easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

immane

shaggily

uncharred

procedet

mingiest

vanumque

saccharoperbutylacetonicum

constituting

peruenivitque

cheirosophy

circumdatque

yamilke

redintegraveroque

puttyroot

postmuscular

postulabamus

willowier

heptahexahedral


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: grackle
cipher variations:
hsbdlmf itcemng judfnoh kvegopi lwfhpqj
mxgiqrk nyhjrsl ozikstm pajltun qbkmuvo
rclnvwp sdmowxq tenpxyr ufoqyzs vgprzat
whqsabu xirtbcv yjsucdw zktvdex aluwefy
bmvxfgz cnwygha doxzhib epyaijc fqzbjkd

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: grackle
Cipher: tizxpov

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: grackle
Cipher: AABBA BAAAA AAAAA AAABA ABAAB ABABA AABAA

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: grackle
cipher variations:
hsbdlmftabhfinfiblzevrqbptaddybtnwlpgbxhstnwbfvkjzebjpgr
lmbnjczxubrdyhjcbvxupvkbzrqxitcemngubcigjogjcmafwsrcqube
ezcuoxmqhcyituoxcgwlkafckqhsmncokdayvcsezikdcwyvqwlcasry
judfnohvcdjhkphkdnbgxtsdrvcffadvpynridzjuvpydhxmlbgdlrit
nodplebzwdtfajledxzwrxmdbtszkvegopiwdekilqileochyuteswdg
gbewqzosjeakvwqzeiynmchemsjuopeqmfcaxeugbkmfeyaxsynecuta
lwfhpqjxefljmrjmfpdizvuftxehhcfxraptkfblwxrafjzondifntkv
pqfrngdbyfvhclngfzbytzofdvubmxgiqrkyfgmknskngqejawvguyfi
idgysbqulgcmxysbgkapoejgoulwqrgsoheczgwidmohgaczuapgewvc
nyhjrslzghnlotlohrfkbxwhvzgjjehztcrvmhdnyztchlbqpfkhpvmx
rshtpifdahxjenpihbdavbqhfxwdozikstmahiompumpisglcyxiwahk
kfiaudswnieozaudimcrqgliqwnystiuqjgebiykfoqjicebwcrigyxe
pajltunbijpnqvnqjthmdzyjxbillgjbvetxojfpabvejndsrhmjrxoz
tujvrkhfcjzlgprkjdfcxdsjhzyfqbkmuvocjkqorworkuineazkycjm
mhkcwfuypkgqbcwfkoetsinksypauvkwsligdkamhqslkegdyetkiazg
rclnvwpdklrpsxpslvjofbalzdknnildxgvzqlhrcdxglpfutjoltzqb
vwlxtmjhelbnirtmlfhezfuljbahsdmowxqelmsqtyqtmwkpgcbmaelo
ojmeyhwarmisdeyhmqgvukpmuarcwxmyunkifmcojsunmgifagvmkcbi
tenpxyrfmntruzrunxlqhdcnbfmppknfzixbsnjtefzinrhwvlqnvbsd
xynzvoljgndpktvonhjgbhwnldcjufoqyzsgnousvasvoymriedocgnq
qlogajyctokufgajosixwmrowcteyzoawpmkhoeqluwpoikhcixomedk
vgprzathopvtwbtwpznsjfepdhorrmphbkzduplvghbkptjyxnspxduf
zapbxqnlipfrmvxqpjlidjypnfelwhqsabuipqwuxcuxqaotkgfqeips
snqiclaevqmwhiclqukzyotqyevgabqcyromjqgsnwyrqkmjekzqogfm
xirtbcvjqrxvydvyrbpulhgrfjqttorjdmbfwrnxijdmrvlazpurzfwh
bcrdzspnkrhtoxzsrlnkflarphgnyjsucdwkrsywzewzscqvmihsgkru
upskencgxsoyjkenswmbaqvsagxicdseatqolsiupyatsmolgmbsqiho
zktvdexlstzxafxatdrwnjithlsvvqtlfodhytpzklfotxncbrwtbhyj
detfburpmtjvqzbutnpmhnctrjipaluwefymtuaybgybuesxokjuimtw
wrumgpeizuqalmgpuyodcsxucizkefugcvsqnukwracvuoqnioduskjq
bmvxfgznuvbzchzcvftyplkvjnuxxsvnhqfjavrbmnhqvzpedtyvdjal
fgvhdwtrovlxsbdwvprojpevtlkrcnwyghaovwcadiadwguzqmlwkovy
ytwoirgkbwscnoirwaqfeuzwekbmghwiexuspwmytcexwqspkqfwumls
doxzhibpwxdbejbexhvarnmxlpwzzuxpjshlcxtdopjsxbrgfvaxflcn
hixjfyvtqxnzudfyxrtqlrgxvnmtepyaijcqxyecfkcfyiwbsonymqxa
avyqktimdyuepqktycshgwbygmdoijykgzwuryoavegzysurmshywonu
fqzbjkdryzfdgldgzjxctpoznrybbwzrlujnezvfqrluzdtihxczhnep
jkzlhaxvszpbwfhaztvsntizxpovgrackleszagehmehakyduqpaoszc
cxasmvkofawgrsmvaeujiydaiofqklamibywtaqcxgibauwtoujayqpw

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: grackle
Cipher: tenpxyr

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: grackle
Cipher: 22241131521351

Extended Methods:
Method #1

Plaintext: grackle
method variations:
mwfhpqkrblnuvpwgqszaubmvxefz

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath: 
g r a c k l e 
2 2 1 3 5 1 5 
2 4 1 1 2 3 1
They are then read out in rows:
22135152411231
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: grackle
Cipher: glekdfc

Read more ...
Method #3

Plaintext: grackle
method variations:
gdlvbxf dlvbxfg lvbxfgd
vbxfgdl bxfgdlv xfgdlvb
fgdlvbx

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: grackle

all 5040 cipher variations:
grackle grackel graclke graclek gracelk gracekl grakcle grakcel graklce graklec grakelc
grakecl gralkce gralkec gralcke gralcek graleck gralekc graeklc graekcl graelkc graelck
graeclk graeckl grcakle grcakel grcalke grcalek grcaelk grcaekl grckale grckael grcklae
grcklea grckela grckeal grclkae grclkea grclake grclaek grcleak grcleka grcekla grcekal
grcelka grcelak grcealk grceakl grkcale grkcael grkclae grkclea grkcela grkceal grkacle
grkacel grkalce grkalec grkaelc grkaecl grklace grklaec grklcae grklcea grkleca grkleac
grkealc grkeacl grkelac grkelca grkecla grkecal grlckae grlckea grlcake grlcaek grlceak
grlceka grlkcae grlkcea grlkace grlkaec grlkeac grlkeca grlakce grlakec grlacke grlacek
grlaeck grlaekc grlekac grlekca grleakc grleack grlecak grlecka greckla greckal greclka
greclak grecalk grecakl grekcla grekcal greklca greklac grekalc grekacl grelkca grelkac
grelcka grelcak grelack grelakc greaklc greakcl grealkc grealck greaclk greackl garckle
garckel garclke garclek garcelk garcekl garkcle garkcel garklce garklec garkelc garkecl
garlkce garlkec garlcke garlcek garleck garlekc gareklc garekcl garelkc garelck gareclk
gareckl gacrkle gacrkel gacrlke gacrlek gacrelk gacrekl gackrle gackrel gacklre gackler
gackelr gackerl gaclkre gaclker gaclrke gaclrek gaclerk gaclekr gaceklr gacekrl gacelkr
gacelrk gacerlk gacerkl gakcrle gakcrel gakclre gakcler gakcelr gakcerl gakrcle gakrcel
gakrlce gakrlec gakrelc gakrecl gaklrce gaklrec gaklcre gaklcer gaklecr gaklerc gakerlc
gakercl gakelrc gakelcr gakeclr gakecrl galckre galcker galcrke galcrek galcerk galcekr
galkcre galkcer galkrce galkrec galkerc galkecr galrkce galrkec galrcke galrcek galreck
galrekc galekrc galekcr galerkc galerck galecrk galeckr gaecklr gaeckrl gaeclkr gaeclrk
gaecrlk gaecrkl gaekclr gaekcrl gaeklcr gaeklrc gaekrlc gaekrcl gaelkcr gaelkrc gaelckr
gaelcrk gaelrck gaelrkc gaerklc gaerkcl gaerlkc gaerlck gaerclk gaerckl gcarkle gcarkel
gcarlke gcarlek gcarelk gcarekl gcakrle gcakrel gcaklre gcakler gcakelr gcakerl gcalkre
gcalker gcalrke gcalrek gcalerk gcalekr gcaeklr gcaekrl gcaelkr gcaelrk gcaerlk gcaerkl
gcrakle gcrakel gcralke gcralek gcraelk gcraekl gcrkale gcrkael gcrklae gcrklea gcrkela
gcrkeal gcrlkae gcrlkea gcrlake gcrlaek gcrleak gcrleka gcrekla gcrekal gcrelka gcrelak
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gckaler gckaelr gckaerl gcklare gcklaer gcklrae gcklrea gcklera gcklear gckealr gckearl
gckelar gckelra gckerla gckeral gclrkae gclrkea gclrake gclraek gclreak gclreka gclkrae
gclkrea gclkare gclkaer gclkear gclkera gclakre gclaker gclarke gclarek gclaerk gclaekr
gclekar gclekra gcleakr gcleark gclerak gclerka gcerkla gcerkal gcerlka gcerlak gceralk
gcerakl gcekrla gcekral gceklra gceklar gcekalr gcekarl gcelkra gcelkar gcelrka gcelrak
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gkalcre gkalcer gkalecr gkalerc gkaerlc gkaercl gkaelrc gkaelcr gkaeclr gkaecrl gkcarle
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gkercla gkercal gkerlca gkerlac gkeralc gkeracl gkelrca gkelrac gkelcra gkelcar gkelacr
gkelarc gkearlc gkearcl gkealrc gkealcr gkeaclr gkeacrl glackre glacker glacrke glacrek
glacerk glacekr glakcre glakcer glakrce glakrec glakerc glakecr glarkce glarkec glarcke
glarcek glareck glarekc glaekrc glaekcr glaerkc glaerck glaecrk glaeckr glcakre glcaker
glcarke glcarek glcaerk glcaekr glckare glckaer glckrae glckrea glckera glckear glcrkae
glcrkea glcrake glcraek glcreak glcreka glcekra glcekar glcerka glcerak glceark glceakr
glkcare glkcaer glkcrae glkcrea glkcera glkcear glkacre glkacer glkarce glkarec glkaerc
glkaecr glkrace glkraec glkrcae glkrcea glkreca glkreac glkearc glkeacr glkerac glkerca
glkecra glkecar glrckae glrckea glrcake glrcaek glrceak glrceka glrkcae glrkcea glrkace
glrkaec glrkeac glrkeca glrakce glrakec glracke glracek glraeck glraekc glrekac glrekca
glreakc glreack glrecak glrecka gleckra gleckar glecrka glecrak glecark glecakr glekcra
glekcar glekrca glekrac glekarc glekacr glerkca glerkac glercka glercak glerack glerakc
gleakrc gleakcr glearkc glearck gleacrk gleackr geacklr geackrl geaclkr geaclrk geacrlk
geacrkl geakclr geakcrl geaklcr geaklrc geakrlc geakrcl gealkcr gealkrc gealckr gealcrk
gealrck gealrkc gearklc gearkcl gearlkc gearlck gearclk gearckl gecaklr gecakrl gecalkr
gecalrk gecarlk gecarkl geckalr geckarl gecklar gecklra geckrla geckral geclkar geclkra
geclakr geclark geclrak geclrka gecrkla gecrkal gecrlka gecrlak gecralk gecrakl gekcalr
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geklacr geklarc geklcar geklcra geklrca geklrac gekralc gekracl gekrlac gekrlca gekrcla
gekrcal gelckar gelckra gelcakr gelcark gelcrak gelcrka gelkcar gelkcra gelkacr gelkarc
gelkrac gelkrca gelakcr gelakrc gelackr gelacrk gelarck gelarkc gelrkac gelrkca gelrakc
gelrack gelrcak gelrcka gerckla gerckal gerclka gerclak gercalk gercakl gerkcla gerkcal
gerklca gerklac gerkalc gerkacl gerlkca gerlkac gerlcka gerlcak gerlack gerlakc geraklc
gerakcl geralkc geralck geraclk gerackl rgackle rgackel rgaclke rgaclek rgacelk rgacekl
rgakcle rgakcel rgaklce rgaklec rgakelc rgakecl rgalkce rgalkec rgalcke rgalcek rgaleck
rgalekc rgaeklc rgaekcl rgaelkc rgaelck rgaeclk rgaeckl rgcakle rgcakel rgcalke rgcalek
rgcaelk rgcaekl rgckale rgckael rgcklae rgcklea rgckela rgckeal rgclkae rgclkea rgclake
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rgkclae rgkclea rgkcela rgkceal rgkacle rgkacel rgkalce rgkalec rgkaelc rgkaecl rgklace
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rglecak rglecka rgeckla rgeckal rgeclka rgeclak rgecalk rgecakl rgekcla rgekcal rgeklca
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rgealkc rgealck rgeaclk rgeackl ragckle ragckel ragclke ragclek ragcelk ragcekl ragkcle
ragkcel ragklce ragklec ragkelc ragkecl raglkce raglkec raglcke raglcek ragleck raglekc
rageklc ragekcl ragelkc ragelck rageclk rageckl racgkle racgkel racglke racglek racgelk
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rkelgca rkelgac rkelcga rkelcag rkelacg rkelagc rkeaglc rkeagcl rkealgc rkealcg rkeaclg
rkeacgl rlackge rlackeg rlacgke rlacgek rlacegk rlacekg rlakcge rlakceg rlakgce rlakgec
rlakegc rlakecg rlagkce rlagkec rlagcke rlagcek rlageck rlagekc rlaekgc rlaekcg rlaegkc
rlaegck rlaecgk rlaeckg rlcakge rlcakeg rlcagke rlcagek rlcaegk rlcaekg rlckage rlckaeg
rlckgae rlckgea rlckega rlckeag rlcgkae rlcgkea rlcgake rlcgaek rlcgeak rlcgeka rlcekga
rlcekag rlcegka rlcegak rlceagk rlceakg rlkcage rlkcaeg rlkcgae rlkcgea rlkcega rlkceag
rlkacge rlkaceg rlkagce rlkagec rlkaegc rlkaecg rlkgace rlkgaec rlkgcae rlkgcea rlkgeca
rlkgeac rlkeagc rlkeacg rlkegac rlkegca rlkecga rlkecag rlgckae rlgckea rlgcake rlgcaek
rlgceak rlgceka rlgkcae rlgkcea rlgkace rlgkaec rlgkeac rlgkeca rlgakce rlgakec rlgacke
rlgacek rlgaeck rlgaekc rlgekac rlgekca rlgeakc rlgeack rlgecak rlgecka rleckga rleckag
rlecgka rlecgak rlecagk rlecakg rlekcga rlekcag rlekgca rlekgac rlekagc rlekacg rlegkca
rlegkac rlegcka rlegcak rlegack rlegakc rleakgc rleakcg rleagkc rleagck rleacgk rleackg
reacklg reackgl reaclkg reaclgk reacglk reacgkl reakclg reakcgl reaklcg reaklgc reakglc
reakgcl realkcg realkgc realckg realcgk realgck realgkc reagklc reagkcl reaglkc reaglck
reagclk reagckl recaklg recakgl recalkg recalgk recaglk recagkl reckalg reckagl recklag
recklga reckgla reckgal reclkag reclkga reclakg reclagk reclgak reclgka recgkla recgkal
recglka recglak recgalk recgakl rekcalg rekcagl rekclag rekclga rekcgla rekcgal rekaclg
rekacgl rekalcg rekalgc rekaglc rekagcl reklacg reklagc reklcag reklcga reklgca reklgac
rekgalc rekgacl rekglac rekglca rekgcla rekgcal relckag relckga relcakg relcagk relcgak
relcgka relkcag relkcga relkacg relkagc relkgac relkgca relakcg relakgc relackg relacgk
relagck relagkc relgkac relgkca relgakc relgack relgcak relgcka regckla regckal regclka
regclak regcalk regcakl regkcla regkcal regklca regklac regkalc regkacl reglkca reglkac
reglcka reglcak reglack reglakc regaklc regakcl regalkc regalck regaclk regackl argckle
argckel argclke argclek argcelk argcekl argkcle argkcel argklce argklec argkelc argkecl
arglkce arglkec arglcke arglcek argleck arglekc argeklc argekcl argelkc argelck argeclk
argeckl arcgkle arcgkel arcglke arcglek arcgelk arcgekl arckgle arckgel arcklge arckleg
arckelg arckegl arclkge arclkeg arclgke arclgek arclegk arclekg arceklg arcekgl arcelkg
arcelgk arceglk arcegkl arkcgle arkcgel arkclge arkcleg arkcelg arkcegl arkgcle arkgcel
arkglce arkglec arkgelc arkgecl arklgce arklgec arklcge arklceg arklecg arklegc arkeglc
arkegcl arkelgc arkelcg arkeclg arkecgl arlckge arlckeg arlcgke arlcgek arlcegk arlcekg
arlkcge arlkceg arlkgce arlkgec arlkegc arlkecg arlgkce arlgkec arlgcke arlgcek arlgeck
arlgekc arlekgc arlekcg arlegkc arlegck arlecgk arleckg arecklg areckgl areclkg areclgk
arecglk arecgkl arekclg arekcgl areklcg areklgc arekglc arekgcl arelkcg arelkgc arelckg
arelcgk arelgck arelgkc aregklc aregkcl areglkc areglck aregclk aregckl agrckle agrckel
agrclke agrclek agrcelk agrcekl agrkcle agrkcel agrklce agrklec agrkelc agrkecl agrlkce
agrlkec agrlcke agrlcek agrleck agrlekc agreklc agrekcl agrelkc agrelck agreclk agreckl
agcrkle agcrkel agcrlke agcrlek agcrelk agcrekl agckrle agckrel agcklre agckler agckelr
agckerl agclkre agclker agclrke agclrek agclerk agclekr agceklr agcekrl agcelkr agcelrk
agcerlk agcerkl agkcrle agkcrel agkclre agkcler agkcelr agkcerl agkrcle agkrcel agkrlce
agkrlec agkrelc agkrecl agklrce agklrec agklcre agklcer agklecr agklerc agkerlc agkercl
agkelrc agkelcr agkeclr agkecrl aglckre aglcker aglcrke aglcrek aglcerk aglcekr aglkcre
aglkcer aglkrce aglkrec aglkerc aglkecr aglrkce aglrkec aglrcke aglrcek aglreck aglrekc
aglekrc aglekcr aglerkc aglerck aglecrk agleckr agecklr ageckrl ageclkr ageclrk agecrlk
agecrkl agekclr agekcrl ageklcr ageklrc agekrlc agekrcl agelkcr agelkrc agelckr agelcrk
agelrck agelrkc agerklc agerkcl agerlkc agerlck agerclk agerckl acgrkle acgrkel acgrlke
acgrlek acgrelk acgrekl acgkrle acgkrel acgklre acgkler acgkelr acgkerl acglkre acglker
acglrke acglrek acglerk acglekr acgeklr acgekrl acgelkr acgelrk acgerlk acgerkl acrgkle
acrgkel acrglke acrglek acrgelk acrgekl acrkgle acrkgel acrklge acrkleg acrkelg acrkegl
acrlkge acrlkeg acrlgke acrlgek acrlegk acrlekg acreklg acrekgl acrelkg acrelgk acreglk
acregkl ackrgle ackrgel ackrlge ackrleg ackrelg ackregl ackgrle ackgrel ackglre ackgler
ackgelr ackgerl acklgre acklger acklrge acklreg acklerg acklegr ackeglr ackegrl ackelgr
ackelrg ackerlg ackergl aclrkge aclrkeg aclrgke aclrgek aclregk aclrekg aclkrge aclkreg
aclkgre aclkger aclkegr aclkerg aclgkre aclgker aclgrke aclgrek aclgerk aclgekr aclekgr
aclekrg aclegkr aclegrk aclergk aclerkg acerklg acerkgl acerlkg acerlgk acerglk acergkl
acekrlg acekrgl aceklrg aceklgr acekglr acekgrl acelkrg acelkgr acelrkg acelrgk acelgrk
acelgkr acegklr acegkrl aceglkr aceglrk acegrlk acegrkl akgcrle akgcrel akgclre akgcler
akgcelr akgcerl akgrcle akgrcel akgrlce akgrlec akgrelc akgrecl akglrce akglrec akglcre
akglcer akglecr akglerc akgerlc akgercl akgelrc akgelcr akgeclr akgecrl akcgrle akcgrel
akcglre akcgler akcgelr akcgerl akcrgle akcrgel akcrlge akcrleg akcrelg akcregl akclrge
akclreg akclgre akclger akclegr akclerg akcerlg akcergl akcelrg akcelgr akceglr akcegrl
akrcgle akrcgel akrclge akrcleg akrcelg akrcegl akrgcle akrgcel akrglce akrglec akrgelc
akrgecl akrlgce akrlgec akrlcge akrlceg akrlecg akrlegc akreglc akregcl akrelgc akrelcg
akreclg akrecgl aklcrge aklcreg aklcgre aklcger aklcegr aklcerg aklrcge aklrceg aklrgce
aklrgec aklregc aklrecg aklgrce aklgrec aklgcre aklgcer aklgecr aklgerc aklergc aklercg
aklegrc aklegcr aklecgr aklecrg akecrlg akecrgl akeclrg akeclgr akecglr akecgrl akerclg
akercgl akerlcg akerlgc akerglc akergcl akelrcg akelrgc akelcrg akelcgr akelgcr akelgrc
akegrlc akegrcl akeglrc akeglcr akegclr akegcrl algckre algcker algcrke algcrek algcerk
algcekr algkcre algkcer algkrce algkrec algkerc algkecr algrkce algrkec algrcke algrcek
algreck algrekc algekrc algekcr algerkc algerck algecrk algeckr alcgkre alcgker alcgrke
alcgrek alcgerk alcgekr alckgre alckger alckrge alckreg alckerg alckegr alcrkge alcrkeg
alcrgke alcrgek alcregk alcrekg alcekrg alcekgr alcerkg alcergk alcegrk alcegkr alkcgre
alkcger alkcrge alkcreg alkcerg alkcegr alkgcre alkgcer alkgrce alkgrec alkgerc alkgecr
alkrgce alkrgec alkrcge alkrceg alkrecg alkregc alkegrc alkegcr alkergc alkercg alkecrg
alkecgr alrckge alrckeg alrcgke alrcgek alrcegk alrcekg alrkcge alrkceg alrkgce alrkgec
alrkegc alrkecg alrgkce alrgkec alrgcke alrgcek alrgeck alrgekc alrekgc alrekcg alregkc
alregck alrecgk alreckg aleckrg aleckgr alecrkg alecrgk alecgrk alecgkr alekcrg alekcgr
alekrcg alekrgc alekgrc alekgcr alerkcg alerkgc alerckg alercgk alergck alergkc alegkrc
alegkcr alegrkc alegrck alegcrk alegckr aegcklr aegckrl aegclkr aegclrk aegcrlk aegcrkl
aegkclr aegkcrl aegklcr aegklrc aegkrlc aegkrcl aeglkcr aeglkrc aeglckr aeglcrk aeglrck
aeglrkc aegrklc aegrkcl aegrlkc aegrlck aegrclk aegrckl aecgklr aecgkrl aecglkr aecglrk
aecgrlk aecgrkl aeckglr aeckgrl aecklgr aecklrg aeckrlg aeckrgl aeclkgr aeclkrg aeclgkr
aeclgrk aeclrgk aeclrkg aecrklg aecrkgl aecrlkg aecrlgk aecrglk aecrgkl aekcglr aekcgrl
aekclgr aekclrg aekcrlg aekcrgl aekgclr aekgcrl aekglcr aekglrc aekgrlc aekgrcl aeklgcr
aeklgrc aeklcgr aeklcrg aeklrcg aeklrgc aekrglc aekrgcl aekrlgc aekrlcg aekrclg aekrcgl
aelckgr aelckrg aelcgkr aelcgrk aelcrgk aelcrkg aelkcgr aelkcrg aelkgcr aelkgrc aelkrgc
aelkrcg aelgkcr aelgkrc aelgckr aelgcrk aelgrck aelgrkc aelrkgc aelrkcg aelrgkc aelrgck
aelrcgk aelrckg aercklg aerckgl aerclkg aerclgk aercglk aercgkl aerkclg aerkcgl aerklcg
aerklgc aerkglc aerkgcl aerlkcg aerlkgc aerlckg aerlcgk aerlgck aerlgkc aergklc aergkcl
aerglkc aerglck aergclk aergckl cragkle cragkel craglke craglek cragelk cragekl crakgle
crakgel craklge crakleg crakelg crakegl cralkge cralkeg cralgke cralgek cralegk cralekg
craeklg craekgl craelkg craelgk craeglk craegkl crgakle crgakel crgalke crgalek crgaelk
crgaekl crgkale crgkael crgklae crgklea crgkela crgkeal crglkae crglkea crglake crglaek
crgleak crgleka crgekla crgekal crgelka crgelak crgealk crgeakl crkgale crkgael crkglae
crkglea crkgela crkgeal crkagle crkagel crkalge crkaleg crkaelg crkaegl crklage crklaeg
crklgae crklgea crklega crkleag crkealg crkeagl crkelag crkelga crkegla crkegal crlgkae
crlgkea crlgake crlgaek crlgeak crlgeka crlkgae crlkgea crlkage crlkaeg crlkeag crlkega
crlakge crlakeg crlagke crlagek crlaegk crlaekg crlekag crlekga crleakg crleagk crlegak
crlegka cregkla cregkal creglka creglak cregalk cregakl crekgla crekgal creklga creklag
crekalg crekagl crelkga crelkag crelgka crelgak crelagk crelakg creaklg creakgl crealkg
crealgk creaglk creagkl cargkle cargkel carglke carglek cargelk cargekl carkgle carkgel
carklge carkleg carkelg carkegl carlkge carlkeg carlgke carlgek carlegk carlekg careklg
carekgl carelkg carelgk careglk caregkl cagrkle cagrkel cagrlke cagrlek cagrelk cagrekl
cagkrle cagkrel cagklre cagkler cagkelr cagkerl caglkre caglker caglrke caglrek caglerk
caglekr cageklr cagekrl cagelkr cagelrk cagerlk cagerkl cakgrle cakgrel cakglre cakgler
cakgelr cakgerl cakrgle cakrgel cakrlge cakrleg cakrelg cakregl caklrge caklreg caklgre
caklger caklegr caklerg cakerlg cakergl cakelrg cakelgr cakeglr cakegrl calgkre calgker
calgrke calgrek calgerk calgekr calkgre calkger calkrge calkreg calkerg calkegr calrkge
calrkeg calrgke calrgek calregk calrekg calekrg calekgr calerkg calergk calegrk calegkr
caegklr caegkrl caeglkr caeglrk caegrlk caegrkl caekglr caekgrl caeklgr caeklrg caekrlg
caekrgl caelkgr caelkrg caelgkr caelgrk caelrgk caelrkg caerklg caerkgl caerlkg caerlgk
caerglk caergkl cgarkle cgarkel cgarlke cgarlek cgarelk cgarekl cgakrle cgakrel cgaklre
cgakler cgakelr cgakerl cgalkre cgalker cgalrke cgalrek cgalerk cgalekr cgaeklr cgaekrl
cgaelkr cgaelrk cgaerlk cgaerkl cgrakle cgrakel cgralke cgralek cgraelk cgraekl cgrkale
cgrkael cgrklae cgrklea cgrkela cgrkeal cgrlkae cgrlkea cgrlake cgrlaek cgrleak cgrleka
cgrekla cgrekal cgrelka cgrelak cgrealk cgreakl cgkrale cgkrael cgkrlae cgkrlea cgkrela
cgkreal cgkarle cgkarel cgkalre cgkaler cgkaelr cgkaerl cgklare cgklaer cgklrae cgklrea
cgklera cgklear cgkealr cgkearl cgkelar cgkelra cgkerla cgkeral cglrkae cglrkea cglrake
cglraek cglreak cglreka cglkrae cglkrea cglkare cglkaer cglkear cglkera cglakre cglaker
cglarke cglarek cglaerk cglaekr cglekar cglekra cgleakr cgleark cglerak cglerka cgerkla
cgerkal cgerlka cgerlak cgeralk cgerakl cgekrla cgekral cgeklra cgeklar cgekalr cgekarl
cgelkra cgelkar cgelrka cgelrak cgelark cgelakr cgeaklr cgeakrl cgealkr cgealrk cgearlk
cgearkl ckagrle ckagrel ckaglre ckagler ckagelr ckagerl ckargle ckargel ckarlge ckarleg
ckarelg ckaregl ckalrge ckalreg ckalgre ckalger ckalegr ckalerg ckaerlg ckaergl ckaelrg
ckaelgr ckaeglr ckaegrl ckgarle ckgarel ckgalre ckgaler ckgaelr ckgaerl ckgrale ckgrael
ckgrlae ckgrlea ckgrela ckgreal ckglrae ckglrea ckglare ckglaer ckglear ckglera ckgerla
ckgeral ckgelra ckgelar ckgealr ckgearl ckrgale ckrgael ckrglae ckrglea ckrgela ckrgeal
ckragle ckragel ckralge ckraleg ckraelg ckraegl ckrlage ckrlaeg ckrlgae ckrlgea ckrlega
ckrleag ckrealg ckreagl ckrelag ckrelga ckregla ckregal cklgrae cklgrea cklgare cklgaer
cklgear cklgera cklrgae cklrgea cklrage cklraeg cklreag cklrega cklarge cklareg cklagre
cklager cklaegr cklaerg cklerag cklerga cklearg ckleagr cklegar cklegra ckegrla ckegral
ckeglra ckeglar ckegalr ckegarl ckergla ckergal ckerlga ckerlag ckeralg ckeragl ckelrga
ckelrag ckelgra ckelgar ckelagr ckelarg ckearlg ckeargl ckealrg ckealgr ckeaglr ckeagrl
clagkre clagker clagrke clagrek clagerk clagekr clakgre clakger clakrge clakreg clakerg
clakegr clarkge clarkeg clargke clargek claregk clarekg claekrg claekgr claerkg claergk
claegrk claegkr clgakre clgaker clgarke clgarek clgaerk clgaekr clgkare clgkaer clgkrae
clgkrea clgkera clgkear clgrkae clgrkea clgrake clgraek clgreak clgreka clgekra clgekar
clgerka clgerak clgeark clgeakr clkgare clkgaer clkgrae clkgrea clkgera clkgear clkagre
clkager clkarge clkareg clkaerg clkaegr clkrage clkraeg clkrgae clkrgea clkrega clkreag
clkearg clkeagr clkerag clkerga clkegra clkegar clrgkae clrgkea clrgake clrgaek clrgeak
clrgeka clrkgae clrkgea clrkage clrkaeg clrkeag clrkega clrakge clrakeg clragke clragek
clraegk clraekg clrekag clrekga clreakg clreagk clregak clregka clegkra clegkar clegrka
clegrak clegark clegakr clekgra clekgar clekrga clekrag clekarg clekagr clerkga clerkag
clergka clergak cleragk clerakg cleakrg cleakgr clearkg cleargk cleagrk cleagkr ceagklr
ceagkrl ceaglkr ceaglrk ceagrlk ceagrkl ceakglr ceakgrl ceaklgr ceaklrg ceakrlg ceakrgl
cealkgr cealkrg cealgkr cealgrk cealrgk cealrkg cearklg cearkgl cearlkg cearlgk cearglk
ceargkl cegaklr cegakrl cegalkr cegalrk cegarlk cegarkl cegkalr cegkarl cegklar cegklra
cegkrla cegkral ceglkar ceglkra ceglakr ceglark ceglrak ceglrka cegrkla cegrkal cegrlka
cegrlak cegralk cegrakl cekgalr cekgarl cekglar cekglra cekgrla cekgral cekaglr cekagrl
cekalgr cekalrg cekarlg cekargl ceklagr ceklarg ceklgar ceklgra ceklrga ceklrag cekralg
cekragl cekrlag cekrlga cekrgla cekrgal celgkar celgkra celgakr celgark celgrak celgrka
celkgar celkgra celkagr celkarg celkrag celkrga celakgr celakrg celagkr celagrk celargk
celarkg celrkag celrkga celrakg celragk celrgak celrgka cergkla cergkal cerglka cerglak
cergalk cergakl cerkgla cerkgal cerklga cerklag cerkalg cerkagl cerlkga cerlkag cerlgka
cerlgak cerlagk cerlakg ceraklg cerakgl ceralkg ceralgk ceraglk ceragkl kracgle kracgel
kraclge kracleg kracelg kracegl kragcle kragcel kraglce kraglec kragelc kragecl kralgce
kralgec kralcge kralceg kralecg kralegc kraeglc kraegcl kraelgc kraelcg kraeclg kraecgl
krcagle krcagel krcalge krcaleg krcaelg krcaegl krcgale krcgael krcglae krcglea krcgela
krcgeal krclgae krclgea krclage krclaeg krcleag krclega krcegla krcegal krcelga krcelag
krcealg krceagl krgcale krgcael krgclae krgclea krgcela krgceal krgacle krgacel krgalce
krgalec krgaelc krgaecl krglace krglaec krglcae krglcea krgleca krgleac krgealc krgeacl
krgelac krgelca krgecla krgecal krlcgae krlcgea krlcage krlcaeg krlceag krlcega krlgcae
krlgcea krlgace krlgaec krlgeac krlgeca krlagce krlagec krlacge krlaceg krlaecg krlaegc
krlegac krlegca krleagc krleacg krlecag krlecga krecgla krecgal kreclga kreclag krecalg
krecagl kregcla kregcal kreglca kreglac kregalc kregacl krelgca krelgac krelcga krelcag
krelacg krelagc kreaglc kreagcl krealgc krealcg kreaclg kreacgl karcgle karcgel karclge
karcleg karcelg karcegl kargcle kargcel karglce karglec kargelc kargecl karlgce karlgec
karlcge karlceg karlecg karlegc kareglc karegcl karelgc karelcg kareclg karecgl kacrgle
kacrgel kacrlge kacrleg kacrelg kacregl kacgrle kacgrel kacglre kacgler kacgelr kacgerl
kaclgre kaclger kaclrge kaclreg kaclerg kaclegr kaceglr kacegrl kacelgr kacelrg kacerlg
kacergl kagcrle kagcrel kagclre kagcler kagcelr kagcerl kagrcle kagrcel kagrlce kagrlec
kagrelc kagrecl kaglrce kaglrec kaglcre kaglcer kaglecr kaglerc kagerlc kagercl kagelrc
kagelcr kageclr kagecrl kalcgre kalcger kalcrge kalcreg kalcerg kalcegr kalgcre kalgcer
kalgrce kalgrec kalgerc kalgecr kalrgce kalrgec kalrcge kalrceg kalrecg kalregc kalegrc
kalegcr kalergc kalercg kalecrg kalecgr kaecglr kaecgrl kaeclgr kaeclrg kaecrlg kaecrgl
kaegclr kaegcrl kaeglcr kaeglrc kaegrlc kaegrcl kaelgcr kaelgrc kaelcgr kaelcrg kaelrcg
kaelrgc kaerglc kaergcl kaerlgc kaerlcg kaerclg kaercgl kcargle kcargel kcarlge kcarleg
kcarelg kcaregl kcagrle kcagrel kcaglre kcagler kcagelr kcagerl kcalgre kcalger kcalrge
kcalreg kcalerg kcalegr kcaeglr kcaegrl kcaelgr kcaelrg kcaerlg kcaergl kcragle kcragel
kcralge kcraleg kcraelg kcraegl kcrgale kcrgael kcrglae kcrglea kcrgela kcrgeal kcrlgae
kcrlgea kcrlage kcrlaeg kcrleag kcrlega kcregla kcregal kcrelga kcrelag kcrealg kcreagl
kcgrale kcgrael kcgrlae kcgrlea kcgrela kcgreal kcgarle kcgarel kcgalre kcgaler kcgaelr
kcgaerl kcglare kcglaer kcglrae kcglrea kcglera kcglear kcgealr kcgearl kcgelar kcgelra
kcgerla kcgeral kclrgae kclrgea kclrage kclraeg kclreag kclrega kclgrae kclgrea kclgare
kclgaer kclgear kclgera kclagre kclager kclarge kclareg kclaerg kclaegr kclegar kclegra
kcleagr kclearg kclerag kclerga kcergla kcergal kcerlga kcerlag kceralg kceragl kcegrla
kcegral kceglra kceglar kcegalr kcegarl kcelgra kcelgar kcelrga kcelrag kcelarg kcelagr
kceaglr kceagrl kcealgr kcealrg kcearlg kceargl kgacrle kgacrel kgaclre kgacler kgacelr
kgacerl kgarcle kgarcel kgarlce kgarlec kgarelc kgarecl kgalrce kgalrec kgalcre kgalcer
kgalecr kgalerc kgaerlc kgaercl kgaelrc kgaelcr kgaeclr kgaecrl kgcarle kgcarel kgcalre
kgcaler kgcaelr kgcaerl kgcrale kgcrael kgcrlae kgcrlea kgcrela kgcreal kgclrae kgclrea
kgclare kgclaer kgclear kgclera kgcerla kgceral kgcelra kgcelar kgcealr kgcearl kgrcale
kgrcael kgrclae kgrclea kgrcela kgrceal kgracle kgracel kgralce kgralec kgraelc kgraecl
kgrlace kgrlaec kgrlcae kgrlcea kgrleca kgrleac kgrealc kgreacl kgrelac kgrelca kgrecla
kgrecal kglcrae kglcrea kglcare kglcaer kglcear kglcera kglrcae kglrcea kglrace kglraec
kglreac kglreca kglarce kglarec kglacre kglacer kglaecr kglaerc kglerac kglerca kglearc
kgleacr kglecar kglecra kgecrla kgecral kgeclra kgeclar kgecalr kgecarl kgercla kgercal
kgerlca kgerlac kgeralc kgeracl kgelrca kgelrac kgelcra kgelcar kgelacr kgelarc kgearlc
kgearcl kgealrc kgealcr kgeaclr kgeacrl klacgre klacger klacrge klacreg klacerg klacegr
klagcre klagcer klagrce klagrec klagerc klagecr klargce klargec klarcge klarceg klarecg
klaregc klaegrc klaegcr klaergc klaercg klaecrg klaecgr klcagre klcager klcarge klcareg
klcaerg klcaegr klcgare klcgaer klcgrae klcgrea klcgera klcgear klcrgae klcrgea klcrage
klcraeg klcreag klcrega klcegra klcegar klcerga klcerag klcearg klceagr klgcare klgcaer
klgcrae klgcrea klgcera klgcear klgacre klgacer klgarce klgarec klgaerc klgaecr klgrace
klgraec klgrcae klgrcea klgreca klgreac klgearc klgeacr klgerac klgerca klgecra klgecar
klrcgae klrcgea klrcage klrcaeg klrceag klrcega klrgcae klrgcea klrgace klrgaec klrgeac
klrgeca klragce klragec klracge klraceg klraecg klraegc klregac klregca klreagc klreacg
klrecag klrecga klecgra klecgar klecrga klecrag klecarg klecagr klegcra klegcar klegrca
klegrac klegarc klegacr klergca klergac klercga klercag kleracg kleragc kleagrc kleagcr
kleargc klearcg kleacrg kleacgr keacglr keacgrl keaclgr keaclrg keacrlg keacrgl keagclr
keagcrl keaglcr keaglrc keagrlc keagrcl kealgcr kealgrc kealcgr kealcrg kealrcg kealrgc
kearglc keargcl kearlgc kearlcg kearclg kearcgl kecaglr kecagrl kecalgr kecalrg kecarlg
kecargl kecgalr kecgarl kecglar kecglra kecgrla kecgral keclgar keclgra keclagr keclarg
keclrag keclrga kecrgla kecrgal kecrlga kecrlag kecralg kecragl kegcalr kegcarl kegclar
kegclra kegcrla kegcral kegaclr kegacrl kegalcr kegalrc kegarlc kegarcl keglacr keglarc
keglcar keglcra keglrca keglrac kegralc kegracl kegrlac kegrlca kegrcla kegrcal kelcgar
kelcgra kelcagr kelcarg kelcrag kelcrga kelgcar kelgcra kelgacr kelgarc kelgrac kelgrca
kelagcr kelagrc kelacgr kelacrg kelarcg kelargc kelrgac kelrgca kelragc kelracg kelrcag
kelrcga kercgla kercgal kerclga kerclag kercalg kercagl kergcla kergcal kerglca kerglac
kergalc kergacl kerlgca kerlgac kerlcga kerlcag kerlacg kerlagc keraglc keragcl keralgc
keralcg keraclg keracgl lrackge lrackeg lracgke lracgek lracegk lracekg lrakcge lrakceg
lrakgce lrakgec lrakegc lrakecg lragkce lragkec lragcke lragcek lrageck lragekc lraekgc
lraekcg lraegkc lraegck lraecgk lraeckg lrcakge lrcakeg lrcagke lrcagek lrcaegk lrcaekg
lrckage lrckaeg lrckgae lrckgea lrckega lrckeag lrcgkae lrcgkea lrcgake lrcgaek lrcgeak
lrcgeka lrcekga lrcekag lrcegka lrcegak lrceagk lrceakg lrkcage lrkcaeg lrkcgae lrkcgea
lrkcega lrkceag lrkacge lrkaceg lrkagce lrkagec lrkaegc lrkaecg lrkgace lrkgaec lrkgcae
lrkgcea lrkgeca lrkgeac lrkeagc lrkeacg lrkegac lrkegca lrkecga lrkecag lrgckae lrgckea
lrgcake lrgcaek lrgceak lrgceka lrgkcae lrgkcea lrgkace lrgkaec lrgkeac lrgkeca lrgakce
lrgakec lrgacke lrgacek lrgaeck lrgaekc lrgekac lrgekca lrgeakc lrgeack lrgecak lrgecka
lreckga lreckag lrecgka lrecgak lrecagk lrecakg lrekcga lrekcag lrekgca lrekgac lrekagc
lrekacg lregkca lregkac lregcka lregcak lregack lregakc lreakgc lreakcg lreagkc lreagck
lreacgk lreackg larckge larckeg larcgke larcgek larcegk larcekg larkcge larkceg larkgce
larkgec larkegc larkecg largkce largkec largcke largcek largeck largekc larekgc larekcg
laregkc laregck larecgk lareckg lacrkge lacrkeg lacrgke lacrgek lacregk lacrekg lackrge
lackreg lackgre lackger lackegr lackerg lacgkre lacgker lacgrke lacgrek lacgerk lacgekr
lacekgr lacekrg lacegkr lacegrk lacergk lacerkg lakcrge lakcreg lakcgre lakcger lakcegr
lakcerg lakrcge lakrceg lakrgce lakrgec lakregc lakrecg lakgrce lakgrec lakgcre lakgcer
lakgecr lakgerc lakergc lakercg lakegrc lakegcr lakecgr lakecrg lagckre lagcker lagcrke
lagcrek lagcerk lagcekr lagkcre lagkcer lagkrce lagkrec lagkerc lagkecr lagrkce lagrkec
lagrcke lagrcek lagreck lagrekc lagekrc lagekcr lagerkc lagerck lagecrk lageckr laeckgr
laeckrg laecgkr laecgrk laecrgk laecrkg laekcgr laekcrg laekgcr laekgrc laekrgc laekrcg
laegkcr laegkrc laegckr laegcrk laegrck laegrkc laerkgc laerkcg laergkc laergck laercgk
laerckg lcarkge lcarkeg lcargke lcargek lcaregk lcarekg lcakrge lcakreg lcakgre lcakger
lcakegr lcakerg lcagkre lcagker lcagrke lcagrek lcagerk lcagekr lcaekgr lcaekrg lcaegkr
lcaegrk lcaergk lcaerkg lcrakge lcrakeg lcragke lcragek lcraegk lcraekg lcrkage lcrkaeg
lcrkgae lcrkgea lcrkega lcrkeag lcrgkae lcrgkea lcrgake lcrgaek lcrgeak lcrgeka lcrekga
lcrekag lcregka lcregak lcreagk lcreakg lckrage lckraeg lckrgae lckrgea lckrega lckreag
lckarge lckareg lckagre lckager lckaegr lckaerg lckgare lckgaer lckgrae lckgrea lckgera
lckgear lckeagr lckearg lckegar lckegra lckerga lckerag lcgrkae lcgrkea lcgrake lcgraek
lcgreak lcgreka lcgkrae lcgkrea lcgkare lcgkaer lcgkear lcgkera lcgakre lcgaker lcgarke
lcgarek lcgaerk lcgaekr lcgekar lcgekra lcgeakr lcgeark lcgerak lcgerka lcerkga lcerkag
lcergka lcergak lceragk lcerakg lcekrga lcekrag lcekgra lcekgar lcekagr lcekarg lcegkra
lcegkar lcegrka lcegrak lcegark lcegakr lceakgr lceakrg lceagkr lceagrk lceargk lcearkg
lkacrge lkacreg lkacgre lkacger lkacegr lkacerg lkarcge lkarceg lkargce lkargec lkaregc
lkarecg lkagrce lkagrec lkagcre lkagcer lkagecr lkagerc lkaergc lkaercg lkaegrc lkaegcr
lkaecgr lkaecrg lkcarge lkcareg lkcagre lkcager lkcaegr lkcaerg lkcrage lkcraeg lkcrgae
lkcrgea lkcrega lkcreag lkcgrae lkcgrea lkcgare lkcgaer lkcgear lkcgera lkcerga lkcerag
lkcegra lkcegar lkceagr lkcearg lkrcage lkrcaeg lkrcgae lkrcgea lkrcega lkrceag lkracge
lkraceg lkragce lkragec lkraegc lkraecg lkrgace lkrgaec lkrgcae lkrgcea lkrgeca lkrgeac
lkreagc lkreacg lkregac lkregca lkrecga lkrecag lkgcrae lkgcrea lkgcare lkgcaer lkgcear
lkgcera lkgrcae lkgrcea lkgrace lkgraec lkgreac lkgreca lkgarce lkgarec lkgacre lkgacer
lkgaecr lkgaerc lkgerac lkgerca lkgearc lkgeacr lkgecar lkgecra lkecrga lkecrag lkecgra
lkecgar lkecagr lkecarg lkercga lkercag lkergca lkergac lkeragc lkeracg lkegrca lkegrac
lkegcra lkegcar lkegacr lkegarc lkeargc lkearcg lkeagrc lkeagcr lkeacgr lkeacrg lgackre
lgacker lgacrke lgacrek lgacerk lgacekr lgakcre lgakcer lgakrce lgakrec lgakerc lgakecr
lgarkce lgarkec lgarcke lgarcek lgareck lgarekc lgaekrc lgaekcr lgaerkc lgaerck lgaecrk
lgaeckr lgcakre lgcaker lgcarke lgcarek lgcaerk lgcaekr lgckare lgckaer lgckrae lgckrea
lgckera lgckear lgcrkae lgcrkea lgcrake lgcraek lgcreak lgcreka lgcekra lgcekar lgcerka
lgcerak lgceark lgceakr lgkcare lgkcaer lgkcrae lgkcrea lgkcera lgkcear lgkacre lgkacer
lgkarce lgkarec lgkaerc lgkaecr lgkrace lgkraec lgkrcae lgkrcea lgkreca lgkreac lgkearc
lgkeacr lgkerac lgkerca lgkecra lgkecar lgrckae lgrckea lgrcake lgrcaek lgrceak lgrceka
lgrkcae lgrkcea lgrkace lgrkaec lgrkeac lgrkeca lgrakce lgrakec lgracke lgracek lgraeck
lgraekc lgrekac lgrekca lgreakc lgreack lgrecak lgrecka lgeckra lgeckar lgecrka lgecrak
lgecark lgecakr lgekcra lgekcar lgekrca lgekrac lgekarc lgekacr lgerkca lgerkac lgercka
lgercak lgerack lgerakc lgeakrc lgeakcr lgearkc lgearck lgeacrk lgeackr leackgr leackrg
leacgkr leacgrk leacrgk leacrkg leakcgr leakcrg leakgcr leakgrc leakrgc leakrcg leagkcr
leagkrc leagckr leagcrk leagrck leagrkc learkgc learkcg leargkc leargck learcgk learckg
lecakgr lecakrg lecagkr lecagrk lecargk lecarkg leckagr leckarg leckgar leckgra leckrga
leckrag lecgkar lecgkra lecgakr lecgark lecgrak lecgrka lecrkga lecrkag lecrgka lecrgak
lecragk lecrakg lekcagr lekcarg lekcgar lekcgra lekcrga lekcrag lekacgr lekacrg lekagcr
lekagrc lekargc lekarcg lekgacr lekgarc lekgcar lekgcra lekgrca lekgrac lekragc lekracg
lekrgac lekrgca lekrcga lekrcag legckar legckra legcakr legcark legcrak legcrka legkcar
legkcra legkacr legkarc legkrac legkrca legakcr legakrc legackr legacrk legarck legarkc
legrkac legrkca legrakc legrack legrcak legrcka lerckga lerckag lercgka lercgak lercagk
lercakg lerkcga lerkcag lerkgca lerkgac lerkagc lerkacg lergkca lergkac lergcka lergcak
lergack lergakc lerakgc lerakcg leragkc leragck leracgk lerackg eracklg erackgl eraclkg
eraclgk eracglk eracgkl erakclg erakcgl eraklcg eraklgc erakglc erakgcl eralkcg eralkgc
eralckg eralcgk eralgck eralgkc eragklc eragkcl eraglkc eraglck eragclk eragckl ercaklg
ercakgl ercalkg ercalgk ercaglk ercagkl erckalg erckagl ercklag ercklga erckgla erckgal
erclkag erclkga erclakg erclagk erclgak erclgka ercgkla ercgkal ercglka ercglak ercgalk
ercgakl erkcalg erkcagl erkclag erkclga erkcgla erkcgal erkaclg erkacgl erkalcg erkalgc
erkaglc erkagcl erklacg erklagc erklcag erklcga erklgca erklgac erkgalc erkgacl erkglac
erkglca erkgcla erkgcal erlckag erlckga erlcakg erlcagk erlcgak erlcgka erlkcag erlkcga
erlkacg erlkagc erlkgac erlkgca erlakcg erlakgc erlackg erlacgk erlagck erlagkc erlgkac
erlgkca erlgakc erlgack erlgcak erlgcka ergckla ergckal ergclka ergclak ergcalk ergcakl
ergkcla ergkcal ergklca ergklac ergkalc ergkacl erglkca erglkac erglcka erglcak erglack
erglakc ergaklc ergakcl ergalkc ergalck ergaclk ergackl earcklg earckgl earclkg earclgk
earcglk earcgkl earkclg earkcgl earklcg earklgc earkglc earkgcl earlkcg earlkgc earlckg
earlcgk earlgck earlgkc eargklc eargkcl earglkc earglck eargclk eargckl eacrklg eacrkgl
eacrlkg eacrlgk eacrglk eacrgkl eackrlg eackrgl eacklrg eacklgr eackglr eackgrl eaclkrg
eaclkgr eaclrkg eaclrgk eaclgrk eaclgkr eacgklr eacgkrl eacglkr eacglrk eacgrlk eacgrkl
eakcrlg eakcrgl eakclrg eakclgr eakcglr eakcgrl eakrclg eakrcgl eakrlcg eakrlgc eakrglc
eakrgcl eaklrcg eaklrgc eaklcrg eaklcgr eaklgcr eaklgrc eakgrlc eakgrcl eakglrc eakglcr
eakgclr eakgcrl ealckrg ealckgr ealcrkg ealcrgk ealcgrk ealcgkr ealkcrg ealkcgr ealkrcg
ealkrgc ealkgrc ealkgcr ealrkcg ealrkgc ealrckg ealrcgk ealrgck ealrgkc ealgkrc ealgkcr
ealgrkc ealgrck ealgcrk ealgckr eagcklr eagckrl eagclkr eagclrk eagcrlk eagcrkl eagkclr
eagkcrl eagklcr eagklrc eagkrlc eagkrcl eaglkcr eaglkrc eaglckr eaglcrk eaglrck eaglrkc
eagrklc eagrkcl eagrlkc eagrlck eagrclk eagrckl ecarklg ecarkgl ecarlkg ecarlgk ecarglk
ecargkl ecakrlg ecakrgl ecaklrg ecaklgr ecakglr ecakgrl ecalkrg ecalkgr ecalrkg ecalrgk
ecalgrk ecalgkr ecagklr ecagkrl ecaglkr ecaglrk ecagrlk ecagrkl ecraklg ecrakgl ecralkg
ecralgk ecraglk ecragkl ecrkalg ecrkagl ecrklag ecrklga ecrkgla ecrkgal ecrlkag ecrlkga
ecrlakg ecrlagk ecrlgak ecrlgka ecrgkla ecrgkal ecrglka ecrglak ecrgalk ecrgakl eckralg
eckragl eckrlag eckrlga eckrgla eckrgal eckarlg eckargl eckalrg eckalgr eckaglr eckagrl
ecklarg ecklagr ecklrag ecklrga ecklgra ecklgar eckgalr eckgarl eckglar eckglra eckgrla
eckgral eclrkag eclrkga eclrakg eclragk eclrgak eclrgka eclkrag eclkrga eclkarg eclkagr
eclkgar eclkgra eclakrg eclakgr eclarkg eclargk eclagrk eclagkr eclgkar eclgkra eclgakr
eclgark eclgrak eclgrka ecgrkla ecgrkal ecgrlka ecgrlak ecgralk ecgrakl ecgkrla ecgkral
ecgklra ecgklar ecgkalr ecgkarl ecglkra ecglkar ecglrka ecglrak ecglark ecglakr ecgaklr
ecgakrl ecgalkr ecgalrk ecgarlk ecgarkl ekacrlg ekacrgl ekaclrg ekaclgr ekacglr ekacgrl
ekarclg ekarcgl ekarlcg ekarlgc ekarglc ekargcl ekalrcg ekalrgc ekalcrg ekalcgr ekalgcr
ekalgrc ekagrlc ekagrcl ekaglrc ekaglcr ekagclr ekagcrl ekcarlg ekcargl ekcalrg ekcalgr
ekcaglr ekcagrl ekcralg ekcragl ekcrlag ekcrlga ekcrgla ekcrgal ekclrag ekclrga ekclarg
ekclagr ekclgar ekclgra ekcgrla ekcgral ekcglra ekcglar ekcgalr ekcgarl ekrcalg ekrcagl
ekrclag ekrclga ekrcgla ekrcgal ekraclg ekracgl ekralcg ekralgc ekraglc ekragcl ekrlacg
ekrlagc ekrlcag ekrlcga ekrlgca ekrlgac ekrgalc ekrgacl ekrglac ekrglca ekrgcla ekrgcal
eklcrag eklcrga eklcarg eklcagr eklcgar eklcgra eklrcag eklrcga eklracg eklragc eklrgac
eklrgca eklarcg eklargc eklacrg eklacgr eklagcr eklagrc eklgrac eklgrca eklgarc eklgacr
eklgcar eklgcra ekgcrla ekgcral ekgclra ekgclar ekgcalr ekgcarl ekgrcla ekgrcal ekgrlca
ekgrlac ekgralc ekgracl ekglrca ekglrac ekglcra ekglcar ekglacr ekglarc ekgarlc ekgarcl
ekgalrc ekgalcr ekgaclr ekgacrl elackrg elackgr elacrkg elacrgk elacgrk elacgkr elakcrg
elakcgr elakrcg elakrgc elakgrc elakgcr elarkcg elarkgc elarckg elarcgk elargck elargkc
elagkrc elagkcr elagrkc elagrck elagcrk elagckr elcakrg elcakgr elcarkg elcargk elcagrk
elcagkr elckarg elckagr elckrag elckrga elckgra elckgar elcrkag elcrkga elcrakg elcragk
elcrgak elcrgka elcgkra elcgkar elcgrka elcgrak elcgark elcgakr elkcarg elkcagr elkcrag
elkcrga elkcgra elkcgar elkacrg elkacgr elkarcg elkargc elkagrc elkagcr elkracg elkragc
elkrcag elkrcga elkrgca elkrgac elkgarc elkgacr elkgrac elkgrca elkgcra elkgcar elrckag
elrckga elrcakg elrcagk elrcgak elrcgka elrkcag elrkcga elrkacg elrkagc elrkgac elrkgca
elrakcg elrakgc elrackg elracgk elragck elragkc elrgkac elrgkca elrgakc elrgack elrgcak
elrgcka elgckra elgckar elgcrka elgcrak elgcark elgcakr elgkcra elgkcar elgkrca elgkrac
elgkarc elgkacr elgrkca elgrkac elgrcka elgrcak elgrack elgrakc elgakrc elgakcr elgarkc
elgarck elgacrk elgackr egacklr egackrl egaclkr egaclrk egacrlk egacrkl egakclr egakcrl
egaklcr egaklrc egakrlc egakrcl egalkcr egalkrc egalckr egalcrk egalrck egalrkc egarklc
egarkcl egarlkc egarlck egarclk egarckl egcaklr egcakrl egcalkr egcalrk egcarlk egcarkl
egckalr egckarl egcklar egcklra egckrla egckral egclkar egclkra egclakr egclark egclrak
egclrka egcrkla egcrkal egcrlka egcrlak egcralk egcrakl egkcalr egkcarl egkclar egkclra
egkcrla egkcral egkaclr egkacrl egkalcr egkalrc egkarlc egkarcl egklacr egklarc egklcar
egklcra egklrca egklrac egkralc egkracl egkrlac egkrlca egkrcla egkrcal eglckar eglckra
eglcakr eglcark eglcrak eglcrka eglkcar eglkcra eglkacr eglkarc eglkrac eglkrca eglakcr
eglakrc eglackr eglacrk eglarck eglarkc eglrkac eglrkca eglrakc eglrack eglrcak eglrcka
egrckla egrckal egrclka egrclak egrcalk egrcakl egrkcla egrkcal egrklca egrklac egrkalc
egrkacl egrlkca egrlkac egrlcka egrlcak egrlack egrlakc egraklc egrakcl egralkc egralck
egraclk egrackl

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History of cryptography
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