easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

nahid

semiraw

herfurth

paludamento

dextroglucose

sideslips

iunctura

infortune

schlukb

machinabaminique

afmex

orthohydrogen

gheber

sensibilities

coppra

artophagous

kridle

earlock


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: dibutyl
cipher variations:
ejcvuzm fkdwvan glexwbo hmfyxcp ingzydq
johazer kpibafs lqjcbgt mrkdchu nslediv
otmfejw pungfkx qvohgly rwpihmz sxqjina
tyrkjob uzslkpc vatmlqd wbunmre xcvonsf
ydwpotg zexqpuh afyrqvi bgzsrwj chatsxk

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: dibutyl
Cipher: wryfgbo

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: dibutyl
Cipher: AAABB ABAAA AAAAB BAABB BAABA BABBA ABABA

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: dibutyl
cipher variations:
ejcvuzmkzejgviqpgxsrewfilenacvkzqjwilmncfsurqpaxkahsdmtg
gxurypcmnwfklysdytwhuytahidqfkdwvanlafkhwjrqhytsfxgjmfob
dwlarkxjmnodgtvsrqbylbitenuhhyvszqdnoxglmztezuxivzubijer
glexwbombglixksrizutgyhkngpcexmbslyknopehuwtsrczmcjufovi
izwtareopyhmnaufavyjwavcjkfshmfyxcpnchmjyltsjavuhzilohqd
fynctmzlopqfivxutsdandkvgpwjjaxubsfpqzinobvgbwzkxbwdklgt
ingzydqodinkzmutkbwviajmpiregzodunampqrgjwyvuteboelwhqxk
kbyvctgqrajopcwhcxalycxelmhujohazerpejolanvulcxwjbknqjsf
hapevobnqrshkxzwvufcpfmxiryllczwduhrsbkpqdxidybmzdyfmniv
kpibafsqfkpmbowvmdyxkclorktgibqfwpcorstilyaxwvgdqgnyjszm
mdaxevistclqreyjezcnaezgnojwlqjcbgtrglqncpxwnezyldmpsluh
jcrgxqdpstujmzbyxwherhozktannebyfwjtudmrsfzkfadobfahopkx
mrkdchushmrodqyxofazmenqtmvikdshyreqtuvknaczyxifsipalubo
ofczgxkuvenstgalgbepcgbipqlynsledivtinsperzypgbanforunwj
letizsfruvwlobdazyjgtjqbmvcppgdahylvwfotuhbmhcfqdhcjqrmz
otmfejwujotqfsazqhcbogpsvoxkmfujatgsvwxmpcebazkhukrcnwdq
qhebizmwxgpuvicnidgreidkrsnapungfkxvkpurgtbaridcphqtwpyl
ngvkbuhtwxynqdfcbalivlsdoxerrifcjanxyhqvwjdojehsfjelstob
qvohglywlqvshucbsjedqiruxqzmohwlcviuxyzoregdcbmjwmtepyfs
sjgdkboyzirwxkepkfitgkfmtupcrwpihmzxmrwtivdctkferjsvyran
pixmdwjvyzapsfhedcnkxnufqzgttkhelcpzajsxylfqlgjuhlgnuvqd
sxqjinaynsxujwedulgfsktwzsboqjynexkwzabqtgifedolyovgrahu
ulifmdqabktyzmgrmhkvimhovwretyrkjobzotyvkxfevmhgtluxatcp
rkzofylxabcruhjgfepmzpwhsbivvmjgnerbcluzanhsnilwjnipwxsf
uzslkpcapuzwlygfwnihumvybudqslapgzmybcdsvikhgfqnaqxitcjw
wnkhofscdmvaboitojmxkojqxytgvatmlqdbqvaxmzhgxojivnwzcver
tmbqhanzcdetwjlihgrobryjudkxxolipgtdenwbcpjupknylpkryzuh
wbunmrecrwbynaihypkjwoxadwfsuncriboadefuxkmjihspcszkvely
ypmjqhuefoxcdqkvqlozmqlszavixcvonsfdsxczobjizqlkxpybexgt
vodsjcpbefgvylnkjitqdtalwfmzzqnkrivfgpyderlwrmpanrmtabwj
ydwpotgetydapckjarmlyqzcfyhuwpetkdqcfghwzmolkjureubmxgna
arolsjwghqzefsmxsnqbosnubcxkzexqpuhfuzebqdlkbsnmzradgziv
xqfulerdghixanpmlkvsfvcnyhobbspmtkxhirafgtnytorcptovcdyl
afyrqvigvafcremlctonasbehajwyrgvmfsehijyboqnmlwtgwdozipc
ctqnulyijsbghuozupsdqupwdezmbgzsrwjhwbgdsfnmdupobtcfibkx
zshwngtfijkzcpronmxuhxepajqddurovmzjktchivpavqtervqxefan
chatsxkixchetgonevqpcudgjclyatixohugjkladqsponyviyfqbkre
evspwnakludijwqbwrufswryfgbodibutyljydifuhpofwrqdvehkdmz
bujypivhklmbertqpozwjzgrclsffwtqxoblmvejkxrcxsvgtxszghcp

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: dibutyl
Cipher: qvohgly

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: dibutyl
Cipher: 41422154444513

Extended Methods:
Method #1

Plaintext: dibutyl
method variations:
iogzydqotmedivtyrkioaydwpotf

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
d i b u t y l 
4 4 2 5 4 4 1 
1 2 1 4 4 5 3 
They are then read out in rows:
44254411214453
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: dibutyl
Cipher: twtabtp

Read more ...
Method #3

Plaintext: dibutyl
method variations:
qgvttes gvttesq vttesqg
ttesqgv tesqgvt esqgvtt
sqgvtte

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: dibutyl

all 5040 cipher variations:
dibutyl dibutly dibuytl dibuylt dibulyt dibulty dibtuyl dibtuly dibtyul dibtylu dibtlyu
dibtluy dibytul dibytlu dibyutl dibyult dibylut dibyltu dibltyu dibltuy diblytu diblyut
dibluyt dibluty diubtyl diubtly diubytl diubylt diublyt diublty diutbyl diutbly diutybl
diutylb diutlyb diutlby diuytbl diuytlb diuybtl diuyblt diuylbt diuyltb diultyb diultby
diulytb diulybt diulbyt diulbty ditubyl ditubly dituybl dituylb ditulyb ditulby ditbuyl
ditbuly ditbyul ditbylu ditblyu ditbluy ditybul dityblu dityubl dityulb ditylub ditylbu
ditlbyu ditlbuy ditlybu ditlyub ditluyb ditluby diyutbl diyutlb diyubtl diyublt diyulbt
diyultb diytubl diytulb diytbul diytblu diytlbu diytlub diybtul diybtlu diybutl diybult
diyblut diybltu diyltbu diyltub diylbtu diylbut diylubt diylutb dilutyb dilutby diluytb
diluybt dilubyt dilubty diltuyb diltuby diltyub diltybu diltbyu diltbuy dilytub dilytbu
dilyutb dilyubt dilybut dilybtu dilbtyu dilbtuy dilbytu dilbyut dilbuyt dilbuty dbiutyl
dbiutly dbiuytl dbiuylt dbiulyt dbiulty dbituyl dbituly dbityul dbitylu dbitlyu dbitluy
dbiytul dbiytlu dbiyutl dbiyult dbiylut dbiyltu dbiltyu dbiltuy dbilytu dbilyut dbiluyt
dbiluty dbuityl dbuitly dbuiytl dbuiylt dbuilyt dbuilty dbutiyl dbutily dbutyil dbutyli
dbutlyi dbutliy dbuytil dbuytli dbuyitl dbuyilt dbuylit dbuylti dbultyi dbultiy dbulyti
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duibtyl duibtly duibytl duibylt duiblyt duiblty duitbyl duitbly duitybl duitylb duitlyb
duitlby duiytbl duiytlb duiybtl duiyblt duiylbt duiyltb duiltyb duiltby duilytb duilybt
duilbyt duilbty dutibyl dutibly dutiybl dutiylb dutilyb dutilby dutbiyl dutbily dutbyil
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dyuitlb dyuibtl dyuiblt dyuilbt dyuiltb dyultib dyultbi dyulitb dyulibt dyulbit dyulbti
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iulbdyt iulbdty itbudyl itbudly itbuydl itbuyld itbulyd itbuldy itbduyl itbduly itbdyul
itbdylu itbdlyu itbdluy itbydul itbydlu itbyudl itbyuld itbylud itbyldu itbldyu itblduy
itblydu itblyud itbluyd itbludy itubdyl itubdly itubydl itubyld itublyd itubldy itudbyl
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itlydub itlydbu itlyudb itlyubd itlybud itlybdu itlbdyu itlbduy itlbydu itlbyud itlbuyd
itlbudy iybutdl iybutld iybudtl iybudlt iybuldt iybultd iybtudl iybtuld iybtdul iybtdlu
iybtldu iybtlud iybdtul iybdtlu iybdutl iybdult iybdlut iybdltu iybltdu iybltud iybldtu
iybldut iybludt iyblutd iyubtdl iyubtld iyubdtl iyubdlt iyubldt iyubltd iyutbdl iyutbld
iyutdbl iyutdlb iyutldb iyutlbd iyudtbl iyudtlb iyudbtl iyudblt iyudlbt iyudltb iyultdb
iyultbd iyuldtb iyuldbt iyulbdt iyulbtd iytubdl iytubld iytudbl iytudlb iytuldb iytulbd
iytbudl iytbuld iytbdul iytbdlu iytbldu iytblud iytdbul iytdblu iytdubl iytdulb iytdlub
iytdlbu iytlbdu iytlbud iytldbu iytldub iytludb iytlubd iydutbl iydutlb iydubtl iydublt
iydulbt iydultb iydtubl iydtulb iydtbul iydtblu iydtlbu iydtlub iydbtul iydbtlu iydbutl
iydbult iydblut iydbltu iydltbu iydltub iydlbtu iydlbut iydlubt iydlutb iylutdb iylutbd
iyludtb iyludbt iylubdt iylubtd iyltudb iyltubd iyltdub iyltdbu iyltbdu iyltbud iyldtub
iyldtbu iyldutb iyldubt iyldbut iyldbtu iylbtdu iylbtud iylbdtu iylbdut iylbudt iylbutd
ilbutyd ilbutdy ilbuytd ilbuydt ilbudyt ilbudty ilbtuyd ilbtudy ilbtyud ilbtydu ilbtdyu
ilbtduy ilbytud ilbytdu ilbyutd ilbyudt ilbydut ilbydtu ilbdtyu ilbdtuy ilbdytu ilbdyut
ilbduyt ilbduty ilubtyd ilubtdy ilubytd ilubydt ilubdyt ilubdty ilutbyd ilutbdy ilutybd
ilutydb ilutdyb ilutdby iluytbd iluytdb iluybtd iluybdt iluydbt iluydtb iludtyb iludtby
iludytb iludybt iludbyt iludbty iltubyd iltubdy iltuybd iltuydb iltudyb iltudby iltbuyd
iltbudy iltbyud iltbydu iltbdyu iltbduy iltybud iltybdu iltyubd iltyudb iltydub iltydbu
iltdbyu iltdbuy iltdybu iltdyub iltduyb iltduby ilyutbd ilyutdb ilyubtd ilyubdt ilyudbt
ilyudtb ilytubd ilytudb ilytbud ilytbdu ilytdbu ilytdub ilybtud ilybtdu ilybutd ilybudt
ilybdut ilybdtu ilydtbu ilydtub ilydbtu ilydbut ilydubt ilydutb ildutyb ildutby ilduytb
ilduybt ildubyt ildubty ildtuyb ildtuby ildtyub ildtybu ildtbyu ildtbuy ildytub ildytbu
ildyutb ildyubt ildybut ildybtu ildbtyu ildbtuy ildbytu ildbyut ildbuyt ildbuty bidutyl
bidutly biduytl biduylt bidulyt bidulty bidtuyl bidtuly bidtyul bidtylu bidtlyu bidtluy
bidytul bidytlu bidyutl bidyult bidylut bidyltu bidltyu bidltuy bidlytu bidlyut bidluyt
bidluty biudtyl biudtly biudytl biudylt biudlyt biudlty biutdyl biutdly biutydl biutyld
biutlyd biutldy biuytdl biuytld biuydtl biuydlt biuyldt biuyltd biultyd biultdy biulytd
biulydt biuldyt biuldty bitudyl bitudly bituydl bituyld bitulyd bituldy bitduyl bitduly
bitdyul bitdylu bitdlyu bitdluy bitydul bitydlu bityudl bityuld bitylud bityldu bitldyu
bitlduy bitlydu bitlyud bitluyd bitludy biyutdl biyutld biyudtl biyudlt biyuldt biyultd
biytudl biytuld biytdul biytdlu biytldu biytlud biydtul biydtlu biydutl biydult biydlut
biydltu biyltdu biyltud biyldtu biyldut biyludt biylutd bilutyd bilutdy biluytd biluydt
biludyt biludty biltuyd biltudy biltyud biltydu biltdyu biltduy bilytud bilytdu bilyutd
bilyudt bilydut bilydtu bildtyu bildtuy bildytu bildyut bilduyt bilduty bdiutyl bdiutly
bdiuytl bdiuylt bdiulyt bdiulty bdituyl bdituly bdityul bditylu bditlyu bditluy bdiytul
bdiytlu bdiyutl bdiyult bdiylut bdiyltu bdiltyu bdiltuy bdilytu bdilyut bdiluyt bdiluty
bduityl bduitly bduiytl bduiylt bduilyt bduilty bdutiyl bdutily bdutyil bdutyli bdutlyi
bdutliy bduytil bduytli bduyitl bduyilt bduylit bduylti bdultyi bdultiy bdulyti bdulyit
bduliyt bdulity bdtuiyl bdtuily bdtuyil bdtuyli bdtulyi bdtuliy bdtiuyl bdtiuly bdtiyul
bdtiylu bdtilyu bdtiluy bdtyiul bdtyilu bdtyuil bdtyuli bdtylui bdtyliu bdtliyu bdtliuy
bdtlyiu bdtlyui bdtluyi bdtluiy bdyutil bdyutli bdyuitl bdyuilt bdyulit bdyulti bdytuil
bdytuli bdytiul bdytilu bdytliu bdytlui bdyitul bdyitlu bdyiutl bdyiult bdyilut bdyiltu
bdyltiu bdyltui bdylitu bdyliut bdyluit bdyluti bdlutyi bdlutiy bdluyti bdluyit bdluiyt
bdluity bdltuyi bdltuiy bdltyui bdltyiu bdltiyu bdltiuy bdlytui bdlytiu bdlyuti bdlyuit
bdlyiut bdlyitu bdlityu bdlituy bdliytu bdliyut bdliuyt bdliuty budityl buditly budiytl
budiylt budilyt budilty budtiyl budtily budtyil budtyli budtlyi budtliy budytil budytli
budyitl budyilt budylit budylti budltyi budltiy budlyti budlyit budliyt budlity buidtyl
buidtly buidytl buidylt buidlyt buidlty buitdyl buitdly buitydl buityld buitlyd buitldy
buiytdl buiytld buiydtl buiydlt buiyldt buiyltd builtyd builtdy builytd builydt buildyt
buildty butidyl butidly butiydl butiyld butilyd butildy butdiyl butdily butdyil butdyli
butdlyi butdliy butydil butydli butyidl butyild butylid butyldi butldyi butldiy butlydi
butlyid butliyd butlidy buyitdl buyitld buyidtl buyidlt buyildt buyiltd buytidl buytild
buytdil buytdli buytldi buytlid buydtil buydtli buyditl buydilt buydlit buydlti buyltdi
buyltid buyldti buyldit buylidt buylitd bulityd bulitdy buliytd buliydt bulidyt bulidty
bultiyd bultidy bultyid bultydi bultdyi bultdiy bulytid bulytdi bulyitd bulyidt bulydit
bulydti buldtyi buldtiy buldyti buldyit buldiyt buldity btduiyl btduily btduyil btduyli
btdulyi btduliy btdiuyl btdiuly btdiyul btdiylu btdilyu btdiluy btdyiul btdyilu btdyuil
btdyuli btdylui btdyliu btdliyu btdliuy btdlyiu btdlyui btdluyi btdluiy btudiyl btudily
btudyil btudyli btudlyi btudliy btuidyl btuidly btuiydl btuiyld btuilyd btuildy btuyidl
btuyild btuydil btuydli btuyldi btuylid btuliyd btulidy btulyid btulydi btuldyi btuldiy
btiudyl btiudly btiuydl btiuyld btiulyd btiuldy btiduyl btiduly btidyul btidylu btidlyu
btidluy btiydul btiydlu btiyudl btiyuld btiylud btiyldu btildyu btilduy btilydu btilyud
btiluyd btiludy btyuidl btyuild btyudil btyudli btyuldi btyulid btyiudl btyiuld btyidul
btyidlu btyildu btyilud btydiul btydilu btyduil btyduli btydlui btydliu btylidu btyliud
btyldiu btyldui btyludi btyluid btluiyd btluidy btluyid btluydi btludyi btludiy btliuyd
btliudy btliyud btliydu btlidyu btliduy btlyiud btlyidu btlyuid btlyudi btlydui btlydiu
btldiyu btldiuy btldyiu btldyui btlduyi btlduiy bydutil bydutli byduitl byduilt bydulit
bydulti bydtuil bydtuli bydtiul bydtilu bydtliu bydtlui byditul byditlu bydiutl bydiult
bydilut bydiltu bydltiu bydltui bydlitu bydliut bydluit bydluti byudtil byudtli byuditl
byudilt byudlit byudlti byutdil byutdli byutidl byutild byutlid byutldi byuitdl byuitld
byuidtl byuidlt byuildt byuiltd byultid byultdi byulitd byulidt byuldit byuldti bytudil
bytudli bytuidl bytuild bytulid bytuldi bytduil bytduli bytdiul bytdilu bytdliu bytdlui
bytidul bytidlu bytiudl bytiuld bytilud bytildu bytldiu bytldui bytlidu bytliud bytluid
bytludi byiutdl byiutld byiudtl byiudlt byiuldt byiultd byitudl byituld byitdul byitdlu
byitldu byitlud byidtul byidtlu byidutl byidult byidlut byidltu byiltdu byiltud byildtu
byildut byiludt byilutd bylutid bylutdi byluitd byluidt byludit byludti byltuid byltudi
byltiud byltidu byltdiu byltdui bylitud bylitdu byliutd byliudt bylidut bylidtu byldtiu
byldtui bylditu byldiut bylduit bylduti bldutyi bldutiy blduyti blduyit blduiyt blduity
bldtuyi bldtuiy bldtyui bldtyiu bldtiyu bldtiuy bldytui bldytiu bldyuti bldyuit bldyiut
bldyitu bldityu bldituy bldiytu bldiyut bldiuyt bldiuty bludtyi bludtiy bludyti bludyit
bludiyt bludity blutdyi blutdiy blutydi blutyid blutiyd blutidy bluytdi bluytid bluydti
bluydit bluyidt bluyitd bluityd bluitdy bluiytd bluiydt bluidyt bluidty bltudyi bltudiy
bltuydi bltuyid bltuiyd bltuidy bltduyi bltduiy bltdyui bltdyiu bltdiyu bltdiuy bltydui
bltydiu bltyudi bltyuid bltyiud bltyidu bltidyu bltiduy bltiydu bltiyud bltiuyd bltiudy
blyutdi blyutid blyudti blyudit blyuidt blyuitd blytudi blytuid blytdui blytdiu blytidu
blytiud blydtui blydtiu blyduti blyduit blydiut blyditu blyitdu blyitud blyidtu blyidut
blyiudt blyiutd bliutyd bliutdy bliuytd bliuydt bliudyt bliudty blituyd blitudy blityud
blitydu blitdyu blitduy bliytud bliytdu bliyutd bliyudt bliydut bliydtu blidtyu blidtuy
blidytu blidyut bliduyt bliduty uibdtyl uibdtly uibdytl uibdylt uibdlyt uibdlty uibtdyl
uibtdly uibtydl uibtyld uibtlyd uibtldy uibytdl uibytld uibydtl uibydlt uibyldt uibyltd
uibltyd uibltdy uiblytd uiblydt uibldyt uibldty uidbtyl uidbtly uidbytl uidbylt uidblyt
uidblty uidtbyl uidtbly uidtybl uidtylb uidtlyb uidtlby uidytbl uidytlb uidybtl uidyblt
uidylbt uidyltb uidltyb uidltby uidlytb uidlybt uidlbyt uidlbty uitdbyl uitdbly uitdybl
uitdylb uitdlyb uitdlby uitbdyl uitbdly uitbydl uitbyld uitblyd uitbldy uitybdl uitybld
uitydbl uitydlb uityldb uitylbd uitlbyd uitlbdy uitlybd uitlydb uitldyb uitldby uiydtbl
uiydtlb uiydbtl uiydblt uiydlbt uiydltb uiytdbl uiytdlb uiytbdl uiytbld uiytlbd uiytldb
uiybtdl uiybtld uiybdtl uiybdlt uiybldt uiybltd uiyltbd uiyltdb uiylbtd uiylbdt uiyldbt
uiyldtb uildtyb uildtby uildytb uildybt uildbyt uildbty uiltdyb uiltdby uiltydb uiltybd
uiltbyd uiltbdy uilytdb uilytbd uilydtb uilydbt uilybdt uilybtd uilbtyd uilbtdy uilbytd
uilbydt uilbdyt uilbdty ubidtyl ubidtly ubidytl ubidylt ubidlyt ubidlty ubitdyl ubitdly
ubitydl ubityld ubitlyd ubitldy ubiytdl ubiytld ubiydtl ubiydlt ubiyldt ubiyltd ubiltyd
ubiltdy ubilytd ubilydt ubildyt ubildty ubdityl ubditly ubdiytl ubdiylt ubdilyt ubdilty
ubdtiyl ubdtily ubdtyil ubdtyli ubdtlyi ubdtliy ubdytil ubdytli ubdyitl ubdyilt ubdylit
ubdylti ubdltyi ubdltiy ubdlyti ubdlyit ubdliyt ubdlity ubtdiyl ubtdily ubtdyil ubtdyli
ubtdlyi ubtdliy ubtidyl ubtidly ubtiydl ubtiyld ubtilyd ubtildy ubtyidl ubtyild ubtydil
ubtydli ubtyldi ubtylid ubtliyd ubtlidy ubtlyid ubtlydi ubtldyi ubtldiy ubydtil ubydtli
ubyditl ubydilt ubydlit ubydlti ubytdil ubytdli ubytidl ubytild ubytlid ubytldi ubyitdl
ubyitld ubyidtl ubyidlt ubyildt ubyiltd ubyltid ubyltdi ubylitd ubylidt ubyldit ubyldti
ubldtyi ubldtiy ubldyti ubldyit ubldiyt ubldity ubltdyi ubltdiy ubltydi ubltyid ubltiyd
ubltidy ublytdi ublytid ublydti ublydit ublyidt ublyitd ublityd ublitdy ubliytd ubliydt
ublidyt ublidty udbityl udbitly udbiytl udbiylt udbilyt udbilty udbtiyl udbtily udbtyil
udbtyli udbtlyi udbtliy udbytil udbytli udbyitl udbyilt udbylit udbylti udbltyi udbltiy
udblyti udblyit udbliyt udblity udibtyl udibtly udibytl udibylt udiblyt udiblty uditbyl
uditbly uditybl uditylb uditlyb uditlby udiytbl udiytlb udiybtl udiyblt udiylbt udiyltb
udiltyb udiltby udilytb udilybt udilbyt udilbty udtibyl udtibly udtiybl udtiylb udtilyb
udtilby udtbiyl udtbily udtbyil udtbyli udtblyi udtbliy udtybil udtybli udtyibl udtyilb
udtylib udtylbi udtlbyi udtlbiy udtlybi udtlyib udtliyb udtliby udyitbl udyitlb udyibtl
udyiblt udyilbt udyiltb udytibl udytilb udytbil udytbli udytlbi udytlib udybtil udybtli
udybitl udybilt udyblit udyblti udyltbi udyltib udylbti udylbit udylibt udylitb udlityb
udlitby udliytb udliybt udlibyt udlibty udltiyb udltiby udltyib udltybi udltbyi udltbiy
udlytib udlytbi udlyitb udlyibt udlybit udlybti udlbtyi udlbtiy udlbyti udlbyit udlbiyt
udlbity utbdiyl utbdily utbdyil utbdyli utbdlyi utbdliy utbidyl utbidly utbiydl utbiyld
utbilyd utbildy utbyidl utbyild utbydil utbydli utbyldi utbylid utbliyd utblidy utblyid
utblydi utbldyi utbldiy utdbiyl utdbily utdbyil utdbyli utdblyi utdbliy utdibyl utdibly
utdiybl utdiylb utdilyb utdilby utdyibl utdyilb utdybil utdybli utdylbi utdylib utdliyb
utdliby utdlyib utdlybi utdlbyi utdlbiy utidbyl utidbly utidybl utidylb utidlyb utidlby
utibdyl utibdly utibydl utibyld utiblyd utibldy utiybdl utiybld utiydbl utiydlb utiyldb
utiylbd utilbyd utilbdy utilybd utilydb utildyb utildby utydibl utydilb utydbil utydbli
utydlbi utydlib utyidbl utyidlb utyibdl utyibld utyilbd utyildb utybidl utybild utybdil
utybdli utybldi utyblid utylibd utylidb utylbid utylbdi utyldbi utyldib utldiyb utldiby
utldyib utldybi utldbyi utldbiy utlidyb utlidby utliydb utliybd utlibyd utlibdy utlyidb
utlyibd utlydib utlydbi utlybdi utlybid utlbiyd utlbidy utlbyid utlbydi utlbdyi utlbdiy
uybdtil uybdtli uybditl uybdilt uybdlit uybdlti uybtdil uybtdli uybtidl uybtild uybtlid
uybtldi uybitdl uybitld uybidtl uybidlt uybildt uybiltd uybltid uybltdi uyblitd uyblidt
uybldit uybldti uydbtil uydbtli uydbitl uydbilt uydblit uydblti uydtbil uydtbli uydtibl
uydtilb uydtlib uydtlbi uyditbl uyditlb uydibtl uydiblt uydilbt uydiltb uydltib uydltbi
uydlitb uydlibt uydlbit uydlbti uytdbil uytdbli uytdibl uytdilb uytdlib uytdlbi uytbdil
uytbdli uytbidl uytbild uytblid uytbldi uytibdl uytibld uytidbl uytidlb uytildb uytilbd
uytlbid uytlbdi uytlibd uytlidb uytldib uytldbi uyidtbl uyidtlb uyidbtl uyidblt uyidlbt
uyidltb uyitdbl uyitdlb uyitbdl uyitbld uyitlbd uyitldb uyibtdl uyibtld uyibdtl uyibdlt
uyibldt uyibltd uyiltbd uyiltdb uyilbtd uyilbdt uyildbt uyildtb uyldtib uyldtbi uylditb
uyldibt uyldbit uyldbti uyltdib uyltdbi uyltidb uyltibd uyltbid uyltbdi uylitdb uylitbd
uylidtb uylidbt uylibdt uylibtd uylbtid uylbtdi uylbitd uylbidt uylbdit uylbdti ulbdtyi
ulbdtiy ulbdyti ulbdyit ulbdiyt ulbdity ulbtdyi ulbtdiy ulbtydi ulbtyid ulbtiyd ulbtidy
ulbytdi ulbytid ulbydti ulbydit ulbyidt ulbyitd ulbityd ulbitdy ulbiytd ulbiydt ulbidyt
ulbidty uldbtyi uldbtiy uldbyti uldbyit uldbiyt uldbity uldtbyi uldtbiy uldtybi uldtyib
uldtiyb uldtiby uldytbi uldytib uldybti uldybit uldyibt uldyitb uldityb ulditby uldiytb
uldiybt uldibyt uldibty ultdbyi ultdbiy ultdybi ultdyib ultdiyb ultdiby ultbdyi ultbdiy
ultbydi ultbyid ultbiyd ultbidy ultybdi ultybid ultydbi ultydib ultyidb ultyibd ultibyd
ultibdy ultiybd ultiydb ultidyb ultidby ulydtbi ulydtib ulydbti ulydbit ulydibt ulyditb
ulytdbi ulytdib ulytbdi ulytbid ulytibd ulytidb ulybtdi ulybtid ulybdti ulybdit ulybidt
ulybitd ulyitbd ulyitdb ulyibtd ulyibdt ulyidbt ulyidtb ulidtyb ulidtby ulidytb ulidybt
ulidbyt ulidbty ulitdyb ulitdby ulitydb ulitybd ulitbyd ulitbdy uliytdb uliytbd uliydtb
uliydbt uliybdt uliybtd ulibtyd ulibtdy ulibytd ulibydt ulibdyt ulibdty tibudyl tibudly
tibuydl tibuyld tibulyd tibuldy tibduyl tibduly tibdyul tibdylu tibdlyu tibdluy tibydul
tibydlu tibyudl tibyuld tibylud tibyldu tibldyu tiblduy tiblydu tiblyud tibluyd tibludy
tiubdyl tiubdly tiubydl tiubyld tiublyd tiubldy tiudbyl tiudbly tiudybl tiudylb tiudlyb
tiudlby tiuydbl tiuydlb tiuybdl tiuybld tiuylbd tiuyldb tiuldyb tiuldby tiulydb tiulybd
tiulbyd tiulbdy tidubyl tidubly tiduybl tiduylb tidulyb tidulby tidbuyl tidbuly tidbyul
tidbylu tidblyu tidbluy tidybul tidyblu tidyubl tidyulb tidylub tidylbu tidlbyu tidlbuy
tidlybu tidlyub tidluyb tidluby tiyudbl tiyudlb tiyubdl tiyubld tiyulbd tiyuldb tiydubl
tiydulb tiydbul tiydblu tiydlbu tiydlub tiybdul tiybdlu tiybudl tiybuld tiyblud tiybldu
tiyldbu tiyldub tiylbdu tiylbud tiylubd tiyludb tiludyb tiludby tiluydb tiluybd tilubyd
tilubdy tilduyb tilduby tildyub tildybu tildbyu tildbuy tilydub tilydbu tilyudb tilyubd
tilybud tilybdu tilbdyu tilbduy tilbydu tilbyud tilbuyd tilbudy tbiudyl tbiudly tbiuydl
tbiuyld tbiulyd tbiuldy tbiduyl tbiduly tbidyul tbidylu tbidlyu tbidluy tbiydul tbiydlu
tbiyudl tbiyuld tbiylud tbiyldu tbildyu tbilduy tbilydu tbilyud tbiluyd tbiludy tbuidyl
tbuidly tbuiydl tbuiyld tbuilyd tbuildy tbudiyl tbudily tbudyil tbudyli tbudlyi tbudliy
tbuydil tbuydli tbuyidl tbuyild tbuylid tbuyldi tbuldyi tbuldiy tbulydi tbulyid tbuliyd
tbulidy tbduiyl tbduily tbduyil tbduyli tbdulyi tbduliy tbdiuyl tbdiuly tbdiyul tbdiylu
tbdilyu tbdiluy tbdyiul tbdyilu tbdyuil tbdyuli tbdylui tbdyliu tbdliyu tbdliuy tbdlyiu
tbdlyui tbdluyi tbdluiy tbyudil tbyudli tbyuidl tbyuild tbyulid tbyuldi tbyduil tbyduli
tbydiul tbydilu tbydliu tbydlui tbyidul tbyidlu tbyiudl tbyiuld tbyilud tbyildu tbyldiu
tbyldui tbylidu tbyliud tbyluid tbyludi tbludyi tbludiy tbluydi tbluyid tbluiyd tbluidy
tblduyi tblduiy tbldyui tbldyiu tbldiyu tbldiuy tblydui tblydiu tblyudi tblyuid tblyiud
tblyidu tblidyu tbliduy tbliydu tbliyud tbliuyd tbliudy tubidyl tubidly tubiydl tubiyld
tubilyd tubildy tubdiyl tubdily tubdyil tubdyli tubdlyi tubdliy tubydil tubydli tubyidl
tubyild tubylid tubyldi tubldyi tubldiy tublydi tublyid tubliyd tublidy tuibdyl tuibdly
tuibydl tuibyld tuiblyd tuibldy tuidbyl tuidbly tuidybl tuidylb tuidlyb tuidlby tuiydbl
tuiydlb tuiybdl tuiybld tuiylbd tuiyldb tuildyb tuildby tuilydb tuilybd tuilbyd tuilbdy
tudibyl tudibly tudiybl tudiylb tudilyb tudilby tudbiyl tudbily tudbyil tudbyli tudblyi
tudbliy tudybil tudybli tudyibl tudyilb tudylib tudylbi tudlbyi tudlbiy tudlybi tudlyib
tudliyb tudliby tuyidbl tuyidlb tuyibdl tuyibld tuyilbd tuyildb tuydibl tuydilb tuydbil
tuydbli tuydlbi tuydlib tuybdil tuybdli tuybidl tuybild tuyblid tuybldi tuyldbi tuyldib
tuylbdi tuylbid tuylibd tuylidb tulidyb tulidby tuliydb tuliybd tulibyd tulibdy tuldiyb
tuldiby tuldyib tuldybi tuldbyi tuldbiy tulydib tulydbi tulyidb tulyibd tulybid tulybdi
tulbdyi tulbdiy tulbydi tulbyid tulbiyd tulbidy tdbuiyl tdbuily tdbuyil tdbuyli tdbulyi
tdbuliy tdbiuyl tdbiuly tdbiyul tdbiylu tdbilyu tdbiluy tdbyiul tdbyilu tdbyuil tdbyuli
tdbylui tdbyliu tdbliyu tdbliuy tdblyiu tdblyui tdbluyi tdbluiy tdubiyl tdubily tdubyil
tdubyli tdublyi tdubliy tduibyl tduibly tduiybl tduiylb tduilyb tduilby tduyibl tduyilb
tduybil tduybli tduylbi tduylib tduliyb tduliby tdulyib tdulybi tdulbyi tdulbiy tdiubyl
tdiubly tdiuybl tdiuylb tdiulyb tdiulby tdibuyl tdibuly tdibyul tdibylu tdiblyu tdibluy
tdiybul tdiyblu tdiyubl tdiyulb tdiylub tdiylbu tdilbyu tdilbuy tdilybu tdilyub tdiluyb
tdiluby tdyuibl tdyuilb tdyubil tdyubli tdyulbi tdyulib tdyiubl tdyiulb tdyibul tdyiblu
tdyilbu tdyilub tdybiul tdybilu tdybuil tdybuli tdyblui tdybliu tdylibu tdyliub tdylbiu
tdylbui tdylubi tdyluib tdluiyb tdluiby tdluyib tdluybi tdlubyi tdlubiy tdliuyb tdliuby
tdliyub tdliybu tdlibyu tdlibuy tdlyiub tdlyibu tdlyuib tdlyubi tdlybui tdlybiu tdlbiyu
tdlbiuy tdlbyiu tdlbyui tdlbuyi tdlbuiy tybudil tybudli tybuidl tybuild tybulid tybuldi
tybduil tybduli tybdiul tybdilu tybdliu tybdlui tybidul tybidlu tybiudl tybiuld tybilud
tybildu tybldiu tybldui tyblidu tybliud tybluid tybludi tyubdil tyubdli tyubidl tyubild
tyublid tyubldi tyudbil tyudbli tyudibl tyudilb tyudlib tyudlbi tyuidbl tyuidlb tyuibdl
tyuibld tyuilbd tyuildb tyuldib tyuldbi tyulidb tyulibd tyulbid tyulbdi tydubil tydubli
tyduibl tyduilb tydulib tydulbi tydbuil tydbuli tydbiul tydbilu tydbliu tydblui tydibul
tydiblu tydiubl tydiulb tydilub tydilbu tydlbiu tydlbui tydlibu tydliub tydluib tydlubi
tyiudbl tyiudlb tyiubdl tyiubld tyiulbd tyiuldb tyidubl tyidulb tyidbul tyidblu tyidlbu
tyidlub tyibdul tyibdlu tyibudl tyibuld tyiblud tyibldu tyildbu tyildub tyilbdu tyilbud
tyilubd tyiludb tyludib tyludbi tyluidb tyluibd tylubid tylubdi tylduib tyldubi tyldiub
tyldibu tyldbiu tyldbui tylidub tylidbu tyliudb tyliubd tylibud tylibdu tylbdiu tylbdui
tylbidu tylbiud tylbuid tylbudi tlbudyi tlbudiy tlbuydi tlbuyid tlbuiyd tlbuidy tlbduyi
tlbduiy tlbdyui tlbdyiu tlbdiyu tlbdiuy tlbydui tlbydiu tlbyudi tlbyuid tlbyiud tlbyidu
tlbidyu tlbiduy tlbiydu tlbiyud tlbiuyd tlbiudy tlubdyi tlubdiy tlubydi tlubyid tlubiyd
tlubidy tludbyi tludbiy tludybi tludyib tludiyb tludiby tluydbi tluydib tluybdi tluybid
tluyibd tluyidb tluidyb tluidby tluiydb tluiybd tluibyd tluibdy tldubyi tldubiy tlduybi
tlduyib tlduiyb tlduiby tldbuyi tldbuiy tldbyui tldbyiu tldbiyu tldbiuy tldybui tldybiu
tldyubi tldyuib tldyiub tldyibu tldibyu tldibuy tldiybu tldiyub tldiuyb tldiuby tlyudbi
tlyudib tlyubdi tlyubid tlyuibd tlyuidb tlydubi tlyduib tlydbui tlydbiu tlydibu tlydiub
tlybdui tlybdiu tlybudi tlybuid tlybiud tlybidu tlyidbu tlyidub tlyibdu tlyibud tlyiubd
tlyiudb tliudyb tliudby tliuydb tliuybd tliubyd tliubdy tliduyb tliduby tlidyub tlidybu
tlidbyu tlidbuy tliydub tliydbu tliyudb tliyubd tliybud tliybdu tlibdyu tlibduy tlibydu
tlibyud tlibuyd tlibudy yibutdl yibutld yibudtl yibudlt yibuldt yibultd yibtudl yibtuld
yibtdul yibtdlu yibtldu yibtlud yibdtul yibdtlu yibdutl yibdult yibdlut yibdltu yibltdu
yibltud yibldtu yibldut yibludt yiblutd yiubtdl yiubtld yiubdtl yiubdlt yiubldt yiubltd
yiutbdl yiutbld yiutdbl yiutdlb yiutldb yiutlbd yiudtbl yiudtlb yiudbtl yiudblt yiudlbt
yiudltb yiultdb yiultbd yiuldtb yiuldbt yiulbdt yiulbtd yitubdl yitubld yitudbl yitudlb
yituldb yitulbd yitbudl yitbuld yitbdul yitbdlu yitbldu yitblud yitdbul yitdblu yitdubl
yitdulb yitdlub yitdlbu yitlbdu yitlbud yitldbu yitldub yitludb yitlubd yidutbl yidutlb
yidubtl yidublt yidulbt yidultb yidtubl yidtulb yidtbul yidtblu yidtlbu yidtlub yidbtul
yidbtlu yidbutl yidbult yidblut yidbltu yidltbu yidltub yidlbtu yidlbut yidlubt yidlutb
yilutdb yilutbd yiludtb yiludbt yilubdt yilubtd yiltudb yiltubd yiltdub yiltdbu yiltbdu
yiltbud yildtub yildtbu yildutb yildubt yildbut yildbtu yilbtdu yilbtud yilbdtu yilbdut
yilbudt yilbutd ybiutdl ybiutld ybiudtl ybiudlt ybiuldt ybiultd ybitudl ybituld ybitdul
ybitdlu ybitldu ybitlud ybidtul ybidtlu ybidutl ybidult ybidlut ybidltu ybiltdu ybiltud
ybildtu ybildut ybiludt ybilutd ybuitdl ybuitld ybuidtl ybuidlt ybuildt ybuiltd ybutidl
ybutild ybutdil ybutdli ybutldi ybutlid ybudtil ybudtli ybuditl ybudilt ybudlit ybudlti
ybultdi ybultid ybuldti ybuldit ybulidt ybulitd ybtuidl ybtuild ybtudil ybtudli ybtuldi
ybtulid ybtiudl ybtiuld ybtidul ybtidlu ybtildu ybtilud ybtdiul ybtdilu ybtduil ybtduli
ybtdlui ybtdliu ybtlidu ybtliud ybtldiu ybtldui ybtludi ybtluid ybdutil ybdutli ybduitl
ybduilt ybdulit ybdulti ybdtuil ybdtuli ybdtiul ybdtilu ybdtliu ybdtlui ybditul ybditlu
ybdiutl ybdiult ybdilut ybdiltu ybdltiu ybdltui ybdlitu ybdliut ybdluit ybdluti yblutdi
yblutid ybludti ybludit ybluidt ybluitd ybltudi ybltuid ybltdui ybltdiu ybltidu ybltiud
ybldtui ybldtiu yblduti yblduit ybldiut yblditu yblitdu yblitud yblidtu yblidut ybliudt
ybliutd yubitdl yubitld yubidtl yubidlt yubildt yubiltd yubtidl yubtild yubtdil yubtdli
yubtldi yubtlid yubdtil yubdtli yubditl yubdilt yubdlit yubdlti yubltdi yubltid yubldti
yubldit yublidt yublitd yuibtdl yuibtld yuibdtl yuibdlt yuibldt yuibltd yuitbdl yuitbld
yuitdbl yuitdlb yuitldb yuitlbd yuidtbl yuidtlb yuidbtl yuidblt yuidlbt yuidltb yuiltdb
yuiltbd yuildtb yuildbt yuilbdt yuilbtd yutibdl yutibld yutidbl yutidlb yutildb yutilbd
yutbidl yutbild yutbdil yutbdli yutbldi yutblid yutdbil yutdbli yutdibl yutdilb yutdlib
yutdlbi yutlbdi yutlbid yutldbi yutldib yutlidb yutlibd yuditbl yuditlb yudibtl yudiblt
yudilbt yudiltb yudtibl yudtilb yudtbil yudtbli yudtlbi yudtlib yudbtil yudbtli yudbitl
yudbilt yudblit yudblti yudltbi yudltib yudlbti yudlbit yudlibt yudlitb yulitdb yulitbd
yulidtb yulidbt yulibdt yulibtd yultidb yultibd yultdib yultdbi yultbdi yultbid yuldtib
yuldtbi yulditb yuldibt yuldbit yuldbti yulbtdi yulbtid yulbdti yulbdit yulbidt yulbitd
ytbuidl ytbuild ytbudil ytbudli ytbuldi ytbulid ytbiudl ytbiuld ytbidul ytbidlu ytbildu
ytbilud ytbdiul ytbdilu ytbduil ytbduli ytbdlui ytbdliu ytblidu ytbliud ytbldiu ytbldui
ytbludi ytbluid ytubidl ytubild ytubdil ytubdli ytubldi ytublid ytuibdl ytuibld ytuidbl
ytuidlb ytuildb ytuilbd ytudibl ytudilb ytudbil ytudbli ytudlbi ytudlib ytulidb ytulibd
ytuldib ytuldbi ytulbdi ytulbid ytiubdl ytiubld ytiudbl ytiudlb ytiuldb ytiulbd ytibudl
ytibuld ytibdul ytibdlu ytibldu ytiblud ytidbul ytidblu ytidubl ytidulb ytidlub ytidlbu
ytilbdu ytilbud ytildbu ytildub ytiludb ytilubd ytduibl ytduilb ytdubil ytdubli ytdulbi
ytdulib ytdiubl ytdiulb ytdibul ytdiblu ytdilbu ytdilub ytdbiul ytdbilu ytdbuil ytdbuli
ytdblui ytdbliu ytdlibu ytdliub ytdlbiu ytdlbui ytdlubi ytdluib ytluidb ytluibd ytludib
ytludbi ytlubdi ytlubid ytliudb ytliubd ytlidub ytlidbu ytlibdu ytlibud ytldiub ytldibu
ytlduib ytldubi ytldbui ytldbiu ytlbidu ytlbiud ytlbdiu ytlbdui ytlbudi ytlbuid ydbutil
ydbutli ydbuitl ydbuilt ydbulit ydbulti ydbtuil ydbtuli ydbtiul ydbtilu ydbtliu ydbtlui
ydbitul ydbitlu ydbiutl ydbiult ydbilut ydbiltu ydbltiu ydbltui ydblitu ydbliut ydbluit
ydbluti ydubtil ydubtli ydubitl ydubilt ydublit ydublti ydutbil ydutbli ydutibl ydutilb
ydutlib ydutlbi yduitbl yduitlb yduibtl yduiblt yduilbt yduiltb ydultib ydultbi ydulitb
ydulibt ydulbit ydulbti ydtubil ydtubli ydtuibl ydtuilb ydtulib ydtulbi ydtbuil ydtbuli
ydtbiul ydtbilu ydtbliu ydtblui ydtibul ydtiblu ydtiubl ydtiulb ydtilub ydtilbu ydtlbiu
ydtlbui ydtlibu ydtliub ydtluib ydtlubi ydiutbl ydiutlb ydiubtl ydiublt ydiulbt ydiultb
yditubl yditulb yditbul yditblu yditlbu yditlub ydibtul ydibtlu ydibutl ydibult ydiblut
ydibltu ydiltbu ydiltub ydilbtu ydilbut ydilubt ydilutb ydlutib ydlutbi ydluitb ydluibt
ydlubit ydlubti ydltuib ydltubi ydltiub ydltibu ydltbiu ydltbui ydlitub ydlitbu ydliutb
ydliubt ydlibut ydlibtu ydlbtiu ydlbtui ydlbitu ydlbiut ydlbuit ydlbuti ylbutdi ylbutid
ylbudti ylbudit ylbuidt ylbuitd ylbtudi ylbtuid ylbtdui ylbtdiu ylbtidu ylbtiud ylbdtui
ylbdtiu ylbduti ylbduit ylbdiut ylbditu ylbitdu ylbitud ylbidtu ylbidut ylbiudt ylbiutd
ylubtdi ylubtid ylubdti ylubdit ylubidt ylubitd ylutbdi ylutbid ylutdbi ylutdib ylutidb
ylutibd yludtbi yludtib yludbti yludbit yludibt yluditb yluitdb yluitbd yluidtb yluidbt
yluibdt yluibtd yltubdi yltubid yltudbi yltudib yltuidb yltuibd yltbudi yltbuid yltbdui
yltbdiu yltbidu yltbiud yltdbui yltdbiu yltdubi yltduib yltdiub yltdibu yltibdu yltibud
yltidbu yltidub yltiudb yltiubd yldutbi yldutib yldubti yldubit ylduibt ylduitb yldtubi
yldtuib yldtbui yldtbiu yldtibu yldtiub yldbtui yldbtiu yldbuti yldbuit yldbiut yldbitu
ylditbu ylditub yldibtu yldibut yldiubt yldiutb yliutdb yliutbd yliudtb yliudbt yliubdt
yliubtd ylitudb ylitubd ylitdub ylitdbu ylitbdu ylitbud ylidtub ylidtbu ylidutb ylidubt
ylidbut ylidbtu ylibtdu ylibtud ylibdtu ylibdut ylibudt ylibutd libutyd libutdy libuytd
libuydt libudyt libudty libtuyd libtudy libtyud libtydu libtdyu libtduy libytud libytdu
libyutd libyudt libydut libydtu libdtyu libdtuy libdytu libdyut libduyt libduty liubtyd
liubtdy liubytd liubydt liubdyt liubdty liutbyd liutbdy liutybd liutydb liutdyb liutdby
liuytbd liuytdb liuybtd liuybdt liuydbt liuydtb liudtyb liudtby liudytb liudybt liudbyt
liudbty litubyd litubdy lituybd lituydb litudyb litudby litbuyd litbudy litbyud litbydu
litbdyu litbduy litybud litybdu lityubd lityudb litydub litydbu litdbyu litdbuy litdybu
litdyub litduyb litduby liyutbd liyutdb liyubtd liyubdt liyudbt liyudtb liytubd liytudb
liytbud liytbdu liytdbu liytdub liybtud liybtdu liybutd liybudt liybdut liybdtu liydtbu
liydtub liydbtu liydbut liydubt liydutb lidutyb lidutby liduytb liduybt lidubyt lidubty
lidtuyb lidtuby lidtyub lidtybu lidtbyu lidtbuy lidytub lidytbu lidyutb lidyubt lidybut
lidybtu lidbtyu lidbtuy lidbytu lidbyut lidbuyt lidbuty lbiutyd lbiutdy lbiuytd lbiuydt
lbiudyt lbiudty lbituyd lbitudy lbityud lbitydu lbitdyu lbitduy lbiytud lbiytdu lbiyutd
lbiyudt lbiydut lbiydtu lbidtyu lbidtuy lbidytu lbidyut lbiduyt lbiduty lbuityd lbuitdy
lbuiytd lbuiydt lbuidyt lbuidty lbutiyd lbutidy lbutyid lbutydi lbutdyi lbutdiy lbuytid
lbuytdi lbuyitd lbuyidt lbuydit lbuydti lbudtyi lbudtiy lbudyti lbudyit lbudiyt lbudity
lbtuiyd lbtuidy lbtuyid lbtuydi lbtudyi lbtudiy lbtiuyd lbtiudy lbtiyud lbtiydu lbtidyu
lbtiduy lbtyiud lbtyidu lbtyuid lbtyudi lbtydui lbtydiu lbtdiyu lbtdiuy lbtdyiu lbtdyui
lbtduyi lbtduiy lbyutid lbyutdi lbyuitd lbyuidt lbyudit lbyudti lbytuid lbytudi lbytiud
lbytidu lbytdiu lbytdui lbyitud lbyitdu lbyiutd lbyiudt lbyidut lbyidtu lbydtiu lbydtui
lbyditu lbydiut lbyduit lbyduti lbdutyi lbdutiy lbduyti lbduyit lbduiyt lbduity lbdtuyi
lbdtuiy lbdtyui lbdtyiu lbdtiyu lbdtiuy lbdytui lbdytiu lbdyuti lbdyuit lbdyiut lbdyitu
lbdityu lbdituy lbdiytu lbdiyut lbdiuyt lbdiuty lubityd lubitdy lubiytd lubiydt lubidyt
lubidty lubtiyd lubtidy lubtyid lubtydi lubtdyi lubtdiy lubytid lubytdi lubyitd lubyidt
lubydit lubydti lubdtyi lubdtiy lubdyti lubdyit lubdiyt lubdity luibtyd luibtdy luibytd
luibydt luibdyt luibdty luitbyd luitbdy luitybd luitydb luitdyb luitdby luiytbd luiytdb
luiybtd luiybdt luiydbt luiydtb luidtyb luidtby luidytb luidybt luidbyt luidbty lutibyd
lutibdy lutiybd lutiydb lutidyb lutidby lutbiyd lutbidy lutbyid lutbydi lutbdyi lutbdiy
lutybid lutybdi lutyibd lutyidb lutydib lutydbi lutdbyi lutdbiy lutdybi lutdyib lutdiyb
lutdiby luyitbd luyitdb luyibtd luyibdt luyidbt luyidtb luytibd luytidb luytbid luytbdi
luytdbi luytdib luybtid luybtdi luybitd luybidt luybdit luybdti luydtbi luydtib luydbti
luydbit luydibt luyditb ludityb luditby ludiytb ludiybt ludibyt ludibty ludtiyb ludtiby
ludtyib ludtybi ludtbyi ludtbiy ludytib ludytbi ludyitb ludyibt ludybit ludybti ludbtyi
ludbtiy ludbyti ludbyit ludbiyt ludbity ltbuiyd ltbuidy ltbuyid ltbuydi ltbudyi ltbudiy
ltbiuyd ltbiudy ltbiyud ltbiydu ltbidyu ltbiduy ltbyiud ltbyidu ltbyuid ltbyudi ltbydui
ltbydiu ltbdiyu ltbdiuy ltbdyiu ltbdyui ltbduyi ltbduiy ltubiyd ltubidy ltubyid ltubydi
ltubdyi ltubdiy ltuibyd ltuibdy ltuiybd ltuiydb ltuidyb ltuidby ltuyibd ltuyidb ltuybid
ltuybdi ltuydbi ltuydib ltudiyb ltudiby ltudyib ltudybi ltudbyi ltudbiy ltiubyd ltiubdy
ltiuybd ltiuydb ltiudyb ltiudby ltibuyd ltibudy ltibyud ltibydu ltibdyu ltibduy ltiybud
ltiybdu ltiyubd ltiyudb ltiydub ltiydbu ltidbyu ltidbuy ltidybu ltidyub ltiduyb ltiduby
ltyuibd ltyuidb ltyubid ltyubdi ltyudbi ltyudib ltyiubd ltyiudb ltyibud ltyibdu ltyidbu
ltyidub ltybiud ltybidu ltybuid ltybudi ltybdui ltybdiu ltydibu ltydiub ltydbiu ltydbui
ltydubi ltyduib ltduiyb ltduiby ltduyib ltduybi ltdubyi ltdubiy ltdiuyb ltdiuby ltdiyub
ltdiybu ltdibyu ltdibuy ltdyiub ltdyibu ltdyuib ltdyubi ltdybui ltdybiu ltdbiyu ltdbiuy
ltdbyiu ltdbyui ltdbuyi ltdbuiy lybutid lybutdi lybuitd lybuidt lybudit lybudti lybtuid
lybtudi lybtiud lybtidu lybtdiu lybtdui lybitud lybitdu lybiutd lybiudt lybidut lybidtu
lybdtiu lybdtui lybditu lybdiut lybduit lybduti lyubtid lyubtdi lyubitd lyubidt lyubdit
lyubdti lyutbid lyutbdi lyutibd lyutidb lyutdib lyutdbi lyuitbd lyuitdb lyuibtd lyuibdt
lyuidbt lyuidtb lyudtib lyudtbi lyuditb lyudibt lyudbit lyudbti lytubid lytubdi lytuibd
lytuidb lytudib lytudbi lytbuid lytbudi lytbiud lytbidu lytbdiu lytbdui lytibud lytibdu
lytiubd lytiudb lytidub lytidbu lytdbiu lytdbui lytdibu lytdiub lytduib lytdubi lyiutbd
lyiutdb lyiubtd lyiubdt lyiudbt lyiudtb lyitubd lyitudb lyitbud lyitbdu lyitdbu lyitdub
lyibtud lyibtdu lyibutd lyibudt lyibdut lyibdtu lyidtbu lyidtub lyidbtu lyidbut lyidubt
lyidutb lydutib lydutbi lyduitb lyduibt lydubit lydubti lydtuib lydtubi lydtiub lydtibu
lydtbiu lydtbui lyditub lyditbu lydiutb lydiubt lydibut lydibtu lydbtiu lydbtui lydbitu
lydbiut lydbuit lydbuti ldbutyi ldbutiy ldbuyti ldbuyit ldbuiyt ldbuity ldbtuyi ldbtuiy
ldbtyui ldbtyiu ldbtiyu ldbtiuy ldbytui ldbytiu ldbyuti ldbyuit ldbyiut ldbyitu ldbityu
ldbituy ldbiytu ldbiyut ldbiuyt ldbiuty ldubtyi ldubtiy ldubyti ldubyit ldubiyt ldubity
ldutbyi ldutbiy ldutybi ldutyib ldutiyb ldutiby lduytbi lduytib lduybti lduybit lduyibt
lduyitb lduityb lduitby lduiytb lduiybt lduibyt lduibty ldtubyi ldtubiy ldtuybi ldtuyib
ldtuiyb ldtuiby ldtbuyi ldtbuiy ldtbyui ldtbyiu ldtbiyu ldtbiuy ldtybui ldtybiu ldtyubi
ldtyuib ldtyiub ldtyibu ldtibyu ldtibuy ldtiybu ldtiyub ldtiuyb ldtiuby ldyutbi ldyutib
ldyubti ldyubit ldyuibt ldyuitb ldytubi ldytuib ldytbui ldytbiu ldytibu ldytiub ldybtui
ldybtiu ldybuti ldybuit ldybiut ldybitu ldyitbu ldyitub ldyibtu ldyibut ldyiubt ldyiutb
ldiutyb ldiutby ldiuytb ldiuybt ldiubyt ldiubty ldituyb ldituby ldityub lditybu lditbyu
lditbuy ldiytub ldiytbu ldiyutb ldiyubt ldiybut ldiybtu ldibtyu ldibtuy ldibytu ldibyut
ldibuyt ldibuty

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History of cryptography
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