easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

lamelliferous

raptos

underrepresentation

phanerophyte

zaretsky

knawels

termer

buckholtz

adonijah

metuoque

speedways

singlebar

sowins

dorroh

proudishly

veneramini

unrelaxed

divideret


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: tidball
cipher variations:
ujecbmm vkfdcnn wlgedoo xmhfepp ynigfqq
zojhgrr apkihss bqljitt crmkjuu dsnlkvv
etomlww fupnmxx gvqonyy hwrpozz ixsqpaa
jytrqbb kzusrcc lavtsdd mbwutee ncxvuff
odywvgg pezxwhh qfayxii rgbzyjj shcazkk

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: tidball
Cipher: grwyzoo

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: tidball
Cipher: BAABA ABAAA AAABB AAAAB AAAAA ABABA 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: tidball
cipher variations:
ujecbmmgzkebiispqgbeeefwibaaqvckbwwclimbssaruqbkkmhasbgg
yxgubccknmwbyywdsybuuityabqqvkfdcnnhalfcjjtqrhcfffgxjcbb
rwdlcxxdmjncttbsvrcllnibtchhzyhvcddlonxczzxetzcvvjuzbcrr
wlgedooibmgdkkursidggghykdccsxemdyyenkoduuctwsdmmojcudii
aziwdeempoydaayfuadwwkvacdssxmhfeppjcnhellvstjehhhizledd
tyfnezzfolpevvduxtennpkdvejjbajxeffnqpzebbzgvbexxlwbdett
ynigfqqkdoifmmwtukfiiijamfeeuzgofaagpmqfwwevyufooqlewfkk
cbkyfggorqafccahwcfyymxcefuuzojhgrrlepjgnnxuvlgjjjkbngff
vahpgbbhqnrgxxfwzvgpprmfxglldclzghhpsrbgddbixdgzznydfgvv
apkihssmfqkhooyvwmhkkklcohggwbiqhcciroshyygxawhqqsngyhmm
edmahiiqtscheecjyehaaozeghwwbqljittngrlippzwxnilllmdpihh
xcjriddjsptizzhybxirrtohzinnfenbijjrutdiffdkzfibbpafhixx
crmkjuuohsmjqqaxyojmmmneqjiiydksjeektqujaaizcyjssupiajoo
gfocjkksvuejggelagjccqbgijyydsnlkvvpitnkrrbyzpknnnofrkjj
zeltkfflurvkbbjadzkttvqjbkpphgpdklltwvfkhhfmbhkddrchjkzz
etomlwwqjuolssczaqlooopgslkkafmulggmvswlcckbealuuwrkclqq
ihqelmmuxwgliigncileesdiklaafupnmxxrkvpmttdabrmpppqhtmll
bgnvmhhnwtxmddlcfbmvvxsldmrrjirfmnnvyxhmjjhodjmfftejlmbb
gvqonyyslwqnuuebcsnqqqriunmmchowniioxuyneemdgcnwwytmenss
kjsgnoowzyinkkipeknggufkmncchwrpozztmxrovvfcdtorrrsjvonn
dipxojjpyvzoffnehdoxxzunfottlkthoppxazjolljqflohhvglnodd
ixsqpaaunyspwwgdeupssstkwpooejqypkkqzwapggofiepyyavogpuu
mluipqqybakpmmkrgmpiiwhmopeejytrqbbvoztqxxhefvqtttulxqpp
fkrzqllraxbqhhpgjfqzzbwphqvvnmvjqrrzcblqnnlshnqjjxinpqff
kzusrccwpauryyifgwruuuvmyrqqglsarmmsbycriiqhkgraacxqirww
onwkrssadcmroomtiorkkyjoqrgglavtsddxqbvszzjghxsvvvwnzsrr
hmtbsnntczdsjjrilhsbbdyrjsxxpoxlsttbednsppnujpsllzkprshh
mbwuteeyrcwtaakhiytwwwxoatssinuctooudaetkksjmitccezsktyy
qpymtuucfeotqqovkqtmmalqstiincxvuffzsdxubblijzuxxxypbutt
jovduppvebfulltknjuddfatluzzrqznuvvdgfpurrpwlrunnbmrtujj
odywvggateyvccmjkavyyyzqcvuukpwevqqwfcgvmmulokveegbumvaa
sraovwwehgqvssqxmsvoocnsuvkkpezxwhhbufzwddnklbwzzzardwvv
lqxfwrrxgdhwnnvmplwffhcvnwbbtsbpwxxfihrwttryntwppdotvwll
qfayxiicvgaxeeolmcxaaabsexwwmrygxssyheixoownqmxggidwoxcc
utcqxyygjisxuuszouxqqepuwxmmrgbzyjjdwhbyffpmndybbbctfyxx
nszhyttzifjyppxornyhhjexpyddvudryzzhkjtyvvtapvyrrfqvxynn
shcazkkexiczggqnoezcccdugzyyotaizuuajgkzqqypsoziikfyqzee
wveszaailkuzwwubqwzssgrwyzootidballfyjdahhropfadddevhazz
pubjavvbkhlarrzqtpajjlgzraffxwftabbjmlvaxxvcrxatthsxzapp

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: tidball
Cipher: gvqonyy

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: tidball
Cipher: 44424121111313

Extended Methods:
Method #1

Plaintext: tidball
method variations:
yoigfqqdtomlvviytrqaaodywvff

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
t i d b a l l 
4 4 4 2 1 1 1 
4 2 1 1 1 3 3 
They are then read out in rows:
44421114211133
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: tidball
Cipher: tiaqban

Read more ...
Method #3

Plaintext: tidball
method variations:
trfaacs rfaacst faacstr
aacstrf acstrfa cstrfaa
strfaac

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: tidball

all 5040 cipher variations:
tidball tidball tidblal tidblla tidblla tidblal tidabll tidabll tidalbl tidallb tidallb
tidalbl tidlabl tidlalb tidlbal tidlbla tidllba tidllab tidlalb tidlabl tidllab tidllba
tidlbla tidlbal tibdall tibdall tibdlal tibdlla tibdlla tibdlal tibadll tibadll tibaldl
tiballd tiballd tibaldl tibladl tiblald tibldal tibldla tibllda tibllad tiblald tibladl
tibllad tibllda tibldla tibldal tiabdll tiabdll tiabldl tiablld tiablld tiabldl tiadbll
tiadbll tiadlbl tiadllb tiadllb tiadlbl tialdbl tialdlb tialbdl tialbld tiallbd tialldb
tialdlb tialdbl tialldb tiallbd tialbld tialbdl tilbadl tilbald tilbdal tilbdla tilblda
tilblad tilabdl tilabld tiladbl tiladlb tilaldb tilalbd tildabl tildalb tildbal tildbla
tildlba tildlab tilladb tillabd tilldab tilldba tillbda tillbad tilbald tilbadl tilblad
tilblda tilbdla tilbdal tilabld tilabdl tilalbd tilaldb tiladlb tiladbl tillabd tilladb
tillbad tillbda tilldba tilldab tildalb tildabl tildlab tildlba tildbla tildbal tdiball
tdiball tdiblal tdiblla tdiblla tdiblal tdiabll tdiabll tdialbl tdiallb tdiallb tdialbl
tdilabl tdilalb tdilbal tdilbla tdillba tdillab tdilalb tdilabl tdillab tdillba tdilbla
tdilbal tdbiall tdbiall tdbilal tdbilla tdbilla tdbilal tdbaill tdbaill tdbalil tdballi
tdballi tdbalil tdblail tdblali tdblial tdblila tdbllia tdbllai tdblali tdblail tdbllai
tdbllia tdblila tdblial tdabill tdabill tdablil tdablli tdablli tdablil tdaibll tdaibll
tdailbl tdaillb tdaillb tdailbl tdalibl tdalilb tdalbil tdalbli tdallbi tdallib tdalilb
tdalibl tdallib tdallbi tdalbli tdalbil tdlbail tdlbali tdlbial tdlbila tdlblia tdlblai
tdlabil tdlabli tdlaibl tdlailb tdlalib tdlalbi tdliabl tdlialb tdlibal tdlibla tdlilba
tdlilab tdllaib tdllabi tdlliab tdlliba tdllbia tdllbai tdlbali tdlbail tdlblai tdlblia
tdlbila tdlbial tdlabli tdlabil tdlalbi tdlalib tdlailb tdlaibl tdllabi tdllaib tdllbai
tdllbia tdlliba tdlliab tdlialb tdliabl tdlilab tdlilba tdlibla tdlibal tbdiall tbdiall
tbdilal tbdilla tbdilla tbdilal tbdaill tbdaill tbdalil tbdalli tbdalli tbdalil tbdlail
tbdlali tbdlial tbdlila tbdllia tbdllai tbdlali tbdlail tbdllai tbdllia tbdlila tbdlial
tbidall tbidall tbidlal tbidlla tbidlla tbidlal tbiadll tbiadll tbialdl tbialld tbialld
tbialdl tbiladl tbilald tbildal tbildla tbillda tbillad tbilald tbiladl tbillad tbillda
tbildla tbildal tbaidll tbaidll tbaildl tbailld tbailld tbaildl tbadill tbadill tbadlil
tbadlli tbadlli tbadlil tbaldil tbaldli tbalidl tbalild tballid tballdi tbaldli tbaldil
tballdi tballid tbalild tbalidl tbliadl tbliald tblidal tblidla tblilda tblilad tblaidl
tblaild tbladil tbladli tblaldi tblalid tbldail tbldali tbldial tbldila tbldlia tbldlai
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tblldia tblldai tbldali tbldail tbldlai tbldlia tbldila tbldial tadbill tadbill tadblil
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tabdill tabdlil tabdlli tabdlli tabdlil tabidll tabidll tabildl tabilld tabilld tabildl
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tabldil taibdll taibdll taibldl taiblld taiblld taibldl taidbll taidbll taidlbl taidllb
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tlildab tlildba tlilbda tlilbad tllbaid tllbadi tllbiad tllbida tllbdia tllbdai tllabid
tllabdi tllaibd tllaidb tlladib tlladbi tlliabd tlliadb tllibad tllibda tllidba tllidab
tlldaib tlldabi tlldiab tlldiba tlldbia tlldbai tldbali tldbail tldblai tldblia tldbila
tldbial tldabli tldabil tldalbi tldalib tldailb tldaibl tldlabi tldlaib tldlbai tldlbia
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tlidabl tlidlab tlidlba tlidbla tlidbal itdball itdball itdblal itdblla itdblla itdblal
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iatbldl iatdbll iatdbll iatdlbl iatdllb iatdllb iatdlbl iatldbl iatldlb iatlbdl iatlbld
iatllbd iatlldb iatldlb iatldbl iatlldb iatllbd iatlbld iatlbdl ialbtdl ialbtld ialbdtl
ialbdlt ialbldt ialbltd ialtbdl ialtbld ialtdbl ialtdlb ialtldb ialtlbd ialdtbl ialdtlb
ialdbtl ialdblt ialdlbt ialdltb ialltdb ialltbd ialldtb ialldbt iallbdt iallbtd ialbtld
ialbtdl ialbltd ialbldt ialbdlt ialbdtl ialtbld ialtbdl ialtlbd ialtldb ialtdlb ialtdbl
ialltbd ialltdb iallbtd iallbdt ialldbt ialldtb ialdtlb ialdtbl ialdltb ialdlbt ialdblt
ialdbtl ildbatl ildbalt ildbtal ildbtla ildblta ildblat ildabtl ildablt ildatbl ildatlb
ildaltb ildalbt ildtabl ildtalb ildtbal ildtbla ildtlba ildtlab ildlatb ildlabt ildltab
ildltba ildlbta ildlbat ilbdatl ilbdalt ilbdtal ilbdtla ilbdlta ilbdlat ilbadtl ilbadlt
ilbatdl ilbatld ilbaltd ilbaldt ilbtadl ilbtald ilbtdal ilbtdla ilbtlda ilbtlad ilblatd
ilbladt ilbltad ilbltda ilbldta ilbldat ilabdtl ilabdlt ilabtdl ilabtld ilabltd ilabldt
iladbtl iladblt iladtbl iladtlb iladltb iladlbt ilatdbl ilatdlb ilatbdl ilatbld ilatlbd
ilatldb ilaldtb ilaldbt ilaltdb ilaltbd ilalbtd ilalbdt iltbadl iltbald iltbdal iltbdla
iltblda iltblad iltabdl iltabld iltadbl iltadlb iltaldb iltalbd iltdabl iltdalb iltdbal
iltdbla iltdlba iltdlab iltladb iltlabd iltldab iltldba iltlbda iltlbad illbatd illbadt
illbtad illbtda illbdta illbdat illabtd illabdt illatbd illatdb illadtb illadbt illtabd
illtadb illtbad illtbda illtdba illtdab illdatb illdabt illdtab illdtba illdbta illdbat
ildbalt ildbatl ildblat ildblta ildbtla ildbtal ildablt ildabtl ildalbt ildaltb ildatlb
ildatbl ildlabt ildlatb ildlbat ildlbta ildltba ildltab ildtalb ildtabl ildtlab ildtlba
ildtbla ildtbal ilbdalt ilbdatl ilbdlat ilbdlta ilbdtla ilbdtal ilbadlt ilbadtl ilbaldt
ilbaltd ilbatld ilbatdl ilbladt ilblatd ilbldat ilbldta ilbltda ilbltad ilbtald ilbtadl
ilbtlad ilbtlda ilbtdla ilbtdal ilabdlt ilabdtl ilabldt ilabltd ilabtld ilabtdl iladblt
iladbtl iladlbt iladltb iladtlb iladtbl ilaldbt ilaldtb ilalbdt ilalbtd ilaltbd ilaltdb
ilatdlb ilatdbl ilatldb ilatlbd ilatbld ilatbdl illbadt illbatd illbdat illbdta illbtda
illbtad illabdt illabtd illadbt illadtb illatdb illatbd illdabt illdatb illdbat illdbta
illdtba illdtab illtadb illtabd illtdab illtdba illtbda illtbad iltbald iltbadl iltblad
iltblda iltbdla iltbdal iltabld iltabdl iltalbd iltaldb iltadlb iltadbl iltlabd iltladb
iltlbad iltlbda iltldba iltldab iltdalb iltdabl iltdlab iltdlba iltdbla iltdbal ditball
ditball ditblal ditblla ditblla ditblal ditabll ditabll ditalbl ditallb ditallb ditalbl
ditlabl ditlalb ditlbal ditlbla ditllba ditllab ditlalb ditlabl ditllab ditllba ditlbla
ditlbal dibtall dibtall dibtlal dibtlla dibtlla dibtlal dibatll dibatll dibaltl diballt
diballt dibaltl diblatl diblalt dibltal dibltla dibllta dibllat diblalt diblatl dibllat
dibllta dibltla dibltal diabtll diabtll diabltl diabllt diabllt diabltl diatbll diatbll
diatlbl diatllb diatllb diatlbl dialtbl dialtlb dialbtl dialblt diallbt dialltb dialtlb
dialtbl dialltb diallbt dialblt dialbtl dilbatl dilbalt dilbtal dilbtla dilblta dilblat
dilabtl dilablt dilatbl dilatlb dilaltb dilalbt diltabl diltalb diltbal diltbla diltlba
diltlab dillatb dillabt dilltab dilltba dillbta dillbat dilbalt dilbatl dilblat dilblta
dilbtla dilbtal dilablt dilabtl dilalbt dilaltb dilatlb dilatbl dillabt dillatb dillbat
dillbta dilltba dilltab diltalb diltabl diltlab diltlba diltbla diltbal dtiball dtiball
dtiblal dtiblla dtiblla dtiblal dtiabll dtiabll dtialbl dtiallb dtiallb dtialbl dtilabl
dtilalb dtilbal dtilbla dtillba dtillab dtilalb dtilabl dtillab dtillba dtilbla dtilbal
dtbiall dtbiall dtbilal dtbilla dtbilla dtbilal dtbaill dtbaill dtbalil dtballi dtballi
dtbalil dtblail dtblali dtblial dtblila dtbllia dtbllai dtblali dtblail dtbllai dtbllia
dtblila dtblial dtabill dtabill dtablil dtablli dtablli dtablil dtaibll dtaibll dtailbl
dtaillb dtaillb dtailbl dtalibl dtalilb dtalbil dtalbli dtallbi dtallib dtalilb dtalibl
dtallib dtallbi dtalbli dtalbil dtlbail dtlbali dtlbial dtlbila dtlblia dtlblai dtlabil
dtlabli dtlaibl dtlailb dtlalib dtlalbi dtliabl dtlialb dtlibal dtlibla dtlilba dtlilab
dtllaib dtllabi dtlliab dtlliba dtllbia dtllbai dtlbali dtlbail dtlblai dtlblia dtlbila
dtlbial dtlabli dtlabil dtlalbi dtlalib dtlailb dtlaibl dtllabi dtllaib dtllbai dtllbia
dtlliba dtlliab dtlialb dtliabl dtlilab dtlilba dtlibla dtlibal dbtiall dbtiall dbtilal
dbtilla dbtilla dbtilal dbtaill dbtaill dbtalil dbtalli dbtalli dbtalil dbtlail dbtlali
dbtlial dbtlila dbtllia dbtllai dbtlali dbtlail dbtllai dbtllia dbtlila dbtlial dbitall
dbitall dbitlal dbitlla dbitlla dbitlal dbiatll dbiatll dbialtl dbiallt dbiallt dbialtl
dbilatl dbilalt dbiltal dbiltla dbillta dbillat dbilalt dbilatl dbillat dbillta dbiltla
dbiltal dbaitll dbaitll dbailtl dbaillt dbaillt dbailtl dbatill dbatill dbatlil dbatlli
dbatlli dbatlil dbaltil dbaltli dbalitl dbalilt dballit dballti dbaltli dbaltil dballti
dballit dbalilt dbalitl dbliatl dblialt dblital dblitla dblilta dblilat dblaitl dblailt
dblatil dblatli dblalti dblalit dbltail dbltali dbltial dbltila dbltlia dbltlai dbllati
dbllait dblltai dblltia dbllita dblliat dblialt dbliatl dblilat dblilta dblitla dblital
dblailt dblaitl dblalit dblalti dblatli dblatil dbllait dbllati dblliat dbllita dblltia
dblltai dbltali dbltail dbltlai dbltlia dbltila dbltial datbill datbill datblil datblli
datblli datblil datibll datibll datilbl datillb datillb datilbl datlibl datlilb datlbil
datlbli datllbi datllib datlilb datlibl datllib datllbi datlbli datlbil dabtill dabtill
dabtlil dabtlli dabtlli dabtlil dabitll dabitll dabiltl dabillt dabillt dabiltl dablitl
dablilt dabltil dabltli dabllti dabllit dablilt dablitl dabllit dabllti dabltli dabltil
daibtll daibtll daibltl daibllt daibllt daibltl daitbll daitbll daitlbl daitllb daitllb
daitlbl dailtbl dailtlb dailbtl dailblt daillbt dailltb dailtlb dailtbl dailltb daillbt
dailblt dailbtl dalbitl dalbilt dalbtil dalbtli dalblti dalblit dalibtl daliblt dalitbl
dalitlb daliltb dalilbt daltibl daltilb daltbil daltbli daltlbi daltlib dallitb dallibt
dalltib dalltbi dallbti dallbit dalbilt dalbitl dalblit dalblti dalbtli dalbtil daliblt
dalibtl dalilbt daliltb dalitlb dalitbl dallibt dallitb dallbit dallbti dalltbi dalltib
daltilb daltibl daltlib daltlbi daltbli daltbil dltbail dltbali dltbial dltbila dltblia
dltblai dltabil dltabli dltaibl dltailb dltalib dltalbi dltiabl dltialb dltibal dltibla
dltilba dltilab dltlaib dltlabi dltliab dltliba dltlbia dltlbai dlbtail dlbtali dlbtial
dlbtila dlbtlia dlbtlai dlbatil dlbatli dlbaitl dlbailt dlbalit dlbalti dlbiatl dlbialt
dlbital dlbitla dlbilta dlbilat dlblait dlblati dlbliat dlblita dlbltia dlbltai dlabtil
dlabtli dlabitl dlabilt dlablit dlablti dlatbil dlatbli dlatibl dlatilb dlatlib dlatlbi
dlaitbl dlaitlb dlaibtl dlaiblt dlailbt dlailtb dlaltib dlaltbi dlalitb dlalibt dlalbit
dlalbti dlibatl dlibalt dlibtal dlibtla dliblta dliblat dliabtl dliablt dliatbl dliatlb
dlialtb dlialbt dlitabl dlitalb dlitbal dlitbla dlitlba dlitlab dlilatb dlilabt dliltab
dliltba dlilbta dlilbat dllbait dllbati dllbiat dllbita dllbtia dllbtai dllabit dllabti
dllaibt dllaitb dllatib dllatbi dlliabt dlliatb dllibat dllibta dllitba dllitab dlltaib
dlltabi dlltiab dlltiba dlltbia dlltbai dltbali dltbail dltblai dltblia dltbila dltbial
dltabli dltabil dltalbi dltalib dltailb dltaibl dltlabi dltlaib dltlbai dltlbia dltliba
dltliab dltialb dltiabl dltilab dltilba dltibla dltibal dlbtali dlbtail dlbtlai dlbtlia
dlbtila dlbtial dlbatli dlbatil dlbalti dlbalit dlbailt dlbaitl dlblati dlblait dlbltai
dlbltia dlblita dlbliat dlbialt dlbiatl dlbilat dlbilta dlbitla dlbital dlabtli dlabtil
dlablti dlablit dlabilt dlabitl dlatbli dlatbil dlatlbi dlatlib dlatilb dlatibl dlaltbi
dlaltib dlalbti dlalbit dlalibt dlalitb dlaitlb dlaitbl dlailtb dlailbt dlaiblt dlaibtl
dllbati dllbait dllbtai dllbtia dllbita dllbiat dllabti dllabit dllatbi dllatib dllaitb
dllaibt dlltabi dlltaib dlltbai dlltbia dlltiba dlltiab dlliatb dlliabt dllitab dllitba
dllibta dllibat dlibalt dlibatl dliblat dliblta dlibtla dlibtal dliablt dliabtl dlialbt
dlialtb dliatlb dliatbl dlilabt dlilatb dlilbat dlilbta dliltba dliltab dlitalb dlitabl
dlitlab dlitlba dlitbla dlitbal bidtall bidtall bidtlal bidtlla bidtlla bidtlal bidatll
bidatll bidaltl bidallt bidallt bidaltl bidlatl bidlalt bidltal bidltla bidllta bidllat
bidlalt bidlatl bidllat bidllta bidltla bidltal bitdall bitdall bitdlal bitdlla bitdlla
bitdlal bitadll bitadll bitaldl bitalld bitalld bitaldl bitladl bitlald bitldal bitldla
bitllda bitllad bitlald bitladl bitllad bitllda bitldla bitldal biatdll biatdll biatldl
biatlld biatlld biatldl biadtll biadtll biadltl biadllt biadllt biadltl bialdtl bialdlt
bialtdl bialtld bialltd bialldt bialdlt bialdtl bialldt bialltd bialtld bialtdl biltadl
biltald biltdal biltdla biltlda biltlad bilatdl bilatld biladtl biladlt bilaldt bilaltd
bildatl bildalt bildtal bildtla bildlta bildlat billadt billatd billdat billdta billtda
billtad biltald biltadl biltlad biltlda biltdla biltdal bilatld bilatdl bilaltd bilaldt
biladlt biladtl billatd billadt billtad billtda billdta billdat bildalt bildatl bildlat
bildlta bildtla bildtal bditall bditall bditlal bditlla bditlla bditlal bdiatll bdiatll
bdialtl bdiallt bdiallt bdialtl bdilatl bdilalt bdiltal bdiltla bdillta bdillat bdilalt
bdilatl bdillat bdillta bdiltla bdiltal bdtiall bdtiall bdtilal bdtilla bdtilla bdtilal
bdtaill bdtaill bdtalil bdtalli bdtalli bdtalil bdtlail bdtlali bdtlial bdtlila bdtllia
bdtllai bdtlali bdtlail bdtllai bdtllia bdtlila bdtlial bdatill bdatill bdatlil bdatlli
bdatlli bdatlil bdaitll bdaitll bdailtl bdaillt bdaillt bdailtl bdalitl bdalilt bdaltil
bdaltli bdallti bdallit bdalilt bdalitl bdallit bdallti bdaltli bdaltil bdltail bdltali
bdltial bdltila bdltlia bdltlai bdlatil bdlatli bdlaitl bdlailt bdlalit bdlalti bdliatl
bdlialt bdlital bdlitla bdlilta bdlilat bdllait bdllati bdlliat bdllita bdlltia bdlltai
bdltali bdltail bdltlai bdltlia bdltila bdltial bdlatli bdlatil bdlalti bdlalit bdlailt
bdlaitl bdllati bdllait bdlltai bdlltia bdllita bdlliat bdlialt bdliatl bdlilat bdlilta
bdlitla bdlital btdiall btdiall btdilal btdilla btdilla btdilal btdaill btdaill btdalil
btdalli btdalli btdalil btdlail btdlali btdlial btdlila btdllia btdllai btdlali btdlail
btdllai btdllia btdlila btdlial btidall btidall btidlal btidlla btidlla btidlal btiadll
btiadll btialdl btialld btialld btialdl btiladl btilald btildal btildla btillda btillad
btilald btiladl btillad btillda btildla btildal btaidll btaidll btaildl btailld btailld
btaildl btadill btadill btadlil btadlli btadlli btadlil btaldil btaldli btalidl btalild
btallid btalldi btaldli btaldil btalldi btallid btalild btalidl btliadl btliald btlidal
btlidla btlilda btlilad btlaidl btlaild btladil btladli btlaldi btlalid btldail btldali
btldial btldila btldlia btldlai btlladi btllaid btlldai btlldia btllida btlliad btliald
btliadl btlilad btlilda btlidla btlidal btlaild btlaidl btlalid btlaldi btladli btladil
btllaid btlladi btlliad btllida btlldia btlldai btldali btldail btldlai btldlia btldila
btldial badtill badtill badtlil badtlli badtlli badtlil baditll baditll badiltl badillt
badillt badiltl badlitl badlilt badltil badltli badllti badllit badlilt badlitl badllit
badllti badltli badltil batdill batdill batdlil batdlli batdlli batdlil batidll batidll
batildl batilld batilld batildl batlidl batlild batldil batldli batlldi batllid batlild
batlidl batllid batlldi batldli batldil baitdll baitdll baitldl baitlld baitlld baitldl
baidtll baidtll baidltl baidllt baidllt baidltl baildtl baildlt bailtdl bailtld bailltd
bailldt baildlt baildtl bailldt bailltd bailtld bailtdl baltidl baltild baltdil baltdli
baltldi baltlid balitdl balitld balidtl balidlt balildt baliltd balditl baldilt baldtil
baldtli baldlti baldlit ballidt ballitd balldit balldti balltdi balltid baltild baltidl
baltlid baltldi baltdli baltdil balitld balitdl baliltd balildt balidlt balidtl ballitd
ballidt balltid balltdi balldti balldit baldilt balditl baldlit baldlti baldtli baldtil
bldtail bldtali bldtial bldtila bldtlia bldtlai bldatil bldatli bldaitl bldailt bldalit
bldalti bldiatl bldialt bldital blditla bldilta bldilat bldlait bldlati bldliat bldlita
bldltia bldltai bltdail bltdali bltdial bltdila bltdlia bltdlai bltadil bltadli bltaidl
bltaild bltalid bltaldi bltiadl bltiald bltidal bltidla bltilda bltilad bltlaid bltladi
bltliad bltlida bltldia bltldai blatdil blatdli blatidl blatild blatlid blatldi bladtil
bladtli bladitl bladilt bladlit bladlti blaidtl blaidlt blaitdl blaitld blailtd blaildt
blaldit blaldti blalidt blalitd blaltid blaltdi blitadl blitald blitdal blitdla blitlda
blitlad bliatdl bliatld bliadtl bliadlt blialdt blialtd blidatl blidalt blidtal blidtla
blidlta blidlat bliladt blilatd blildat blildta bliltda bliltad blltaid blltadi blltiad
blltida blltdia blltdai bllatid bllatdi bllaitd bllaidt blladit blladti blliatd blliadt
bllitad bllitda bllidta bllidat blldait blldati blldiat blldita blldtia blldtai bldtali
bldtail bldtlai bldtlia bldtila bldtial bldatli bldatil bldalti bldalit bldailt bldaitl
bldlati bldlait bldltai bldltia bldlita bldliat bldialt bldiatl bldilat bldilta blditla
bldital bltdali bltdail bltdlai bltdlia bltdila bltdial bltadli bltadil bltaldi bltalid
bltaild bltaidl bltladi bltlaid bltldai bltldia bltlida bltliad bltiald bltiadl bltilad
bltilda bltidla bltidal blatdli blatdil blatldi blatlid blatild blatidl bladtli bladtil
bladlti bladlit bladilt bladitl blaldti blaldit blaltdi blaltid blalitd blalidt blaidlt
blaidtl blaildt blailtd blaitld blaitdl blltadi blltaid blltdai blltdia blltida blltiad
bllatdi bllatid blladti blladit bllaidt bllaitd blldati blldait blldtai blldtia blldita
blldiat blliadt blliatd bllidat bllidta bllitda bllitad blitald blitadl blitlad blitlda
blitdla blitdal bliatld bliatdl blialtd blialdt bliadlt bliadtl blilatd bliladt bliltad
bliltda blildta blildat blidalt blidatl blidlat blidlta blidtla blidtal aidbtll aidbtll
aidbltl aidbllt aidbllt aidbltl aidtbll aidtbll aidtlbl aidtllb aidtllb aidtlbl aidltbl
aidltlb aidlbtl aidlblt aidllbt aidlltb aidltlb aidltbl aidlltb aidllbt aidlblt aidlbtl
aibdtll aibdtll aibdltl aibdllt aibdllt aibdltl aibtdll aibtdll aibtldl aibtlld aibtlld
aibtldl aibltdl aibltld aibldtl aibldlt aiblldt aiblltd aibltld aibltdl aiblltd aiblldt
aibldlt aibldtl aitbdll aitbdll aitbldl aitblld aitblld aitbldl aitdbll aitdbll aitdlbl
aitdllb aitdllb aitdlbl aitldbl aitldlb aitlbdl aitlbld aitllbd aitlldb aitldlb aitldbl
aitlldb aitllbd aitlbld aitlbdl ailbtdl ailbtld ailbdtl ailbdlt ailbldt ailbltd ailtbdl
ailtbld ailtdbl ailtdlb ailtldb ailtlbd aildtbl aildtlb aildbtl aildblt aildlbt aildltb
ailltdb ailltbd ailldtb ailldbt aillbdt aillbtd ailbtld ailbtdl ailbltd ailbldt ailbdlt
ailbdtl ailtbld ailtbdl ailtlbd ailtldb ailtdlb ailtdbl ailltbd ailltdb aillbtd aillbdt
ailldbt ailldtb aildtlb aildtbl aildltb aildlbt aildblt aildbtl adibtll adibtll adibltl
adibllt adibllt adibltl aditbll aditbll aditlbl aditllb aditllb aditlbl adiltbl adiltlb
adilbtl adilblt adillbt adilltb adiltlb adiltbl adilltb adillbt adilblt adilbtl adbitll
adbitll adbiltl adbillt adbillt adbiltl adbtill adbtill adbtlil adbtlli adbtlli adbtlil
adbltil adbltli adblitl adblilt adbllit adbllti adbltli adbltil adbllti adbllit adblilt
adblitl adtbill adtbill adtblil adtblli adtblli adtblil adtibll adtibll adtilbl adtillb
adtillb adtilbl adtlibl adtlilb adtlbil adtlbli adtllbi adtllib adtlilb adtlibl adtllib
adtllbi adtlbli adtlbil adlbtil adlbtli adlbitl adlbilt adlblit adlblti adltbil adltbli
adltibl adltilb adltlib adltlbi adlitbl adlitlb adlibtl adliblt adlilbt adliltb adlltib
adlltbi adllitb adllibt adllbit adllbti adlbtli adlbtil adlblti adlblit adlbilt adlbitl
adltbli adltbil adltlbi adltlib adltilb adltibl adlltbi adlltib adllbti adllbit adllibt
adllitb adlitlb adlitbl adliltb adlilbt adliblt adlibtl abditll abditll abdiltl abdillt
abdillt abdiltl abdtill abdtill abdtlil abdtlli abdtlli abdtlil abdltil abdltli abdlitl
abdlilt abdllit abdllti abdltli abdltil abdllti abdllit abdlilt abdlitl abidtll abidtll
abidltl abidllt abidllt abidltl abitdll abitdll abitldl abitlld abitlld abitldl abiltdl
abiltld abildtl abildlt abilldt abilltd abiltld abiltdl abilltd abilldt abildlt abildtl
abtidll abtidll abtildl abtilld abtilld abtildl abtdill abtdill abtdlil abtdlli abtdlli
abtdlil abtldil abtldli abtlidl abtlild abtllid abtlldi abtldli abtldil abtlldi abtllid
abtlild abtlidl ablitdl ablitld ablidtl ablidlt ablildt abliltd abltidl abltild abltdil
abltdli abltldi abltlid abldtil abldtli ablditl abldilt abldlit abldlti ablltdi ablltid
ablldti ablldit abllidt abllitd ablitld ablitdl abliltd ablildt ablidlt ablidtl abltild
abltidl abltlid abltldi abltdli abltdil ablltid ablltdi abllitd abllidt ablldit ablldti
abldtli abldtil abldlti abldlit abldilt ablditl atdbill atdbill atdblil atdblli atdblli
atdblil atdibll atdibll atdilbl atdillb atdillb atdilbl atdlibl atdlilb atdlbil atdlbli
atdllbi atdllib atdlilb atdlibl atdllib atdllbi atdlbli atdlbil atbdill atbdill atbdlil
atbdlli atbdlli atbdlil atbidll atbidll atbildl atbilld atbilld atbildl atblidl atblild
atbldil atbldli atblldi atbllid atblild atblidl atbllid atblldi atbldli atbldil atibdll
atibdll atibldl atiblld atiblld atibldl atidbll atidbll atidlbl atidllb atidllb atidlbl
atildbl atildlb atilbdl atilbld atillbd atilldb atildlb atildbl atilldb atillbd atilbld
atilbdl atlbidl atlbild atlbdil atlbdli atlbldi atlblid atlibdl atlibld atlidbl atlidlb
atlildb atlilbd atldibl atldilb atldbil atldbli atldlbi atldlib atllidb atllibd atlldib
atlldbi atllbdi atllbid atlbild atlbidl atlblid atlbldi atlbdli atlbdil atlibld atlibdl
atlilbd atlildb atlidlb atlidbl atllibd atllidb atllbid atllbdi atlldbi atlldib atldilb
atldibl atldlib atldlbi atldbli atldbil aldbtil aldbtli aldbitl aldbilt aldblit aldblti
aldtbil aldtbli aldtibl aldtilb aldtlib aldtlbi alditbl alditlb aldibtl aldiblt aldilbt
aldiltb aldltib aldltbi aldlitb aldlibt aldlbit aldlbti albdtil albdtli albditl albdilt
albdlit albdlti albtdil albtdli albtidl albtild albtlid albtldi albitdl albitld albidtl
albidlt albildt albiltd albltid albltdi alblitd alblidt albldit albldti altbdil altbdli
altbidl altbild altblid altbldi altdbil altdbli altdibl altdilb altdlib altdlbi altidbl
altidlb altibdl altibld altilbd altildb altldib altldbi altlidb altlibd altlbid altlbdi
alibtdl alibtld alibdtl alibdlt alibldt alibltd alitbdl alitbld alitdbl alitdlb alitldb
alitlbd alidtbl alidtlb alidbtl alidblt alidlbt alidltb aliltdb aliltbd alildtb alildbt
alilbdt alilbtd allbtid allbtdi allbitd allbidt allbdit allbdti alltbid alltbdi alltibd
alltidb alltdib alltdbi allitbd allitdb allibtd allibdt allidbt allidtb alldtib alldtbi
allditb alldibt alldbit alldbti aldbtli aldbtil aldblti aldblit aldbilt aldbitl aldtbli
aldtbil aldtlbi aldtlib aldtilb aldtibl aldltbi aldltib aldlbti aldlbit aldlibt aldlitb
alditlb alditbl aldiltb aldilbt aldiblt aldibtl albdtli albdtil albdlti albdlit albdilt
albditl albtdli albtdil albtldi albtlid albtild albtidl albltdi albltid albldti albldit
alblidt alblitd albitld albitdl albiltd albildt albidlt albidtl altbdli altbdil altbldi
altblid altbild altbidl altdbli altdbil altdlbi altdlib altdilb altdibl altldbi altldib
altlbdi altlbid altlibd altlidb altidlb altidbl altildb altilbd altibld altibdl allbtdi
allbtid allbdti allbdit allbidt allbitd alltbdi alltbid alltdbi alltdib alltidb alltibd
alldtbi alldtib alldbti alldbit alldibt allditb allitdb allitbd allidtb allidbt allibdt
allibtd alibtld alibtdl alibltd alibldt alibdlt alibdtl alitbld alitbdl alitlbd alitldb
alitdlb alitdbl aliltbd aliltdb alilbtd alilbdt alildbt alildtb alidtlb alidtbl alidltb
alidlbt alidblt alidbtl lidbatl lidbalt lidbtal lidbtla lidblta lidblat lidabtl lidablt
lidatbl lidatlb lidaltb lidalbt lidtabl lidtalb lidtbal lidtbla lidtlba lidtlab lidlatb
lidlabt lidltab lidltba lidlbta lidlbat libdatl libdalt libdtal libdtla libdlta libdlat
libadtl libadlt libatdl libatld libaltd libaldt libtadl libtald libtdal libtdla libtlda
libtlad liblatd libladt libltad libltda libldta libldat liabdtl liabdlt liabtdl liabtld
liabltd liabldt liadbtl liadblt liadtbl liadtlb liadltb liadlbt liatdbl liatdlb liatbdl
liatbld liatlbd liatldb lialdtb lialdbt lialtdb lialtbd lialbtd lialbdt litbadl litbald
litbdal litbdla litblda litblad litabdl litabld litadbl litadlb litaldb litalbd litdabl
litdalb litdbal litdbla litdlba litdlab litladb litlabd litldab litldba litlbda litlbad
lilbatd lilbadt lilbtad lilbtda lilbdta lilbdat lilabtd lilabdt lilatbd lilatdb liladtb
liladbt liltabd liltadb liltbad liltbda liltdba liltdab lildatb lildabt lildtab lildtba
lildbta lildbat ldibatl ldibalt ldibtal ldibtla ldiblta ldiblat ldiabtl ldiablt ldiatbl
ldiatlb ldialtb ldialbt lditabl lditalb lditbal lditbla lditlba lditlab ldilatb ldilabt
ldiltab ldiltba ldilbta ldilbat ldbiatl ldbialt ldbital ldbitla ldbilta ldbilat ldbaitl
ldbailt ldbatil ldbatli ldbalti ldbalit ldbtail ldbtali ldbtial ldbtila ldbtlia ldbtlai
ldblati ldblait ldbltai ldbltia ldblita ldbliat ldabitl ldabilt ldabtil ldabtli ldablti
ldablit ldaibtl ldaiblt ldaitbl ldaitlb ldailtb ldailbt ldatibl ldatilb ldatbil ldatbli
ldatlbi ldatlib ldalitb ldalibt ldaltib ldaltbi ldalbti ldalbit ldtbail ldtbali ldtbial
ldtbila ldtblia ldtblai ldtabil ldtabli ldtaibl ldtailb ldtalib ldtalbi ldtiabl ldtialb
ldtibal ldtibla ldtilba ldtilab ldtlaib ldtlabi ldtliab ldtliba ldtlbia ldtlbai ldlbati
ldlbait ldlbtai ldlbtia ldlbita ldlbiat ldlabti ldlabit ldlatbi ldlatib ldlaitb ldlaibt
ldltabi ldltaib ldltbai ldltbia ldltiba ldltiab ldliatb ldliabt ldlitab ldlitba ldlibta
ldlibat lbdiatl lbdialt lbdital lbditla lbdilta lbdilat lbdaitl lbdailt lbdatil lbdatli
lbdalti lbdalit lbdtail lbdtali lbdtial lbdtila lbdtlia lbdtlai lbdlati lbdlait lbdltai
lbdltia lbdlita lbdliat lbidatl lbidalt lbidtal lbidtla lbidlta lbidlat lbiadtl lbiadlt
lbiatdl lbiatld lbialtd lbialdt lbitadl lbitald lbitdal lbitdla lbitlda lbitlad lbilatd
lbiladt lbiltad lbiltda lbildta lbildat lbaidtl lbaidlt lbaitdl lbaitld lbailtd lbaildt
lbaditl lbadilt lbadtil lbadtli lbadlti lbadlit lbatdil lbatdli lbatidl lbatild lbatlid
lbatldi lbaldti lbaldit lbaltdi lbaltid lbalitd lbalidt lbtiadl lbtiald lbtidal lbtidla
lbtilda lbtilad lbtaidl lbtaild lbtadil lbtadli lbtaldi lbtalid lbtdail lbtdali lbtdial
lbtdila lbtdlia lbtdlai lbtladi lbtlaid lbtldai lbtldia lbtlida lbtliad lbliatd lbliadt
lblitad lblitda lblidta lblidat lblaitd lblaidt lblatid lblatdi lbladti lbladit lbltaid
lbltadi lbltiad lbltida lbltdia lbltdai lbldati lbldait lbldtai lbldtia lbldita lbldiat
ladbitl ladbilt ladbtil ladbtli ladblti ladblit ladibtl ladiblt laditbl laditlb ladiltb
ladilbt ladtibl ladtilb ladtbil ladtbli ladtlbi ladtlib ladlitb ladlibt ladltib ladltbi
ladlbti ladlbit labditl labdilt labdtil labdtli labdlti labdlit labidtl labidlt labitdl
labitld labiltd labildt labtidl labtild labtdil labtdli labtldi labtlid lablitd lablidt
labltid labltdi labldti labldit laibdtl laibdlt laibtdl laibtld laibltd laibldt laidbtl
laidblt laidtbl laidtlb laidltb laidlbt laitdbl laitdlb laitbdl laitbld laitlbd laitldb
laildtb laildbt lailtdb lailtbd lailbtd lailbdt latbidl latbild latbdil latbdli latbldi
latblid latibdl latibld latidbl latidlb latildb latilbd latdibl latdilb latdbil latdbli
latdlbi latdlib latlidb latlibd latldib latldbi latlbdi latlbid lalbitd lalbidt lalbtid
lalbtdi lalbdti lalbdit lalibtd lalibdt lalitbd lalitdb lalidtb lalidbt laltibd laltidb
laltbid laltbdi laltdbi laltdib lalditb laldibt laldtib laldtbi laldbti laldbit ltdbail
ltdbali ltdbial ltdbila ltdblia ltdblai ltdabil ltdabli ltdaibl ltdailb ltdalib ltdalbi
ltdiabl ltdialb ltdibal ltdibla ltdilba ltdilab ltdlaib ltdlabi ltdliab ltdliba ltdlbia
ltdlbai ltbdail ltbdali ltbdial ltbdila ltbdlia ltbdlai ltbadil ltbadli ltbaidl ltbaild
ltbalid ltbaldi ltbiadl ltbiald ltbidal ltbidla ltbilda ltbilad ltblaid ltbladi ltbliad
ltblida ltbldia ltbldai ltabdil ltabdli ltabidl ltabild ltablid ltabldi ltadbil ltadbli
ltadibl ltadilb ltadlib ltadlbi ltaidbl ltaidlb ltaibdl ltaibld ltailbd ltaildb ltaldib
ltaldbi ltalidb ltalibd ltalbid ltalbdi ltibadl ltibald ltibdal ltibdla ltiblda ltiblad
ltiabdl ltiabld ltiadbl ltiadlb ltialdb ltialbd ltidabl ltidalb ltidbal ltidbla ltidlba
ltidlab ltiladb ltilabd ltildab ltildba ltilbda ltilbad ltlbaid ltlbadi ltlbiad ltlbida
ltlbdia ltlbdai ltlabid ltlabdi ltlaibd ltlaidb ltladib ltladbi ltliabd ltliadb ltlibad
ltlibda ltlidba ltlidab ltldaib ltldabi ltldiab ltldiba ltldbia ltldbai lldbati lldbait
lldbtai lldbtia lldbita lldbiat lldabti lldabit lldatbi lldatib lldaitb lldaibt lldtabi
lldtaib lldtbai lldtbia lldtiba lldtiab lldiatb lldiabt llditab llditba lldibta lldibat
llbdati llbdait llbdtai llbdtia llbdita llbdiat llbadti llbadit llbatdi llbatid llbaitd
llbaidt llbtadi llbtaid llbtdai llbtdia llbtida llbtiad llbiatd llbiadt llbitad llbitda
llbidta llbidat llabdti llabdit llabtdi llabtid llabitd llabidt lladbti lladbit lladtbi
lladtib lladitb lladibt llatdbi llatdib llatbdi llatbid llatibd llatidb llaidtb llaidbt
llaitdb llaitbd llaibtd llaibdt lltbadi lltbaid lltbdai lltbdia lltbida lltbiad lltabdi
lltabid lltadbi lltadib lltaidb lltaibd lltdabi lltdaib lltdbai lltdbia lltdiba lltdiab
lltiadb lltiabd lltidab lltidba lltibda lltibad llibatd llibadt llibtad llibtda llibdta
llibdat lliabtd lliabdt lliatbd lliatdb lliadtb lliadbt llitabd llitadb llitbad llitbda
llitdba llitdab llidatb llidabt llidtab llidtba llidbta llidbat lidbalt lidbatl lidblat
lidblta lidbtla lidbtal lidablt lidabtl lidalbt lidaltb lidatlb lidatbl lidlabt lidlatb
lidlbat lidlbta lidltba lidltab lidtalb lidtabl lidtlab lidtlba lidtbla lidtbal libdalt
libdatl libdlat libdlta libdtla libdtal libadlt libadtl libaldt libaltd libatld libatdl
libladt liblatd libldat libldta libltda libltad libtald libtadl libtlad libtlda libtdla
libtdal liabdlt liabdtl liabldt liabltd liabtld liabtdl liadblt liadbtl liadlbt liadltb
liadtlb liadtbl lialdbt lialdtb lialbdt lialbtd lialtbd lialtdb liatdlb liatdbl liatldb
liatlbd liatbld liatbdl lilbadt lilbatd lilbdat lilbdta lilbtda lilbtad lilabdt lilabtd
liladbt liladtb lilatdb lilatbd lildabt lildatb lildbat lildbta lildtba lildtab liltadb
liltabd liltdab liltdba liltbda liltbad litbald litbadl litblad litblda litbdla litbdal
litabld litabdl litalbd litaldb litadlb litadbl litlabd litladb litlbad litlbda litldba
litldab litdalb litdabl litdlab litdlba litdbla litdbal ldibalt ldibatl ldiblat ldiblta
ldibtla ldibtal ldiablt ldiabtl ldialbt ldialtb ldiatlb ldiatbl ldilabt ldilatb ldilbat
ldilbta ldiltba ldiltab lditalb lditabl lditlab lditlba lditbla lditbal ldbialt ldbiatl
ldbilat ldbilta ldbitla ldbital ldbailt ldbaitl ldbalit ldbalti ldbatli ldbatil ldblait
ldblati ldbliat ldblita ldbltia ldbltai ldbtali ldbtail ldbtlai ldbtlia ldbtila ldbtial
ldabilt ldabitl ldablit ldablti ldabtli ldabtil ldaiblt ldaibtl ldailbt ldailtb ldaitlb
ldaitbl ldalibt ldalitb ldalbit ldalbti ldaltbi ldaltib ldatilb ldatibl ldatlib ldatlbi
ldatbli ldatbil ldlbait ldlbati ldlbiat ldlbita ldlbtia ldlbtai ldlabit ldlabti ldlaibt
ldlaitb ldlatib ldlatbi ldliabt ldliatb ldlibat ldlibta ldlitba ldlitab ldltaib ldltabi
ldltiab ldltiba ldltbia ldltbai ldtbali ldtbail ldtblai ldtblia ldtbila ldtbial ldtabli
ldtabil ldtalbi ldtalib ldtailb ldtaibl ldtlabi ldtlaib ldtlbai ldtlbia ldtliba ldtliab
ldtialb ldtiabl ldtilab ldtilba ldtibla ldtibal lbdialt lbdiatl lbdilat lbdilta lbditla
lbdital lbdailt lbdaitl lbdalit lbdalti lbdatli lbdatil lbdlait lbdlati lbdliat lbdlita
lbdltia lbdltai lbdtali lbdtail lbdtlai lbdtlia lbdtila lbdtial lbidalt lbidatl lbidlat
lbidlta lbidtla lbidtal lbiadlt lbiadtl lbialdt lbialtd lbiatld lbiatdl lbiladt lbilatd
lbildat lbildta lbiltda lbiltad lbitald lbitadl lbitlad lbitlda lbitdla lbitdal lbaidlt
lbaidtl lbaildt lbailtd lbaitld lbaitdl lbadilt lbaditl lbadlit lbadlti lbadtli lbadtil
lbaldit lbaldti lbalidt lbalitd lbaltid lbaltdi lbatdli lbatdil lbatldi lbatlid lbatild
lbatidl lbliadt lbliatd lblidat lblidta lblitda lblitad lblaidt lblaitd lbladit lbladti
lblatdi lblatid lbldait lbldati lbldiat lbldita lbldtia lbldtai lbltadi lbltaid lbltdai
lbltdia lbltida lbltiad lbtiald lbtiadl lbtilad lbtilda lbtidla lbtidal lbtaild lbtaidl
lbtalid lbtaldi lbtadli lbtadil lbtlaid lbtladi lbtliad lbtlida lbtldia lbtldai lbtdali
lbtdail lbtdlai lbtdlia lbtdila lbtdial ladbilt ladbitl ladblit ladblti ladbtli ladbtil
ladiblt ladibtl ladilbt ladiltb laditlb laditbl ladlibt ladlitb ladlbit ladlbti ladltbi
ladltib ladtilb ladtibl ladtlib ladtlbi ladtbli ladtbil labdilt labditl labdlit labdlti
labdtli labdtil labidlt labidtl labildt labiltd labitld labitdl lablidt lablitd labldit
labldti labltdi labltid labtild labtidl labtlid labtldi labtdli labtdil laibdlt laibdtl
laibldt laibltd laibtld laibtdl laidblt laidbtl laidlbt laidltb laidtlb laidtbl laildbt
laildtb lailbdt lailbtd lailtbd lailtdb laitdlb laitdbl laitldb laitlbd laitbld laitbdl
lalbidt lalbitd lalbdit lalbdti lalbtdi lalbtid lalibdt lalibtd lalidbt lalidtb lalitdb
lalitbd laldibt lalditb laldbit laldbti laldtbi laldtib laltidb laltibd laltdib laltdbi
laltbdi laltbid latbild latbidl latblid latbldi latbdli latbdil latibld latibdl latilbd
latildb latidlb latidbl latlibd latlidb latlbid latlbdi latldbi latldib latdilb latdibl
latdlib latdlbi latdbli latdbil lldbait lldbati lldbiat lldbita lldbtia lldbtai lldabit
lldabti lldaibt lldaitb lldatib lldatbi lldiabt lldiatb lldibat lldibta llditba llditab
lldtaib lldtabi lldtiab lldtiba lldtbia lldtbai llbdait llbdati llbdiat llbdita llbdtia
llbdtai llbadit llbadti llbaidt llbaitd llbatid llbatdi llbiadt llbiatd llbidat llbidta
llbitda llbitad llbtaid llbtadi llbtiad llbtida llbtdia llbtdai llabdit llabdti llabidt
llabitd llabtid llabtdi lladbit lladbti lladibt lladitb lladtib lladtbi llaidbt llaidtb
llaibdt llaibtd llaitbd llaitdb llatdib llatdbi llatidb llatibd llatbid llatbdi llibadt
llibatd llibdat llibdta llibtda llibtad lliabdt lliabtd lliadbt lliadtb lliatdb lliatbd
llidabt llidatb llidbat llidbta llidtba llidtab llitadb llitabd llitdab llitdba llitbda
llitbad lltbaid lltbadi lltbiad lltbida lltbdia lltbdai lltabid lltabdi lltaibd lltaidb
lltadib lltadbi lltiabd lltiadb lltibad lltibda lltidba lltidab lltdaib lltdabi lltdiab
lltdiba lltdbia lltdbai ltdbali ltdbail ltdblai ltdblia ltdbila ltdbial ltdabli ltdabil
ltdalbi ltdalib ltdailb ltdaibl ltdlabi ltdlaib ltdlbai ltdlbia ltdliba ltdliab ltdialb
ltdiabl ltdilab ltdilba ltdibla ltdibal ltbdali ltbdail ltbdlai ltbdlia ltbdila ltbdial
ltbadli ltbadil ltbaldi ltbalid ltbaild ltbaidl ltbladi ltblaid ltbldai ltbldia ltblida
ltbliad ltbiald ltbiadl ltbilad ltbilda ltbidla ltbidal ltabdli ltabdil ltabldi ltablid
ltabild ltabidl ltadbli ltadbil ltadlbi ltadlib ltadilb ltadibl ltaldbi ltaldib ltalbdi
ltalbid ltalibd ltalidb ltaidlb ltaidbl ltaildb ltailbd ltaibld ltaibdl ltlbadi ltlbaid
ltlbdai ltlbdia ltlbida ltlbiad ltlabdi ltlabid ltladbi ltladib ltlaidb ltlaibd ltldabi
ltldaib ltldbai ltldbia ltldiba ltldiab ltliadb ltliabd ltlidab ltlidba ltlibda ltlibad
ltibald ltibadl ltiblad ltiblda ltibdla ltibdal ltiabld ltiabdl ltialbd ltialdb ltiadlb
ltiadbl ltilabd ltiladb ltilbad ltilbda ltildba ltildab ltidalb ltidabl ltidlab ltidlba
ltidbla ltidbal

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History of cryptography
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