniikjcrkxflbssgzcdgtztdmmyfcbyljxrwwuvcnuh
tbfggqlczqddftqqmbclmznjhaaircxivxnvkkehcjeriskvvbydwboswyffxodixkcampptedutgmeazzpudgpc
wiojjlkdslygmctthadehuauennzgdczmkysxxvwdoviucghhrmdareegurrncdmnaokibbjsdyjwyowllfidkfs
jtlwwczexcptxzggypejyldbnqqufevuhnfbaaqvehqdxjpkkmletmzhnduuibefivbvfooahedanlztyywxepwj
vdhiisnebsffhvssodenobpljccktezkxzpxmmgjelgtkumxxdafydquyahhzqfkzmecorrvgfwviogcbbrwfire
ykqllnmfunaioevvjcfgjwcwgppbifebomauzzxyfqxkweijjtofctggiwttpefopcqmkddlufalyaqynnhkfmhu
lvnyyebgzervzbiiarglanfdpsswhgxwjphdccsxgjsfzlrmmongvobjpfwwkdghkxdxhqqcjgfcpnbvaayzgryl
xfjkkupgduhhjxuuqfgpqdrnleemvgbmzbrzooilgnivmwozzfchafswacjjbshmbogeqttxihyxkqieddtyhktg
amsnnpohwpckqgxxlehilyeyirrdkhgdqocwbbzahszmygkllvqheviikyvvrghqresomffnwhcnacsappjmhojw
nxpaagdibgtxbdkkctincphfruuyjizylrjfeeuziluhbntooqpixqdlrhyymfijmzfzjsseliherpdxccabitan
zhlmmwrifwjjlzwwshirsftpnggoxidobdtbqqknipkxoyqbbhejchuycelldujodqigsvvzkjazmskgffvajmvi
coupprqjyremsizzngjknagakttfmjifsqeyddbcjuboaimnnxsjgxkkmaxxtijstguqohhpyjepceucrrlojqly
pzrccifkdivzdfmmevkperjhtwwalkbantlhggwbknwjdpvqqsrkzsfntjaaohklobhbluugnkjgtrfzeecdkvcp
bjnooytkhyllnbyyujktuhvrpiiqzkfqdfvdssmpkrmzqasddjglejwaegnnfwlqfskiuxxbmlcboumihhxcloxk
eqwrrtslatgoukbbpilmpcicmvvholkhusgaffdelwdqckoppzulizmmoczzvkluviwsqjjralgregwettnqlsna
rbteekhmfkxbfhoogxmrgtljvyycnmdcpvnjiiydmpylfrxssutmbuhpvlccqjmnqdjdnwwipmlivthbggefmxer
dlpqqavmjannpdaawlmvwjxtrkksbmhsfhxfuuormtobscufflinglycgipphynshumkwzzdonedqwokjjzenqzm
gsyttvuncviqwmddrknorekeoxxjqnmjwuichhfgnyfsemqrrbwnkbooqebbxmnwxkyuslltcnitgiygvvpsnupc

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: scufflingly
Cipher: fphssyvatyl

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: scufflingly
Cipher: 3431541212134233221345

Extended Methods:
Method #1

Plaintext: scufflingly
method variations:
xhzllqosmqdcneqqvtxrvihskvvaycwaonxpaafdhbft

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
s c u f f l i n g l y 
3 3 5 1 1 1 4 3 2 1 4 
4 1 4 2 2 3 2 3 2 3 5 
They are then read out in rows:
3351114321441422323235
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: scufflingly
Cipher: neaobtqghhx

Read more ...
Method #3

Plaintext: scufflingly
method variations:
ovdbbsmhbsp vdbbsmhbspo dbbsmhbspov
bbsmhbspovd bsmhbspovdb smhbspovdbb
mhbspovdbbs hbspovdbbsm bspovdbbsmh
spovdbbsmhb povdbbsmhbs

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: scufflingly

first 5040 cipher variations(39615626 total)
scufflingly scufflingyl scufflinlgy scufflinlyg scufflinylg scufflinygl scufflignly scufflignyl scuffliglny scuffliglyn
scuffligyln scuffligynl scufflilgny scufflilgyn scufflilngy scufflilnyg scufflilyng scufflilygn scuffliygln scuffliygnl
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scuffginlly scuffginlyl scuffginlly scuffginlyl scuffginyll scuffginyll scuffgilnly scuffgilnyl scuffgillny scuffgillyn
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scuffgnlily scuffgnliyl scuffgnlliy scuffgnllyi scuffgnlyli scuffgnlyil scuffgnlliy scuffgnllyi scuffgnlily scuffgnliyl
scuffgnlyil scuffgnlyli scuffgnylli scuffgnylil scuffgnylli scuffgnylil scuffgnyill scuffgnyill scuffglnily scuffglniyl
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scufflingly scufflingyl scufflinlgy scufflinlyg scufflinylg scufflinygl scufflignly scufflignyl scuffliglny scuffliglyn
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scuffliylgn scuffliylng scuffliynlg scuffliyngl scufflnigly scufflnigyl scufflnilgy scufflnilyg scufflniylg scufflniygl
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scufflgliny scufflgliyn scufflglniy scufflglnyi scufflglyni scufflglyin scufflgyiln scufflgyinl scufflgylin scufflgylni
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scuflfingly scuflfingyl scuflfinlgy scuflfinlyg scuflfinylg scuflfinygl scuflfignly scuflfignyl scuflfiglny scuflfiglyn
scuflfigyln scuflfigynl scuflfilgny scuflfilgyn scuflfilngy scuflfilnyg scuflfilyng scuflfilygn scuflfiygln scuflfiygnl
scuflfiylgn scuflfiylng scuflfiynlg scuflfiyngl scuflfnigly scuflfnigyl scuflfnilgy scuflfnilyg scuflfniylg scuflfniygl
scuflfngily scuflfngiyl scuflfngliy scuflfnglyi scuflfngyli scuflfngyil scuflfnlgiy scuflfnlgyi scuflfnligy scuflfnliyg
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scuflflygin scuflflygni scuflflyign scuflflying scuflflynig scuflflyngi scuflfyngli scuflfyngil scuflfynlgi scuflfynlig
scuflfynilg scuflfynigl scuflfygnli scuflfygnil scuflfyglni scuflfyglin scuflfygiln scuflfyginl scuflfylgni scuflfylgin
scuflfylngi scuflfylnig scuflfyling scuflfylign scuflfyigln scuflfyignl scuflfyilgn scuflfyilng scuflfyinlg scuflfyingl
scuflifngly scuflifngyl scuflifnlgy scuflifnlyg scuflifnylg scuflifnygl scuflifgnly scuflifgnyl scuflifglny scuflifglyn
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scuflinlyfg scuflinlygf scuflinyglf scuflinygfl scuflinylgf scuflinylfg scuflinyflg scuflinyfgl scuflignfly scuflignfyl
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scufliynflg scufliynfgl scufliygnlf scufliygnfl scufliyglnf scufliyglfn scufliygfln scufliygfnl scufliylgnf scufliylgfn
scufliylngf scufliylnfg scufliylfng scufliylfgn scufliyfgln scufliyfgnl scufliyflgn scufliyflng scufliyfnlg scufliyfngl
scuflnifgly scuflnifgyl scuflniflgy scuflniflyg scuflnifylg scuflnifygl scuflnigfly scuflnigfyl scuflniglfy scuflniglyf
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scuflngfliy scuflngflyi scuflngfyli scuflngfyil scuflngifly scuflngifyl scuflngilfy scuflngilyf scuflngiylf scuflngiyfl
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scufllngify scufllngiyf scufllngfiy scufllngfyi scufllngyfi scufllngyif scufllnfgiy scufllnfgyi scufllnfigy scufllnfiyg
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scufilfylgn scufilfylng scufilfynlg scufilfyngl scufilnfgly scufilnfgyl scufilnflgy scufilnflyg scufilnfylg scufilnfygl
scufilngfly scufilngfyl scufilnglfy scufilnglyf scufilngylf scufilngyfl scufilnlgfy scufilnlgyf scufilnlfgy scufilnlfyg
scufilnlyfg scufilnlygf scufilnyglf scufilnygfl scufilnylgf scufilnylfg scufilnyflg scufilnyfgl scufilgnfly scufilgnfyl
scufilgnlfy scufilgnlyf scufilgnylf scufilgnyfl scufilgfnly scufilgfnyl scufilgflny scufilgflyn scufilgfyln scufilgfynl
scufilglfny scufilglfyn scufilglnfy scufilglnyf scufilglynf scufilglyfn scufilgyfln scufilgyfnl scufilgylfn scufilgylnf
scufilgynlf scufilgynfl scufillngfy scufillngyf scufillnfgy scufillnfyg scufillnyfg scufillnygf scufillgnfy scufillgnyf
scufillgfny scufillgfyn scufillgyfn scufillgynf scufillfgny scufillfgyn scufillfngy scufillfnyg scufillfyng scufillfygn
scufillygfn scufillygnf scufillyfgn scufillyfng scufillynfg scufillyngf scufilynglf scufilyngfl scufilynlgf scufilynlfg
scufilynflg scufilynfgl scufilygnlf scufilygnfl scufilyglnf scufilyglfn scufilygfln scufilygfnl scufilylgnf scufilylgfn
scufilylngf scufilylnfg scufilylfng scufilylfgn scufilyfgln scufilyfgnl scufilyflgn scufilyflng scufilyfnlg scufilyfngl
scufiflngly scufiflngyl scufiflnlgy scufiflnlyg scufiflnylg scufiflnygl scufiflgnly scufiflgnyl scufiflglny scufiflglyn
scufiflgyln scufiflgynl scufifllgny scufifllgyn scufifllngy scufifllnyg scufifllyng scufifllygn scufiflygln scufiflygnl
scufiflylgn scufiflylng scufiflynlg scufiflyngl scufifnlgly scufifnlgyl scufifnllgy scufifnllyg scufifnlylg scufifnlygl
scufifnglly scufifnglyl scufifnglly scufifnglyl scufifngyll scufifngyll scufifnlgly scufifnlgyl scufifnllgy scufifnllyg
scufifnlylg scufifnlygl scufifnygll scufifnygll scufifnylgl scufifnyllg scufifnyllg scufifnylgl scufifgnlly scufifgnlyl
scufifgnlly scufifgnlyl scufifgnyll scufifgnyll scufifglnly scufifglnyl scufifgllny scufifgllyn scufifglyln scufifglynl
scufifgllny scufifgllyn scufifglnly scufifglnyl scufifglynl scufifglyln scufifgylln scufifgylnl scufifgylln scufifgylnl
scufifgynll scufifgynll scufiflngly scufiflngyl scufiflnlgy scufiflnlyg scufiflnylg scufiflnygl scufiflgnly scufiflgnyl
scufiflglny scufiflglyn scufiflgyln scufiflgynl scufifllgny scufifllgyn scufifllngy scufifllnyg scufifllyng scufifllygn
scufiflygln scufiflygnl scufiflylgn scufiflylng scufiflynlg scufiflyngl scufifyngll scufifyngll scufifynlgl scufifynllg
scufifynllg scufifynlgl scufifygnll scufifygnll scufifyglnl scufifyglln scufifyglln scufifyglnl scufifylgnl scufifylgln
scufifylngl scufifylnlg scufifyllng scufifyllgn scufifylgln scufifylgnl scufifyllgn scufifyllng scufifylnlg scufifylngl
scufinflgly scufinflgyl scufinfllgy scufinfllyg scufinflylg scufinflygl scufinfglly scufinfglyl scufinfglly scufinfglyl
scufinfgyll scufinfgyll scufinflgly scufinflgyl scufinfllgy scufinfllyg scufinflylg scufinflygl scufinfygll scufinfygll
scufinfylgl scufinfyllg scufinfyllg scufinfylgl scufinlfgly scufinlfgyl scufinlflgy scufinlflyg scufinlfylg scufinlfygl
scufinlgfly scufinlgfyl scufinlglfy scufinlglyf scufinlgylf scufinlgyfl scufinllgfy scufinllgyf scufinllfgy scufinllfyg
scufinllyfg scufinllygf scufinlyglf scufinlygfl scufinlylgf scufinlylfg scufinlyflg scufinlyfgl scufinglfly scufinglfyl
scufingllfy scufingllyf scufinglylf scufinglyfl scufingflly scufingflyl scufingflly scufingflyl scufingfyll scufingfyll
scufinglfly scufinglfyl scufingllfy scufingllyf scufinglylf scufinglyfl scufingyfll scufingyfll scufingylfl scufingyllf
scufingyllf scufingylfl scufinllgfy scufinllgyf scufinllfgy scufinllfyg scufinllyfg scufinllygf scufinlglfy scufinlglyf
scufinlgfly scufinlgfyl scufinlgyfl scufinlgylf scufinlfgly scufinlfgyl scufinlflgy scufinlflyg scufinlfylg scufinlfygl
scufinlygfl scufinlyglf scufinlyfgl scufinlyflg scufinlylfg scufinlylgf scufinylglf scufinylgfl scufinyllgf scufinyllfg
scufinylflg scufinylfgl scufinygllf scufinyglfl scufinygllf scufinyglfl scufinygfll scufinygfll scufinylglf scufinylgfl
scufinyllgf scufinyllfg scufinylflg scufinylfgl scufinyfgll scufinyfgll scufinyflgl scufinyfllg scufinyfllg scufinyflgl
scufigfnlly scufigfnlyl scufigfnlly scufigfnlyl scufigfnyll scufigfnyll scufigflnly scufigflnyl scufigfllny scufigfllyn
scufigflyln scufigflynl scufigfllny scufigfllyn scufigflnly scufigflnyl scufigflynl scufigflyln scufigfylln scufigfylnl
scufigfylln scufigfylnl scufigfynll scufigfynll scufignflly scufignflyl scufignflly scufignflyl scufignfyll scufignfyll
scufignlfly scufignlfyl scufignllfy scufignllyf scufignlylf scufignlyfl scufignllfy scufignllyf scufignlfly scufignlfyl
scufignlyfl scufignlylf scufignyllf scufignylfl scufignyllf scufignylfl scufignyfll scufignyfll scufiglnfly scufiglnfyl
scufiglnlfy scufiglnlyf scufiglnylf scufiglnyfl scufiglfnly scufiglfnyl scufiglflny scufiglflyn scufiglfyln scufiglfynl
scufigllfny scufigllfyn scufigllnfy scufigllnyf scufigllynf scufigllyfn scufiglyfln scufiglyfnl scufiglylfn scufiglylnf
scufiglynlf scufiglynfl scufiglnlfy scufiglnlyf scufiglnfly scufiglnfyl scufiglnyfl scufiglnylf scufigllnfy scufigllnyf
scufigllfny scufigllfyn scufigllyfn scufigllynf scufiglflny scufiglflyn scufiglfnly scufiglfnyl scufiglfynl scufiglfyln
scufiglylfn scufiglylnf scufiglyfln scufiglyfnl scufiglynfl scufiglynlf scufigynllf scufigynlfl scufigynllf scufigynlfl
scufigynfll scufigynfll scufigylnlf scufigylnfl scufigyllnf scufigyllfn scufigylfln scufigylfnl scufigyllnf scufigyllfn
scufigylnlf scufigylnfl scufigylfnl scufigylfln scufigyflln scufigyflnl scufigyflln scufigyflnl scufigyfnll scufigyfnll
scufilfngly scufilfngyl scufilfnlgy scufilfnlyg scufilfnylg scufilfnygl scufilfgnly scufilfgnyl scufilfglny scufilfglyn
scufilfgyln scufilfgynl scufilflgny scufilflgyn scufilflngy scufilflnyg scufilflyng scufilflygn scufilfygln scufilfygnl
scufilfylgn scufilfylng scufilfynlg scufilfyngl scufilnfgly scufilnfgyl scufilnflgy scufilnflyg scufilnfylg scufilnfygl
scufilngfly scufilngfyl scufilnglfy scufilnglyf scufilngylf scufilngyfl scufilnlgfy scufilnlgyf scufilnlfgy scufilnlfyg
scufilnlyfg scufilnlygf scufilnyglf scufilnygfl scufilnylgf scufilnylfg scufilnyflg scufilnyfgl scufilgnfly scufilgnfyl
scufilgnlfy scufilgnlyf scufilgnylf scufilgnyfl scufilgfnly scufilgfnyl scufilgflny scufilgflyn scufilgfyln scufilgfynl
scufilglfny scufilglfyn scufilglnfy scufilglnyf scufilglynf scufilglyfn scufilgyfln scufilgyfnl scufilgylfn scufilgylnf
scufilgynlf scufilgynfl scufillngfy scufillngyf scufillnfgy scufillnfyg scufillnyfg scufillnygf scufillgnfy scufillgnyf
scufillgfny scufillgfyn scufillgyfn scufillgynf scufillfgny scufillfgyn scufillfngy scufillfnyg scufillfyng scufillfygn
scufillygfn scufillygnf scufillyfgn scufillyfng scufillynfg scufillyngf scufilynglf scufilyngfl scufilynlgf scufilynlfg
scufilynflg scufilynfgl scufilygnlf scufilygnfl scufilyglnf scufilyglfn scufilygfln scufilygfnl scufilylgnf scufilylgfn
scufilylngf scufilylnfg scufilylfng scufilylfgn scufilyfgln scufilyfgnl scufilyflgn scufilyflng scufilyfnlg scufilyfngl
scufiyfngll scufiyfngll scufiyfnlgl scufiyfnllg scufiyfnllg scufiyfnlgl scufiyfgnll scufiyfgnll scufiyfglnl scufiyfglln
scufiyfglln scufiyfglnl scufiyflgnl scufiyflgln scufiyflngl scufiyflnlg scufiyfllng scufiyfllgn scufiyflgln scufiyflgnl
scufiyfllgn scufiyfllng scufiyflnlg scufiyflngl scufiynfgll scufiynfgll scufiynflgl scufiynfllg scufiynfllg scufiynflgl
scufiyngfll scufiyngfll scufiynglfl scufiyngllf scufiyngllf scufiynglfl scufiynlgfl scufiynlglf scufiynlfgl scufiynlflg
scufiynllfg scufiynllgf scufiynlglf scufiynlgfl scufiynllgf scufiynllfg scufiynlflg scufiynlfgl scufiygnfll scufiygnfll
scufiygnlfl scufiygnllf scufiygnllf scufiygnlfl scufiygfnll scufiygfnll scufiygflnl scufiygflln scufiygflln scufiygflnl
scufiyglfnl scufiyglfln scufiyglnfl scufiyglnlf scufiygllnf scufiygllfn scufiyglfln scufiyglfnl scufiygllfn scufiygllnf
scufiyglnlf scufiyglnfl scufiylngfl scufiylnglf scufiylnfgl scufiylnflg scufiylnlfg scufiylnlgf scufiylgnfl scufiylgnlf
scufiylgfnl scufiylgfln scufiylglfn scufiylglnf scufiylfgnl scufiylfgln scufiylfngl scufiylfnlg scufiylflng scufiylflgn
scufiyllgfn scufiyllgnf scufiyllfgn scufiyllfng scufiyllnfg scufiyllngf scufiylnglf scufiylngfl scufiylnlgf scufiylnlfg
scufiylnflg scufiylnfgl scufiylgnlf scufiylgnfl scufiylglnf scufiylglfn scufiylgfln scufiylgfnl scufiyllgnf scufiyllgfn
scufiyllngf scufiyllnfg scufiyllfng scufiyllfgn scufiylfgln scufiylfgnl scufiylflgn scufiylflng scufiylfnlg scufiylfngl
scufnlifgly scufnlifgyl scufnliflgy scufnliflyg scufnlifylg scufnlifygl scufnligfly scufnligfyl scufnliglfy scufnliglyf
scufnligylf scufnligyfl scufnlilgfy scufnlilgyf scufnlilfgy scufnlilfyg scufnlilyfg scufnlilygf scufnliyglf scufnliygfl
scufnliylgf scufnliylfg scufnliyflg scufnliyfgl scufnlfigly scufnlfigyl scufnlfilgy scufnlfilyg scufnlfiylg scufnlfiygl
scufnlfgily scufnlfgiyl scufnlfgliy scufnlfglyi scufnlfgyli scufnlfgyil scufnlflgiy scufnlflgyi scufnlfligy scufnlfliyg
scufnlflyig scufnlflygi scufnlfygli scufnlfygil scufnlfylgi scufnlfylig scufnlfyilg scufnlfyigl scufnlgfily scufnlgfiyl
scufnlgfliy scufnlgflyi scufnlgfyli scufnlgfyil scufnlgifly scufnlgifyl scufnlgilfy scufnlgilyf scufnlgiylf scufnlgiyfl
scufnlglify scufnlgliyf scufnlglfiy scufnlglfyi scufnlglyfi scufnlglyif scufnlgyilf scufnlgyifl scufnlgylif scufnlgylfi
scufnlgyfli scufnlgyfil scufnllfgiy scufnllfgyi scufnllfigy scufnllfiyg scufnllfyig scufnllfygi scufnllgfiy scufnllgfyi
scufnllgify scufnllgiyf scufnllgyif scufnllgyfi scufnlligfy scufnlligyf scufnllifgy scufnllifyg scufnlliyfg scufnlliygf
scufnllygif scufnllygfi scufnllyigf scufnllyifg scufnllyfig scufnllyfgi scufnlyfgli scufnlyfgil scufnlyflgi scufnlyflig
scufnlyfilg scufnlyfigl scufnlygfli scufnlygfil scufnlyglfi scufnlyglif scufnlygilf scufnlygifl scufnlylgfi scufnlylgif
scufnlylfgi scufnlylfig scufnlylifg scufnlyligf scufnlyiglf scufnlyigfl scufnlyilgf scufnlyilfg scufnlyiflg scufnlyifgl
scufnilfgly scufnilfgyl scufnilflgy scufnilflyg scufnilfylg scufnilfygl scufnilgfly scufnilgfyl scufnilglfy scufnilglyf
scufnilgylf scufnilgyfl scufnillgfy scufnillgyf scufnillfgy scufnillfyg scufnillyfg scufnillygf scufnilyglf scufnilygfl
scufnilylgf scufnilylfg scufnilyflg scufnilyfgl scufniflgly scufniflgyl scufnifllgy scufnifllyg scufniflylg scufniflygl
scufnifglly scufnifglyl scufnifglly scufnifglyl scufnifgyll scufnifgyll scufniflgly scufniflgyl scufnifllgy scufnifllyg
scufniflylg scufniflygl scufnifygll scufnifygll scufnifylgl scufnifyllg scufnifyllg scufnifylgl scufnigflly scufnigflyl
scufnigflly scufnigflyl scufnigfyll scufnigfyll scufniglfly scufniglfyl scufnigllfy scufnigllyf scufniglylf scufniglyfl
scufnigllfy scufnigllyf scufniglfly scufniglfyl scufniglyfl scufniglylf scufnigyllf scufnigylfl scufnigyllf scufnigylfl
scufnigyfll scufnigyfll scufnilfgly scufnilfgyl scufnilflgy scufnilflyg scufnilfylg scufnilfygl scufnilgfly scufnilgfyl
scufnilglfy scufnilglyf scufnilgylf scufnilgyfl scufnillgfy scufnillgyf scufnillfgy scufnillfyg scufnillyfg scufnillygf
scufnilyglf scufnilygfl scufnilylgf scufnilylfg scufnilyflg scufnilyfgl scufniyfgll scufniyfgll scufniyflgl scufniyfllg
scufniyfllg scufniyflgl scufniygfll scufniygfll scufniyglfl scufniygllf scufniygllf scufniyglfl scufniylgfl scufniylglf
scufniylfgl scufniylflg scufniyllfg scufniyllgf scufniylglf scufniylgfl scufniyllgf scufniyllfg scufniylflg scufniylfgl
scufnfilgly scufnfilgyl scufnfillgy scufnfillyg scufnfilylg scufnfilygl scufnfiglly scufnfiglyl scufnfiglly scufnfiglyl
scufnfigyll scufnfigyll scufnfilgly scufnfilgyl scufnfillgy scufnfillyg scufnfilylg scufnfilygl scufnfiygll scufnfiygll
scufnfiylgl scufnfiyllg scufnfiyllg scufnfiylgl scufnfligly scufnfligyl scufnflilgy scufnflilyg scufnfliylg scufnfliygl
scufnflgily scufnflgiyl scufnflgliy scufnflglyi scufnflgyli scufnflgyil scufnfllgiy scufnfllgyi scufnflligy scufnflliyg
scufnfllyig scufnfllygi scufnflygli scufnflygil scufnflylgi scufnflylig scufnflyilg scufnflyigl scufnfglily scufnfgliyl
scufnfglliy scufnfgllyi scufnfglyli scufnfglyil scufnfgilly scufnfgilyl scufnfgilly scufnfgilyl scufnfgiyll scufnfgiyll
scufnfglily scufnfgliyl scufnfglliy scufnfgllyi scufnfglyli scufnfglyil scufnfgyill scufnfgyill scufnfgylil scufnfgylli
scufnfgylli scufnfgylil scufnfllgiy scufnfllgyi scufnflligy scufnflliyg scufnfllyig scufnfllygi scufnflgliy scufnflglyi
scufnflgily scufnflgiyl scufnflgyil scufnflgyli scufnfligly scufnfligyl scufnflilgy scufnflilyg scufnfliylg scufnfliygl
scufnflygil scufnflygli scufnflyigl scufnflyilg scufnflylig scufnflylgi scufnfylgli scufnfylgil scufnfyllgi scufnfyllig
scufnfylilg scufnfyligl scufnfyglli scufnfyglil scufnfyglli scufnfyglil scufnfygill scufnfygill scufnfylgli scufnfylgil
scufnfyllgi scufnfyllig scufnfylilg scufnfyligl scufnfyigll scufnfyigll scufnfyilgl scufnfyillg scufnfyillg scufnfyilgl
scufngiflly scufngiflyl scufngiflly scufngiflyl scufngifyll scufngifyll scufngilfly scufngilfyl scufngillfy scufngillyf
scufngilylf scufngilyfl scufngillfy scufngillyf scufngilfly scufngilfyl scufngilyfl scufngilylf scufngiyllf scufngiylfl
scufngiyllf scufngiylfl scufngiyfll scufngiyfll scufngfilly scufngfilyl scufngfilly scufngfilyl scufngfiyll scufngfiyll
scufngflily scufngfliyl scufngflliy scufngfllyi scufngflyli scufngflyil scufngflliy scufngfllyi scufngflily scufngfliyl
scufngflyil scufngflyli scufngfylli scufngfylil scufngfylli scufngfylil scufngfyill scufngfyill scufnglfily scufnglfiyl
scufnglfliy scufnglflyi scufnglfyli scufnglfyil scufnglifly scufnglifyl scufnglilfy scufnglilyf scufngliylf scufngliyfl
scufngllify scufnglliyf scufngllfiy scufngllfyi scufngllyfi scufngllyif scufnglyilf scufnglyifl scufnglylif scufnglylfi
scufnglyfli scufnglyfil scufnglfliy scufnglflyi scufnglfily scufnglfiyl scufnglfyil scufnglfyli scufngllfiy scufngllfyi
scufngllify scufnglliyf scufngllyif scufngllyfi scufnglilfy scufnglilyf scufnglifly scufnglifyl scufngliyfl scufngliylf
scufnglylif scufnglylfi scufnglyilf scufnglyifl scufnglyfil scufnglyfli scufngyflli scufngyflil scufngyflli scufngyflil
scufngyfill scufngyfill scufngylfli scufngylfil scufngyllfi scufngyllif scufngylilf scufngylifl scufngyllfi scufngyllif
scufngylfli scufngylfil scufngylifl scufngylilf scufngyillf scufngyilfl scufngyillf scufngyilfl scufngyifll scufngyifll
scufnlifgly scufnlifgyl scufnliflgy scufnliflyg scufnlifylg scufnlifygl scufnligfly scufnligfyl scufnliglfy scufnliglyf
scufnligylf scufnligyfl scufnlilgfy scufnlilgyf scufnlilfgy scufnlilfyg scufnlilyfg scufnlilygf scufnliyglf scufnliygfl
scufnliylgf scufnliylfg scufnliyflg scufnliyfgl scufnlfigly scufnlfigyl scufnlfilgy scufnlfilyg scufnlfiylg scufnlfiygl
scufnlfgily scufnlfgiyl scufnlfgliy scufnlfglyi scufnlfgyli scufnlfgyil scufnlflgiy scufnlflgyi scufnlfligy scufnlfliyg
scufnlflyig scufnlflygi scufnlfygli scufnlfygil scufnlfylgi scufnlfylig scufnlfyilg scufnlfyigl scufnlgfily scufnlgfiyl
scufnlgfliy scufnlgflyi scufnlgfyli scufnlgfyil scufnlgifly scufnlgifyl scufnlgilfy scufnlgilyf scufnlgiylf scufnlgiyfl
scufnlglify scufnlgliyf scufnlglfiy scufnlglfyi scufnlglyfi scufnlglyif scufnlgyilf scufnlgyifl scufnlgylif scufnlgylfi
scufnlgyfli scufnlgyfil scufnllfgiy scufnllfgyi scufnllfigy scufnllfiyg scufnllfyig scufnllfygi scufnllgfiy scufnllgfyi
scufnllgify scufnllgiyf scufnllgyif scufnllgyfi scufnlligfy scufnlligyf scufnllifgy scufnllifyg scufnlliyfg scufnlliygf
scufnllygif scufnllygfi scufnllyigf scufnllyifg scufnllyfig scufnllyfgi scufnlyfgli scufnlyfgil scufnlyflgi scufnlyflig
scufnlyfilg scufnlyfigl scufnlygfli scufnlygfil scufnlyglfi scufnlyglif scufnlygilf scufnlygifl scufnlylgfi scufnlylgif
scufnlylfgi scufnlylfig scufnlylifg scufnlyligf scufnlyiglf scufnlyigfl scufnlyilgf scufnlyilfg scufnlyiflg scufnlyifgl
scufnyifgll scufnyifgll scufnyiflgl scufnyifllg scufnyifllg scufnyiflgl scufnyigfll scufnyigfll scufnyiglfl scufnyigllf
scufnyigllf scufnyiglfl scufnyilgfl scufnyilglf scufnyilfgl scufnyilflg scufnyillfg scufnyillgf scufnyilglf scufnyilgfl
scufnyillgf scufnyillfg scufnyilflg scufnyilfgl scufnyfigll scufnyfigll scufnyfilgl scufnyfillg scufnyfillg scufnyfilgl
scufnyfgill scufnyfgill scufnyfglil scufnyfglli scufnyfglli scufnyfglil scufnyflgil scufnyflgli scufnyfligl scufnyflilg
scufnyfllig scufnyfllgi scufnyflgli scufnyflgil scufnyfllgi scufnyfllig scufnyflilg scufnyfligl scufnygfill scufnygfill
scufnygflil scufnygflli scufnygflli scufnygflil scufnygifll scufnygifll scufnygilfl scufnygillf scufnygillf scufnygilfl
scufnyglifl scufnyglilf scufnyglfil scufnyglfli scufnygllfi scufnygllif scufnyglilf scufnyglifl scufnygllif scufnygllfi
scufnyglfli scufnyglfil scufnylfgil scufnylfgli scufnylfigl scufnylfilg scufnylflig scufnylflgi scufnylgfil scufnylgfli
scufnylgifl scufnylgilf scufnylglif scufnylglfi scufnyligfl scufnyliglf scufnylifgl scufnyliflg scufnylilfg scufnylilgf
scufnyllgif scufnyllgfi scufnylligf scufnyllifg scufnyllfig scufnyllfgi scufnylfgli scufnylfgil scufnylflgi scufnylflig
scufnylfilg scufnylfigl scufnylgfli scufnylgfil scufnylglfi scufnylglif scufnylgilf scufnylgifl scufnyllgfi scufnyllgif
scufnyllfgi scufnyllfig scufnyllifg scufnylligf scufnyliglf scufnyligfl scufnylilgf scufnylilfg scufnyliflg scufnylifgl
scufglinfly scufglinfyl scufglinlfy scufglinlyf scufglinylf scufglinyfl scufglifnly scufglifnyl scufgliflny scufgliflyn
scufglifyln scufglifynl scufglilfny scufglilfyn scufglilnfy scufglilnyf scufglilynf scufglilyfn scufgliyfln scufgliyfnl
scufgliylfn scufgliylnf scufgliynlf scufgliynfl scufglnifly scufglnifyl scufglnilfy scufglnilyf scufglniylf scufglniyfl
scufglnfily scufglnfiyl scufglnfliy scufglnflyi scufglnfyli scufglnfyil scufglnlfiy scufglnlfyi scufglnlify scufglnliyf
scufglnlyif scufglnlyfi scufglnyfli scufglnyfil scufglnylfi scufglnylif scufglnyilf scufglnyifl scufglfnily scufglfniyl
scufglfnliy scufglfnlyi scufglfnyli scufglfnyil scufglfinly scufglfinyl scufglfilny scufglfilyn scufglfiyln scufglfiynl
scufglfliny scufglfliyn scufglflniy scufglflnyi scufglflyni scufglflyin scufglfyiln scufglfyinl scufglfylin scufglfylni
scufglfynli scufglfynil scufgllnfiy scufgllnfyi scufgllnify scufgllniyf scufgllnyif scufgllnyfi scufgllfniy scufgllfnyi
scufgllfiny scufgllfiyn scufgllfyin scufgllfyni scufgllifny scufgllifyn scufgllinfy scufgllinyf scufglliynf scufglliyfn
scufgllyfin scufgllyfni scufgllyifn scufgllyinf scufgllynif scufgllynfi scufglynfli scufglynfil scufglynlfi scufglynlif
scufglynilf scufglynifl scufglyfnli scufglyfnil scufglyflni scufglyflin scufglyfiln scufglyfinl scufglylfni scufglylfin
scufglylnfi scufglylnif scufglylinf scufglylifn scufglyifln scufglyifnl scufglyilfn scufglyilnf scufglyinlf scufglyinfl
scufgilnfly scufgilnfyl scufgilnlfy scufgilnlyf scufgilnylf scufgilnyfl scufgilfnly scufgilfnyl scufgilflny scufgilflyn
scufgilfyln scufgilfynl scufgillfny scufgillfyn scufgillnfy scufgillnyf scufgillynf scufgillyfn scufgilyfln scufgilyfnl
scufgilylfn scufgilylnf scufgilynlf scufgilynfl scufginlfly scufginlfyl scufginllfy scufginllyf scufginlylf scufginlyfl
scufginflly scufginflyl scufginflly scufginflyl scufginfyll scufginfyll scufginlfly scufginlfyl scufginllfy scufginllyf
scufginlylf scufginlyfl scufginyfll scufginyfll scufginylfl scufginyllf scufginyllf scufginylfl scufgifnlly scufgifnlyl
scufgifnlly scufgifnlyl scufgifnyll scufgifnyll scufgiflnly scufgiflnyl scufgifllny scufgifllyn scufgiflyln scufgiflynl
scufgifllny scufgifllyn scufgiflnly scufgiflnyl scufgiflynl scufgiflyln scufgifylln scufgifylnl scufgifylln scufgifylnl
scufgifynll scufgifynll scufgilnfly scufgilnfyl scufgilnlfy scufgilnlyf scufgilnylf scufgilnyfl scufgilfnly scufgilfnyl
scufgilflny scufgilflyn scufgilfyln scufgilfynl scufgillfny scufgillfyn scufgillnfy scufgillnyf scufgillynf scufgillyfn
scufgilyfln scufgilyfnl scufgilylfn scufgilylnf scufgilynlf scufgilynfl scufgiynfll scufgiynfll scufgiynlfl scufgiynllf
scufgiynllf scufgiynlfl scufgiyfnll scufgiyfnll scufgiyflnl scufgiyflln scufgiyflln scufgiyflnl scufgiylfnl scufgiylfln
scufgiylnfl scufgiylnlf scufgiyllnf scufgiyllfn scufgiylfln scufgiylfnl scufgiyllfn scufgiyllnf scufgiylnlf scufgiylnfl
scufgnilfly scufgnilfyl scufgnillfy scufgnillyf scufgnilylf scufgnilyfl scufgniflly scufgniflyl scufgniflly scufgniflyl
scufgnifyll scufgnifyll scufgnilfly scufgnilfyl scufgnillfy scufgnillyf scufgnilylf scufgnilyfl scufgniyfll scufgniyfll
scufgniylfl scufgniyllf scufgniyllf scufgniylfl scufgnlifly scufgnlifyl scufgnlilfy scufgnlilyf scufgnliylf scufgnliyfl
scufgnlfily scufgnlfiyl scufgnlfliy scufgnlflyi scufgnlfyli scufgnlfyil scufgnllfiy scufgnllfyi scufgnllify scufgnlliyf
scufgnllyif scufgnllyfi scufgnlyfli scufgnlyfil scufgnlylfi scufgnlylif scufgnlyilf scufgnlyifl scufgnflily scufgnfliyl
scufgnflliy scufgnfllyi scufgnflyli scufgnflyil scufgnfilly scufgnfilyl scufgnfilly scufgnfilyl scufgnfiyll scufgnfiyll
scufgnflily scufgnfliyl scufgnflliy scufgnfllyi scufgnflyli scufgnflyil scufgnfyill scufgnfyill scufgnfylil scufgnfylli
scufgnfylli scufgnfylil scufgnllfiy scufgnllfyi scufgnllify scufgnlliyf scufgnllyif scufgnllyfi scufgnlfliy scufgnlflyi
scufgnlfily scufgnlfiyl scufgnlfyil scufgnlfyli scufgnlifly scufgnlifyl scufgnlilfy scufgnlilyf scufgnliylf scufgnliyfl
scufgnlyfil scufgnlyfli scufgnlyifl scufgnlyilf scufgnlylif scufgnlylfi scufgnylfli scufgnylfil scufgnyllfi scufgnyllif
scufgnylilf scufgnylifl scufgnyflli scufgnyflil scufgnyflli scufgnyflil scufgnyfill scufgnyfill scufgnylfli scufgnylfil
scufgnyllfi scufgnyllif scufgnylilf scufgnylifl scufgnyifll scufgnyifll scufgnyilfl scufgnyillf scufgnyillf scufgnyilfl
scufgfinlly scufgfinlyl scufgfinlly scufgfinlyl scufgfinyll scufgfinyll scufgfilnly scufgfilnyl scufgfillny scufgfillyn
scufgfilyln scufgfilynl scufgfillny scufgfillyn scufgfilnly scufgfilnyl scufgfilynl scufgfilyln scufgfiylln scufgfiylnl
scufgfiylln scufgfiylnl scufgfiynll scufgfiynll scufgfnilly scufgfnilyl scufgfnilly scufgfnilyl scufgfniyll scufgfniyll
scufgfnlily scufgfnliyl scufgfnlliy scufgfnllyi scufgfnlyli scufgfnlyil scufgfnlliy scufgfnllyi scufgfnlily scufgfnliyl
scufgfnlyil scufgfnlyli scufgfnylli scufgfnylil scufgfnylli scufgfnylil scufgfnyill scufgfnyill scufgflnily scufgflniyl
scufgflnliy scufgflnlyi scufgflnyli scufgflnyil scufgflinly scufgflinyl scufgflilny scufgflilyn scufgfliyln scufgfliynl
scufgflliny scufgflliyn scufgfllniy scufgfllnyi scufgfllyni scufgfllyin scufgflyiln scufgflyinl scufgflylin scufgflylni
scufgflynli scufgflynil scufgflnliy scufgflnlyi scufgflnily scufgflniyl scufgflnyil scufgflnyli scufgfllniy scufgfllnyi
scufgflliny scufgflliyn scufgfllyin scufgfllyni scufgflilny scufgflilyn scufgflinly scufgflinyl scufgfliynl scufgfliyln
scufgflylin scufgflylni scufgflyiln scufgflyinl scufgflynil scufgflynli scufgfynlli scufgfynlil scufgfynlli scufgfynlil
scufgfynill scufgfynill scufgfylnli scufgfylnil scufgfyllni scufgfyllin scufgfyliln scufgfylinl scufgfyllni scufgfyllin
scufgfylnli scufgfylnil scufgfylinl scufgfyliln scufgfyilln scufgfyilnl scufgfyilln scufgfyilnl scufgfyinll scufgfyinll
scufglinfly scufglinfyl scufglinlfy scufglinlyf scufglinylf scufglinyfl scufglifnly scufglifnyl scufgliflny scufgliflyn
scufglifyln scufglifynl scufglilfny scufglilfyn scufglilnfy scufglilnyf scufglilynf scufglilyfn scufgliyfln scufgliyfnl
scufgliylfn scufgliylnf scufgliynlf scufgliynfl scufglnifly scufglnifyl scufglnilfy scufglnilyf scufglniylf scufglniyfl
scufglnfily scufglnfiyl scufglnfliy scufglnflyi scufglnfyli scufglnfyil scufglnlfiy scufglnlfyi scufglnlify scufglnliyf
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scufygnlilf scufygnlifl scufygnllif scufygnllfi scufygnlfli scufygnlfil scufygnllif scufygnllfi scufygnlilf scufygnlifl
scufygnlfil scufygnlfli scufygnflli scufygnflil scufygnflli scufygnflil scufygnfill scufygnfill scufyglnilf scufyglnifl
scufyglnlif scufyglnlfi scufyglnfli scufyglnfil scufyglinlf scufyglinfl scufyglilnf scufyglilfn scufyglifln scufyglifnl
scufygllinf scufygllifn scufygllnif scufygllnfi scufygllfni scufygllfin scufyglfiln scufyglfinl scufyglflin scufyglflni
scufyglfnli scufyglfnil scufyglnlif scufyglnlfi scufyglnilf scufyglnifl scufyglnfil scufyglnfli scufygllnif scufygllnfi
scufygllinf scufygllifn scufygllfin scufygllfni scufyglilnf scufyglilfn scufyglinlf scufyglinfl scufyglifnl scufyglifln
scufyglflin scufyglflni scufyglfiln scufyglfinl scufyglfnil scufyglfnli scufygfnlli scufygfnlil scufygfnlli scufygfnlil
scufygfnill scufygfnill scufygflnli scufygflnil scufygfllni scufygfllin scufygfliln scufygflinl scufygfllni scufygfllin
scufygflnli scufygflnil scufygflinl scufygfliln scufygfilln scufygfilnl scufygfilln scufygfilnl scufygfinll scufygfinll
scufylinglf scufylingfl scufylinlgf scufylinlfg scufylinflg scufylinfgl scufylignlf scufylignfl scufyliglnf scufyliglfn
scufyligfln scufyligfnl scufylilgnf scufylilgfn scufylilngf scufylilnfg scufylilfng scufylilfgn scufylifgln scufylifgnl
scufyliflgn scufyliflng scufylifnlg scufylifngl scufylniglf scufylnigfl scufylnilgf scufylnilfg scufylniflg scufylnifgl
scufylngilf scufylngifl scufylnglif scufylnglfi scufylngfli scufylngfil scufylnlgif scufylnlgfi scufylnligf scufylnlifg
scufylnlfig scufylnlfgi scufylnfgli scufylnfgil scufylnflgi scufylnflig scufylnfilg scufylnfigl scufylgnilf scufylgnifl
scufylgnlif scufylgnlfi scufylgnfli scufylgnfil scufylginlf scufylginfl scufylgilnf scufylgilfn scufylgifln scufylgifnl
scufylglinf scufylglifn scufylglnif scufylglnfi scufylglfni scufylglfin scufylgfiln scufylgfinl scufylgflin scufylgflni
scufylgfnli scufylgfnil scufyllngif scufyllngfi scufyllnigf scufyllnifg scufyllnfig scufyllnfgi scufyllgnif scufyllgnfi
scufyllginf scufyllgifn scufyllgfin scufyllgfni scufyllignf scufylligfn scufyllingf scufyllinfg scufyllifng scufyllifgn
scufyllfgin scufyllfgni scufyllfign scufyllfing scufyllfnig scufyllfngi scufylfngli scufylfngil scufylfnlgi scufylfnlig
scufylfnilg scufylfnigl scufylfgnli scufylfgnil scufylfglni scufylfglin scufylfgiln scufylfginl scufylflgni scufylflgin
scufylflngi scufylflnig scufylfling scufylflign scufylfigln scufylfignl scufylfilgn scufylfilng scufylfinlg scufylfingl
scufyfingll scufyfingll scufyfinlgl scufyfinllg scufyfinllg scufyfinlgl scufyfignll scufyfignll scufyfiglnl scufyfiglln
scufyfiglln scufyfiglnl scufyfilgnl scufyfilgln scufyfilngl scufyfilnlg scufyfillng scufyfillgn scufyfilgln scufyfilgnl
scufyfillgn scufyfillng scufyfilnlg scufyfilngl scufyfnigll scufyfnigll scufyfnilgl scufyfnillg scufyfnillg scufyfnilgl
scufyfngill scufyfngill scufyfnglil scufyfnglli scufyfnglli scufyfnglil scufyfnlgil scufyfnlgli scufyfnligl scufyfnlilg
scufyfnllig scufyfnllgi scufyfnlgli scufyfnlgil scufyfnllgi scufyfnllig scufyfnlilg scufyfnligl scufyfgnill scufyfgnill
scufyfgnlil scufyfgnlli scufyfgnlli scufyfgnlil scufyfginll scufyfginll scufyfgilnl scufyfgilln scufyfgilln scufyfgilnl
scufyfglinl scufyfgliln scufyfglnil scufyfglnli scufyfgllni scufyfgllin scufyfgliln scufyfglinl scufyfgllin scufyfgllni
scufyfglnli scufyfglnil scufyflngil scufyflngli scufyflnigl scufyflnilg scufyflnlig scufyflnlgi scufyflgnil scufyflgnli
scufyflginl scufyflgiln scufyflglin scufyflglni scufyflignl scufyfligln scufyflingl scufyflinlg scufyflilng scufyflilgn
scufyfllgin scufyfllgni scufyfllign scufyflling scufyfllnig scufyfllngi scufyflngli scufyflngil scufyflnlgi scufyflnlig
scufyflnilg scufyflnigl scufyflgnli scufyflgnil scufyflglni scufyflglin scufyflgiln scufyflginl scufyfllgni scufyfllgin
scufyfllngi scufyfllnig scufyflling scufyfllign scufyfligln scufyflignl scufyflilgn scufyflilng scufyflinlg scufyflingl

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History of cryptography
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