easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

rabbinical

dimercuric

gumphion

gilravager

cnemapophysis

duvauchelle

hmnos

curtseying

santillan

utzebra

undersomething

muphrid

poche

kolka

inertion

decertaretis

ensis

adduxerat


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: belarius
cipher variations:
cfmbsjvt dgnctkwu ehodulxv fipevmyw gjqfwnzx
hkrgxoay ilshypbz jmtizqca knujardb lovkbsec
mpwlctfd nqxmduge orynevhf pszofwig qtapgxjh
rubqhyki svcrizlj twdsjamk uxetkbnl vyfulcom
wzgvmdpn xahwneqo ybixofrp zcjypgsq adkzqhtr

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: belarius
Cipher: yvozirfh

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: belarius
Cipher: AAAAB AABAA ABABA AAAAA BAAAA ABAAA BAABB BAAAB

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: belarius
cipher variations:
cfmbsjvtenibazjdgvebipxnidabqflxklwbyvzhmtsbglnrqjkbwrplsrgbehdv
uzcbmxrfwhybunfpypubcdtzaxqbkthjdgnctkwufojcbakehwfcjqyojebcrgmy
lmxczwainutchmosrklcxsqmtshcfiewvadcnysgxizcvogqzqvcdeuabyrcluik
ehodulxvgpkdcblfixgdkrzpkfcdshnzmnydaxbjovudinptslmdytrnutidgjfx
wbedozthyjadwphrarwdefvbczsdmvjlfipevmywhqledcmgjyhelsaqlgdetioa
nozebyckpwvejoqutmnezusovujehkgyxcfepauizkbexqisbsxefgwcdatenwkm
gjqfwnzxirmfednhkzifmtbrmhefujpbopafczdlqxwfkprvunofavtpwvkfilhz
ydgfqbvjalcfyrjtctyfghxdebufoxlnhkrgxoayjsngfeoilajgnucsnifgvkqc
pqbgdaemryxglqswvopgbwuqxwlgjmiazehgrcwkbmdgzskuduzghiyefcvgpymo
ilshypbzktohgfpjmbkhovdtojghwlrdqrchebfnszyhmrtxwpqhcxvryxmhknjb
afihsdxlcnehatlvevahijzfgdwhqznpjmtizqcalupihgqknclipweupkhixmse
rsdifcgotazinsuyxqridywszynilokcbgjiteymdofibumwfwbijkaghexiraoq
knujardbmvqjihrlodmjqxfvqlijyntfstejgdhpubajotvzyrsjezxtazojmpld
chkjufznepgjcvnxgxcjklbhifyjsbprlovkbsecnwrkjismpenkrygwrmjkzoug
tufkheiqvcbkpuwazstkfayubapknqmedilkvgaofqhkdwoyhydklmcijgzktcqs
mpwlctfdoxslkjtnqfolszhxsnklapvhuvglifjrwdclqvxbatulgbzvcbqlornf
ejmlwhbpgrilexpzizelmndjkhaludrtnqxmdugepytmlkuorgpmtaiytolmbqwi
vwhmjgksxedmrwycbuvmhcawdcrmpsogfknmxicqhsjmfyqajafmnoeklibmvesu
orynevhfqzunmlvpshqnubjzupmncrxjwxinkhltyfensxzdcvwnidbxedsnqtph
glonyjdritkngzrbkbgnopflmjcnwftvpszofwigravonmwqtirovckavqnodsyk
xyjolimuzgfotyaedwxojecyfetoruqihmpozkesjulohasclchopqgmnkdoxguw
qtapgxjhsbwponxrujspwdlbwropetzlyzkpmjnvahgpuzbfexypkfdzgfupsvrj
inqpalftkvmpibtdmdipqrhnolepyhvxrubqhykitcxqpoysvktqxemcxspqfuam
zalqnkowbihqvacgfyzqlgeahgvqtwskjorqbmgulwnqjcuenejqrsiopmfqziwy
svcrizljudyrqpztwluryfndytqrgvbnabmrolpxcjirwbdhgzarmhfbihwruxtl
kpsrcnhvmxorkdvfofkrstjpqngrajxztwdsjamkvezsrqauxmvszgoezurshwco
bcnspmqydkjsxceihabsnigcjixsvyumlqtsdoiwnypslewgpglstukqrohsbkya
uxetkbnlwfatsrbvynwtahpfavstixdpcdotqnrzelktydfjibctojhdkjytwzvn
mrutepjxozqtmfxhqhmtuvlrspitclzbvyfulcomxgbutscwzoxubiqgbwtujyeq
depurosafmluzegkjcdupkielkzuxawonsvufqkyparungyirinuvwmstqjudmac
wzgvmdpnyhcvutdxapyvcjrhcxuvkzfrefqvsptbgnmvafhlkdevqljfmlavybxp
otwvgrlzqbsvohzjsjovwxnturkvenbdxahwneqozidwvueybqzwdksidyvwlags
fgrwtquchonwbgimlefwrmkgnmbwzcyqpuxwhsmarctwpiaktkpwxyouvslwfoce
ybixofrpajexwvfzcraxeltjezwxmbhtghsxurvdipoxchjnmfgxsnlhoncxadzr
qvyxitnbsduxqjblulqxyzpvwtmxgpdfzcjypgsqbkfyxwgadsbyfmukfaxynciu
hityvswejqpydikonghytomipodybeasrwzyjuoctevyrkcmvmryzaqwxunyhqeg
adkzqhtrclgzyxhbetczgnvlgbyzodjvijuzwtxfkrqzejlpohizupnjqpezcfbt
sxazkvpdufwzsldnwnszabrxyvozirfhbelariusdmhazyicfudahowmhczapekw
jkvaxuyglsrafkmqpijavqokrqfadgcutybalwqevgxatmeoxotabcsyzwpajsgi

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: belarius
Cipher: orynevhf

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: belarius
Cipher: 2151131124425434

Extended Methods:
Method #1

Plaintext: belarius
method variations:
gkqfwozxmpvlbtecruaqgykhwzfvmdpn

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
b e l a r i u s 
2 5 1 1 2 4 5 3 
1 1 3 1 4 2 4 4 
They are then read out in rows:
2511245311314244
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: belarius
Cipher: warpacit

Read more ...
Method #3

Plaintext: belarius
method variations:
vacftwoi acftwoiv cftwoiva
ftwoivac twoivacf woivacft
oivacftw ivacftwo

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: belarius

first 5040 cipher variations(40320 total)
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belrsuia belrsuai belrsaui belrsaiu beliraus belirasu beliruas belirusa belirsua belirsau beliarus
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bluaiser bluaisre bluaeirs bluaeisr bluaeris bluaersi bluaesri bluaesir bluasier bluasire bluaseir
bluaseri bluasrei bluasrie bluraies bluraise bluraeis bluraesi blurasei blurasie bluriaes bluriase
blurieas bluriesa blurisea blurisae blureias blureisa blureais blureasi bluresai bluresia blursiea
blursiae blurseia blurseai blursaei blursaie bluiraes bluirase bluireas bluiresa bluirsea bluirsae
bluiares bluiarse bluiaers bluiaesr bluiaser bluiasre bluiears bluieasr bluieras bluiersa bluiesra
bluiesar bluisaer bluisare bluisear bluisera bluisrea bluisrae bluerias bluerisa bluerais bluerasi
bluersai bluersia blueiras blueirsa blueiars blueiasr blueisar blueisra blueairs blueaisr bluearis
bluearsi blueasri blueasir bluesiar bluesira bluesair bluesari bluesrai bluesria blusriea blusriae
blusreia blusreai blusraei blusraie blusirea blusirae blusiera blusiear blusiaer blusiare bluseira
bluseiar bluseria bluserai bluseari bluseair blusaier blusaire blusaeir blusaeri blusarei blusarie
blsariue blsarieu blsaruie blsaruei blsareui blsareiu blsairue blsaireu blsaiure blsaiuer blsaieur
blsaieru blsauire blsauier blsaurie blsaurei blsaueri blsaueir blsaeiur blsaeiru blsaeuir blsaeuri
blsaerui blsaeriu blsraiue blsraieu blsrauie blsrauei blsraeui blsraeiu blsriaue blsriaeu blsriuae
blsriuea blsrieua blsrieau blsruiae blsruiea blsruaie blsruaei blsrueai blsrueia blsreiua blsreiau
blsreuia blsreuai blsreaui blsreaiu blsiraue blsiraeu blsiruae blsiruea blsireua blsireau blsiarue
blsiareu blsiaure blsiauer blsiaeur blsiaeru blsiuare blsiuaer blsiurae blsiurea blsiuera blsiuear
blsieaur blsiearu blsieuar blsieura blsierua blsierau blsuriae blsuriea blsuraie blsuraei blsureai
blsureia blsuirae blsuirea blsuiare blsuiaer blsuiear blsuiera blsuaire blsuaier blsuarie blsuarei
blsuaeri blsuaeir blsueiar blsueira blsueair blsueari blsuerai blsueria blseriua blseriau blseruia
blseruai blseraui blseraiu blseirua blseirau blseiura blseiuar blseiaur blseiaru blseuira blseuiar
blseuria blseurai blseuari blseuair blseaiur blseairu blseauir blseauri blsearui blseariu balerius
balerisu baleruis balerusi balersui balersiu baleirus baleirsu baleiurs baleiusr baleisur baleisru
baleuirs baleuisr baleuris baleursi baleusri baleusir balesiur balesiru balesuir balesuri balesrui
balesriu balreius balreisu balreuis balreusi balresui balresiu balrieus balriesu balriues balriuse
balrisue balriseu balruies balruise balrueis balruesi balrusei balrusie balrsiue balrsieu balrsuie
balrsuei balrseui balrseiu balireus baliresu balirues baliruse balirsue balirseu balierus baliersu
balieurs balieusr baliesur baliesru baliuers baliuesr baliures baliurse baliusre baliuser baliseur
baliseru balisuer balisure balisrue balisreu baluries balurise balureis baluresi balursei balursie
baluires baluirse baluiers baluiesr baluiser baluisre balueirs balueisr balueris baluersi baluesri
baluesir balusier balusire baluseir baluseri balusrei balusrie balsriue balsrieu balsruie balsruei
balsreui balsreiu balsirue balsireu balsiure balsiuer balsieur balsieru balsuire balsuier balsurie
balsurei balsueri balsueir balseiur balseiru balseuir balseuri balserui balseriu baelrius baelrisu
baelruis baelrusi baelrsui baelrsiu baelirus baelirsu baeliurs baeliusr baelisur baelisru baeluirs
baeluisr baeluris baelursi baelusri baelusir baelsiur baelsiru baelsuir baelsuri baelsrui baelsriu
baerlius baerlisu baerluis baerlusi baerlsui baerlsiu baerilus baerilsu baeriuls baeriusl baerisul
baerislu baeruils baeruisl baerulis baerulsi baerusli baerusil baersiul baersilu baersuil baersuli
baerslui baersliu baeirlus baeirlsu baeiruls baeirusl baeirsul baeirslu baeilrus baeilrsu baeilurs
baeilusr baeilsur baeilsru baeiulrs baeiulsr baeiurls baeiursl baeiusrl baeiuslr baeislur baeislru
baeisulr baeisurl baeisrul baeisrlu baeurils baeurisl baeurlis baeurlsi baeursli baeursil baeuirls
baeuirsl baeuilrs baeuilsr baeuislr baeuisrl baeulirs baeulisr baeulris baeulrsi baeulsri baeulsir
baeusilr baeusirl baeuslir baeuslri baeusrli baeusril baesriul baesrilu baesruil baesruli baesrlui
baesrliu baesirul baesirlu baesiurl baesiulr baesilur baesilru baesuirl baesuilr baesuril baesurli
baesulri baesulir baesliur baesliru baesluir baesluri baeslrui baeslriu barelius barelisu bareluis
barelusi barelsui barelsiu bareilus bareilsu bareiuls bareiusl bareisul bareislu bareuils bareuisl
bareulis bareulsi bareusli bareusil baresiul baresilu baresuil baresuli bareslui baresliu barleius
barleisu barleuis barleusi barlesui barlesiu barlieus barliesu barliues barliuse barlisue barliseu
barluies barluise barlueis barluesi barlusei barlusie barlsiue barlsieu barlsuie barlsuei barlseui
barlseiu barileus barilesu barilues bariluse barilsue barilseu barielus barielsu barieuls barieusl
bariesul barieslu bariuels bariuesl bariules bariulse bariusle bariusel bariseul bariselu barisuel
barisule barislue barisleu barulies barulise baruleis barulesi barulsei barulsie baruiles baruilse
baruiels baruiesl baruisel baruisle barueils barueisl baruelis baruelsi baruesli baruesil barusiel
barusile baruseil baruseli baruslei baruslie barsliue barslieu barsluie barsluei barsleui barsleiu
barsilue barsileu barsiule barsiuel barsieul barsielu barsuile barsuiel barsulie barsulei barsueli
barsueil barseiul barseilu barseuil barseuli barselui barseliu baierlus baierlsu baieruls baierusl
baiersul baierslu baielrus baielrsu baielurs baielusr baielsur baielsru baieulrs baieulsr baieurls
baieursl baieusrl baieuslr baieslur baieslru baiesulr baiesurl baiesrul baiesrlu bairelus bairelsu
baireuls baireusl bairesul baireslu bairleus bairlesu bairlues bairluse bairlsue bairlseu bairules
bairulse bairuels bairuesl bairusel bairusle bairslue bairsleu bairsule bairsuel bairseul bairselu
bailreus bailresu bailrues bailruse bailrsue bailrseu bailerus bailersu baileurs baileusr bailesur
bailesru bailuers bailuesr bailures bailurse bailusre bailuser bailseur bailseru bailsuer bailsure
bailsrue bailsreu baiurles baiurlse baiurels baiuresl baiursel baiursle baiulres baiulrse baiulers
baiulesr baiulser baiulsre baiuelrs baiuelsr baiuerls baiuersl baiuesrl baiueslr baiusler baiuslre
baiuselr baiuserl baiusrel baiusrle baisrlue baisrleu baisrule baisruel baisreul baisrelu baislrue
baislreu baislure baisluer baisleur baisleru baisulre baisuler baisurle baisurel baisuerl baisuelr
baiselur baiselru baiseulr baiseurl baiserul baiserlu bauerils bauerisl bauerlis bauerlsi bauersli
bauersil baueirls baueirsl baueilrs baueilsr baueislr baueisrl bauelirs bauelisr bauelris bauelrsi
bauelsri bauelsir bauesilr bauesirl baueslir baueslri bauesrli bauesril baureils baureisl baurelis
baurelsi bauresli bauresil bauriels bauriesl bauriles baurilse baurisle baurisel baurlies baurlise
baurleis baurlesi baurlsei baurlsie baursile baursiel baurslie baurslei baurseli baurseil bauirels
bauiresl bauirles bauirlse bauirsle bauirsel bauierls bauiersl bauielrs bauielsr bauieslr bauiesrl
bauilers bauilesr bauilres bauilrse bauilsre bauilser bauiselr bauiserl bauisler bauislre bauisrle
bauisrel baulries baulrise baulreis baulresi baulrsei baulrsie baulires baulirse bauliers bauliesr
bauliser baulisre bauleirs bauleisr bauleris baulersi baulesri baulesir baulsier baulsire baulseir
baulseri baulsrei baulsrie bausrile bausriel bausrlie bausrlei bausreli bausreil bausirle bausirel
bausilre bausiler bausielr bausierl bauslire bauslier bauslrie bauslrei bausleri bausleir bauseilr
bauseirl bauselir bauselri bauserli bauseril baseriul baserilu baseruil baseruli baserlui baserliu
baseirul baseirlu baseiurl baseiulr baseilur baseilru baseuirl baseuilr baseuril baseurli baseulri
baseulir baseliur baseliru baseluir baseluri baselrui baselriu basreiul basreilu basreuil basreuli
basrelui basreliu basrieul basrielu basriuel basriule basrilue basrileu basruiel basruile basrueil
basrueli basrulei basrulie basrliue basrlieu basrluie basrluei basrleui basrleiu basireul basirelu
basiruel basirule basirlue basirleu basierul basierlu basieurl basieulr basielur basielru basiuerl
basiuelr basiurel basiurle basiulre basiuler basileur basileru basiluer basilure basilrue basilreu
basuriel basurile basureil basureli basurlei basurlie basuirel basuirle basuierl basuielr basuiler
basuilre basueirl basueilr basueril basuerli basuelri basuelir basulier basulire basuleir basuleri
basulrei basulrie baslriue baslrieu baslruie baslruei baslreui baslreiu baslirue baslireu basliure
basliuer baslieur baslieru basluire basluier baslurie baslurei baslueri baslueir basleiur basleiru
basleuir basleuri baslerui basleriu brlaeius brlaeisu brlaeuis brlaeusi brlaesui brlaesiu brlaieus
brlaiesu brlaiues brlaiuse brlaisue brlaiseu brlauies brlauise brlaueis brlauesi brlausei brlausie
brlasiue brlasieu brlasuie brlasuei brlaseui brlaseiu brleaius brleaisu brleauis brleausi brleasui
brleasiu brleiaus brleiasu brleiuas brleiusa brleisua brleisau brleuias brleuisa brleuais brleuasi
brleusai brleusia brlesiua brlesiau brlesuia brlesuai brlesaui brlesaiu brlieaus brlieasu brlieuas
brlieusa brliesua brliesau brliaeus brliaesu brliaues brliause brliasue brliaseu brliuaes brliuase
brliueas brliuesa brliusea brliusae brlisaue brlisaeu brlisuae brlisuea brliseua brliseau brlueias
brlueisa brlueais brlueasi brluesai brluesia brluieas brluiesa brluiaes brluiase brluisae brluisea
brluaies brluaise brluaeis brluaesi brluasei brluasie brlusiae brlusiea brlusaie brlusaei brluseai
brluseia brlseiua brlseiau brlseuia brlseuai brlseaui brlseaiu brlsieua brlsieau brlsiuea brlsiuae
brlsiaue brlsiaeu brlsuiea brlsuiae brlsueia brlsueai brlsuaei brlsuaie brlsaiue brlsaieu brlsauie
brlsauei brlsaeui brlsaeiu braleius braleisu braleuis braleusi bralesui bralesiu bralieus braliesu
braliues braliuse bralisue braliseu braluies braluise bralueis braluesi bralusei bralusie bralsiue
bralsieu bralsuie bralsuei bralseui bralseiu braelius braelisu braeluis braelusi braelsui braelsiu
braeilus braeilsu braeiuls braeiusl braeisul braeislu braeuils braeuisl braeulis braeulsi braeusli
braeusil braesiul braesilu braesuil braesuli braeslui braesliu braielus braielsu braieuls braieusl
braiesul braieslu braileus brailesu brailues brailuse brailsue brailseu braiules braiulse braiuels
braiuesl braiusel braiusle braislue braisleu braisule braisuel braiseul braiselu braueils braueisl
brauelis brauelsi brauesli brauesil brauiels brauiesl brauiles brauilse brauisle brauisel braulies
braulise brauleis braulesi braulsei braulsie brausile brausiel brauslie brauslei brauseli brauseil
braseiul braseilu braseuil braseuli braselui braseliu brasieul brasielu brasiuel brasiule brasilue
brasileu brasuiel brasuile brasueil brasueli brasulei brasulie brasliue braslieu brasluie brasluei
brasleui brasleiu brealius brealisu brealuis brealusi brealsui brealsiu breailus breailsu breaiuls
breaiusl breaisul breaislu breauils breauisl breaulis breaulsi breausli breausil breasiul breasilu
breasuil breasuli breaslui breasliu brelaius brelaisu brelauis brelausi brelasui brelasiu breliaus
breliasu breliuas breliusa brelisua brelisau breluias breluisa breluais breluasi brelusai brelusia
brelsiua brelsiau brelsuia brelsuai brelsaui brelsaiu breilaus breilasu breiluas breilusa breilsua
breilsau breialus breialsu breiauls breiausl breiasul breiaslu breiuals breiuasl breiulas breiulsa
breiusla breiusal breisaul breisalu breisual breisula breislua breislau breulias breulisa breulais
breulasi breulsai breulsia breuilas breuilsa breuials breuiasl breuisal breuisla breuails breuaisl
breualis breualsi breuasli breuasil breusial breusila breusail breusali breuslai breuslia bresliua
bresliau bresluia bresluai breslaui breslaiu bresilua bresilau bresiula bresiual bresiaul bresialu
bresuila bresuial bresulia bresulai bresuali bresuail bresaiul bresailu bresauil bresauli bresalui
bresaliu briaelus briaelsu briaeuls briaeusl briaesul briaeslu brialeus brialesu brialues brialuse
brialsue brialseu briaules briaulse briauels briauesl briausel briausle briaslue briasleu briasule
briasuel briaseul briaselu briealus briealsu brieauls brieausl brieasul brieaslu brielaus brielasu
brieluas brielusa brielsua brielsau brieulas brieulsa brieuals brieuasl brieusal brieusla brieslua
brieslau briesula briesual briesaul briesalu brileaus brileasu brileuas brileusa brilesua brilesau
brilaeus brilaesu brilaues brilause brilasue brilaseu briluaes briluase brilueas briluesa brilusea
brilusae brilsaue brilsaeu brilsuae brilsuea brilseua brilseau briuelas briuelsa briueals briueasl
briuesal briuesla briuleas briulesa briulaes briulase briulsae briulsea briuales briualse briuaels
briuaesl briuasel briuasle briuslae briuslea briusale briusael briuseal briusela briselua briselau
briseula briseual briseaul brisealu brisleua brisleau brisluea brisluae brislaue brislaeu brisulea
brisulae brisuela brisueal brisuael brisuale brisalue brisaleu brisaule brisauel brisaeul brisaelu
bruaeils bruaeisl bruaelis bruaelsi bruaesli bruaesil bruaiels bruaiesl bruailes bruailse bruaisle
bruaisel brualies brualise brualeis brualesi brualsei brualsie bruasile bruasiel bruaslie bruaslei
bruaseli bruaseil brueails brueaisl bruealis bruealsi brueasli brueasil brueials brueiasl brueilas
brueilsa brueisla brueisal bruelias bruelisa bruelais bruelasi bruelsai bruelsia bruesila bruesial
brueslia brueslai bruesali bruesail bruieals bruieasl bruielas bruielsa bruiesla bruiesal bruiaels
bruiaesl bruiales bruialse bruiasle bruiasel bruilaes bruilase bruileas bruilesa bruilsea bruilsae
bruisale bruisael bruislae bruislea bruisela bruiseal bruleias bruleisa bruleais bruleasi brulesai
brulesia brulieas bruliesa bruliaes bruliase brulisae brulisea brulaies brulaise brulaeis brulaesi
brulasei brulasie brulsiae brulsiea brulsaie brulsaei brulseai brulseia bruseila bruseial bruselia
bruselai bruseali bruseail brusiela brusieal brusilea brusilae brusiale brusiael brusliea brusliae
brusleia brusleai bruslaei bruslaie brusaile brusaiel brusalie brusalei brusaeli brusaeil brsaeiul
brsaeilu brsaeuil brsaeuli brsaelui brsaeliu brsaieul brsaielu brsaiuel brsaiule brsailue brsaileu
brsauiel brsauile brsaueil brsaueli brsaulei brsaulie brsaliue brsalieu brsaluie brsaluei brsaleui
brsaleiu brseaiul brseailu brseauil brseauli brsealui brsealiu brseiaul brseialu brseiual brseiula
brseilua brseilau brseuial brseuila brseuail brseuali brseulai brseulia brseliua brseliau brseluia
brseluai brselaui brselaiu brsieaul brsiealu brsieual brsieula brsielua brsielau brsiaeul brsiaelu
brsiauel brsiaule brsialue brsialeu brsiuael brsiuale brsiueal brsiuela brsiulea brsiulae brsilaue
brsilaeu brsiluae brsiluea brsileua brsileau brsueial brsueila brsueail brsueali brsuelai brsuelia
brsuieal brsuiela brsuiael brsuiale brsuilae brsuilea brsuaiel brsuaile brsuaeil brsuaeli brsualei
brsualie brsuliae brsuliea brsulaie brsulaei brsuleai brsuleia brsleiua brsleiau brsleuia brsleuai
brsleaui brsleaiu brslieua brslieau brsliuea brsliuae brsliaue brsliaeu brsluiea brsluiae brslueia
brslueai brsluaei brsluaie brslaiue brslaieu brslauie brslauei brslaeui brslaeiu bilareus bilaresu
bilarues bilaruse bilarsue bilarseu bilaerus bilaersu bilaeurs bilaeusr bilaesur bilaesru bilauers
bilauesr bilaures bilaurse bilausre bilauser bilaseur bilaseru bilasuer bilasure bilasrue bilasreu
bilraeus bilraesu bilraues bilrause bilrasue bilraseu bilreaus bilreasu bilreuas bilreusa bilresua
bilresau bilrueas bilruesa bilruaes bilruase bilrusae bilrusea bilrseua bilrseau bilrsuea bilrsuae
bilrsaue bilrsaeu bileraus bilerasu bileruas bilerusa bilersua bilersau bilearus bilearsu bileaurs
bileausr bileasur bileasru bileuars bileuasr bileuras bileursa bileusra bileusar bilesaur bilesaru
bilesuar bilesura bilesrua bilesrau bilureas biluresa biluraes bilurase bilursae bilursea bilueras
biluersa biluears bilueasr biluesar biluesra biluaers biluaesr biluares biluarse biluasre biluaser
bilusear bilusera bilusaer bilusare bilusrae bilusrea bilsreua bilsreau bilsruea bilsruae bilsraue
bilsraeu bilserua bilserau bilseura bilseuar bilseaur bilsearu bilsuera bilsuear bilsurea bilsurae
bilsuare bilsuaer bilsaeur bilsaeru bilsauer bilsaure bilsarue bilsareu bialreus bialresu bialrues
bialruse bialrsue bialrseu bialerus bialersu bialeurs bialeusr bialesur bialesru bialuers bialuesr
bialures bialurse bialusre bialuser bialseur bialseru bialsuer bialsure bialsrue bialsreu biarleus
biarlesu biarlues biarluse biarlsue biarlseu biarelus biarelsu biareuls biareusl biaresul biareslu
biaruels biaruesl biarules biarulse biarusle biarusel biarseul biarselu biarsuel biarsule biarslue
biarsleu biaerlus biaerlsu biaeruls biaerusl biaersul biaerslu biaelrus biaelrsu biaelurs biaelusr
biaelsur biaelsru biaeulrs biaeulsr biaeurls biaeursl biaeusrl biaeuslr biaeslur biaeslru biaesulr
biaesurl biaesrul biaesrlu biaurels biauresl biaurles biaurlse biaursle biaursel biauerls biauersl
biauelrs biauelsr biaueslr biauesrl biaulers biaulesr biaulres biaulrse biaulsre biaulser biauselr
biauserl biausler biauslre biausrle biausrel biasreul biasrelu biasruel biasrule biasrlue biasrleu
biaserul biaserlu biaseurl biaseulr biaselur biaselru biasuerl biasuelr biasurel biasurle biasulre
biasuler biasleur biasleru biasluer biaslure biaslrue biaslreu biraleus biralesu biralues biraluse
biralsue biralseu biraelus biraelsu biraeuls biraeusl biraesul biraeslu birauels birauesl biraules
biraulse birausle birausel biraseul biraselu birasuel birasule biraslue birasleu birlaeus birlaesu
birlaues birlause birlasue birlaseu birleaus birleasu birleuas birleusa birlesua birlesau birlueas
birluesa birluaes birluase birlusae birlusea birlseua birlseau birlsuea birlsuae birlsaue birlsaeu
birelaus birelasu bireluas birelusa birelsua birelsau birealus birealsu bireauls bireausl bireasul
bireaslu bireuals bireuasl bireulas bireulsa bireusla bireusal biresaul biresalu biresual biresula
bireslua bireslau biruleas birulesa birulaes birulase birulsae birulsea biruelas biruelsa birueals
birueasl biruesal biruesla biruaels biruaesl biruales birualse biruasle biruasel biruseal birusela
birusael birusale biruslae biruslea birsleua birsleau birsluea birsluae birslaue birslaeu birselua
birselau birseula birseual birseaul birsealu birsuela birsueal birsulea birsulae birsuale birsuael
birsaeul birsaelu birsauel birsaule birsalue birsaleu biearlus biearlsu biearuls biearusl biearsul
biearslu biealrus biealrsu biealurs biealusr biealsur biealsru bieaulrs bieaulsr bieaurls bieaursl
bieausrl bieauslr bieaslur bieaslru bieasulr bieasurl bieasrul bieasrlu bieralus bieralsu bierauls
bierausl bierasul bieraslu bierlaus bierlasu bierluas bierlusa bierlsua bierlsau bierulas bierulsa
bieruals bieruasl bierusal bierusla bierslua bierslau biersula biersual biersaul biersalu bielraus
bielrasu bielruas bielrusa bielrsua bielrsau bielarus bielarsu bielaurs bielausr bielasur bielasru
bieluars bieluasr bieluras bielursa bielusra bielusar bielsaur bielsaru bielsuar bielsura bielsrua
bielsrau bieurlas bieurlsa bieurals bieurasl bieursal bieursla bieulras bieulrsa bieulars bieulasr
bieulsar bieulsra bieualrs bieualsr bieuarls bieuarsl bieuasrl bieuaslr bieuslar bieuslra bieusalr
bieusarl bieusral bieusrla biesrlua biesrlau biesrula biesrual biesraul biesralu bieslrua bieslrau
bieslura biesluar bieslaur bieslaru biesulra biesular biesurla biesural biesuarl biesualr biesalur
biesalru biesaulr biesaurl biesarul biesarlu biuarels biuaresl biuarles biuarlse biuarsle biuarsel
biuaerls biuaersl biuaelrs biuaelsr biuaeslr biuaesrl biualers biualesr biualres biualrse biualsre
biualser biuaselr biuaserl biuasler biuaslre biuasrle biuasrel biuraels biuraesl biurales biuralse
biurasle biurasel biureals biureasl biurelas biurelsa biuresla biuresal biurleas biurlesa biurlaes
biurlase biurlsae biurlsea biursela biurseal biurslea biurslae biursale biursael biuerals biuerasl
biuerlas biuerlsa biuersla biuersal biuearls biuearsl biuealrs biuealsr biueaslr biueasrl biuelars
biuelasr biuelras biuelrsa biuelsra biuelsar biuesalr biuesarl biueslar biueslra biuesrla biuesral
biulreas biulresa biulraes biulrase biulrsae biulrsea biuleras biulersa biulears biuleasr biulesar
biulesra biulaers biulaesr biulares biularse biulasre biulaser biulsear biulsera biulsaer biulsare
biulsrae biulsrea biusrela biusreal biusrlea biusrlae biusrale biusrael biuserla biuseral biuselra
biuselar biusealr biusearl biuslera biuslear biuslrea biuslrae biuslare biuslaer biusaelr biusaerl
biusaler biusalre biusarle biusarel bisareul bisarelu bisaruel bisarule bisarlue bisarleu bisaerul
bisaerlu bisaeurl bisaeulr bisaelur bisaelru bisauerl bisauelr bisaurel bisaurle bisaulre bisauler
bisaleur bisaleru bisaluer bisalure bisalrue bisalreu bisraeul bisraelu bisrauel bisraule bisralue
bisraleu bisreaul bisrealu bisreual bisreula bisrelua bisrelau bisrueal bisruela bisruael bisruale
bisrulae bisrulea bisrleua bisrleau bisrluea bisrluae bisrlaue bisrlaeu biseraul biseralu biserual
biserula biserlua biserlau bisearul bisearlu biseaurl biseaulr bisealur bisealru biseuarl biseualr
biseural biseurla biseulra biseular biselaur biselaru biseluar biselura biselrua biselrau bisureal
bisurela bisurael bisurale bisurlae bisurlea bisueral bisuerla bisuearl bisuealr bisuelar bisuelra
bisuaerl bisuaelr bisuarel bisuarle bisualre bisualer bisulear bisulera bisulaer bisulare bisulrae
bisulrea bislreua bislreau bislruea bislruae bislraue bislraeu bislerua bislerau bisleura bisleuar
bisleaur bislearu bisluera bisluear bislurea bislurae bisluare bisluaer bislaeur bislaeru bislauer
bislaure bislarue bislareu bularies bularise bulareis bularesi bularsei bularsie bulaires bulairse
bulaiers bulaiesr bulaiser bulaisre bulaeirs bulaeisr bulaeris bulaersi bulaesri bulaesir bulasier
bulasire bulaseir bulaseri bulasrei bulasrie bulraies bulraise bulraeis bulraesi bulrasei bulrasie
bulriaes bulriase bulrieas bulriesa bulrisea bulrisae bulreias bulreisa bulreais bulreasi bulresai
bulresia bulrsiea bulrsiae bulrseia bulrseai bulrsaei bulrsaie buliraes bulirase bulireas buliresa
bulirsea bulirsae buliares buliarse buliaers buliaesr buliaser buliasre buliears bulieasr bulieras
buliersa buliesra buliesar bulisaer bulisare bulisear bulisera bulisrea bulisrae bulerias bulerisa
bulerais bulerasi bulersai bulersia buleiras buleirsa buleiars buleiasr buleisar buleisra buleairs
buleaisr bulearis bulearsi buleasri buleasir bulesiar bulesira bulesair bulesari bulesrai bulesria
bulsriea bulsriae bulsreia bulsreai bulsraei bulsraie bulsirea bulsirae bulsiera bulsiear bulsiaer
bulsiare bulseira bulseiar bulseria bulserai bulseari bulseair bulsaier bulsaire bulsaeir bulsaeri
bulsarei bulsarie bualries bualrise bualreis bualresi bualrsei bualrsie bualires bualirse bualiers
bualiesr bualiser bualisre bualeirs bualeisr bualeris bualersi bualesri bualesir bualsier bualsire
bualseir bualseri bualsrei bualsrie buarlies buarlise buarleis buarlesi buarlsei buarlsie buariles
buarilse buariels buariesl buarisel buarisle buareils buareisl buarelis buarelsi buaresli buaresil
buarsiel buarsile buarseil buarseli buarslei buarslie buairles buairlse buairels buairesl buairsel
buairsle buailres buailrse buailers buailesr buailser buailsre buaielrs buaielsr buaierls buaiersl
buaiesrl buaieslr buaisler buaislre buaiselr buaiserl buaisrel buaisrle buaerils buaerisl buaerlis
buaerlsi buaersli buaersil buaeirls buaeirsl buaeilrs buaeilsr buaeislr buaeisrl buaelirs buaelisr
buaelris buaelrsi buaelsri buaelsir buaesilr buaesirl buaeslir buaeslri buaesrli buaesril buasriel
buasrile buasreil buasreli buasrlei buasrlie buasirel buasirle buasierl buasielr buasiler buasilre
buaseirl buaseilr buaseril buaserli buaselri buaselir buaslier buaslire buasleir buasleri buaslrei
buaslrie buralies buralise buraleis buralesi buralsei buralsie burailes burailse buraiels buraiesl
buraisel buraisle buraeils buraeisl buraelis buraelsi buraesli buraesil burasiel burasile buraseil
buraseli buraslei buraslie burlaies burlaise burlaeis burlaesi burlasei burlasie burliaes burliase
burlieas burliesa burlisea burlisae burleias burleisa burleais burleasi burlesai burlesia burlsiea
burlsiae burlseia burlseai burlsaei burlsaie burilaes burilase burileas burilesa burilsea burilsae
buriales burialse buriaels buriaesl buriasel buriasle burieals burieasl burielas burielsa buriesla
buriesal burisael burisale buriseal burisela burislea burislae burelias burelisa burelais burelasi
burelsai burelsia bureilas bureilsa bureials bureiasl bureisal bureisla bureails bureaisl burealis
burealsi bureasli bureasil buresial buresila buresail buresali bureslai bureslia bursliea bursliae
bursleia bursleai burslaei burslaie bursilea bursilae bursiela bursieal bursiael bursiale burseila
burseial burselia burselai burseali burseail bursaiel bursaile bursaeil bursaeli bursalei bursalie
buiarles buiarlse buiarels buiaresl buiarsel buiarsle buialres buialrse buialers buialesr buialser
buialsre buiaelrs buiaelsr buiaerls buiaersl buiaesrl buiaeslr buiasler buiaslre buiaselr buiaserl
buiasrel buiasrle buirales buiralse buiraels buiraesl buirasel buirasle buirlaes buirlase buirleas
buirlesa buirlsea buirlsae buirelas buirelsa buireals buireasl buiresal buiresla buirslea buirslae
buirsela buirseal buirsael buirsale builraes builrase builreas builresa builrsea builrsae builares
builarse builaers builaesr builaser builasre builears buileasr buileras builersa builesra builesar
builsaer builsare builsear builsera builsrea builsrae buierlas buierlsa buierals buierasl buiersal
buiersla buielras buielrsa buielars buielasr buielsar buielsra buiealrs buiealsr buiearls buiearsl
buieasrl buieaslr buieslar buieslra buiesalr buiesarl buiesral buiesrla buisrlea buisrlae buisrela
buisreal buisrael buisrale buislrea buislrae buislera buislear buislaer buislare buiselra buiselar
buiserla buiseral buisearl buisealr buisaler buisalre buisaelr buisaerl buisarel buisarle buearils
buearisl buearlis buearlsi buearsli buearsil bueairls bueairsl bueailrs bueailsr bueaislr bueaisrl
buealirs buealisr buealris buealrsi buealsri buealsir bueasilr bueasirl bueaslir bueaslri bueasrli
bueasril buerails bueraisl bueralis bueralsi buerasli buerasil buerials bueriasl buerilas buerilsa
buerisla buerisal buerlias buerlisa buerlais buerlasi buerlsai buerlsia buersila buersial buerslia
buerslai buersali buersail bueirals bueirasl bueirlas bueirlsa bueirsla bueirsal bueiarls bueiarsl
bueialrs bueialsr bueiaslr bueiasrl bueilars bueilasr bueilras bueilrsa bueilsra bueilsar bueisalr
bueisarl bueislar bueislra bueisrla bueisral buelrias buelrisa buelrais buelrasi buelrsai buelrsia
bueliras buelirsa bueliars bueliasr buelisar buelisra buelairs buelaisr buelaris buelarsi buelasri
buelasir buelsiar buelsira buelsair buelsari buelsrai buelsria buesrila buesrial buesrlia buesrlai
buesrali buesrail buesirla buesiral buesilra buesilar buesialr buesiarl bueslira buesliar bueslria
bueslrai bueslari bueslair buesailr buesairl buesalir buesalri buesarli buesaril busariel busarile
busareil busareli busarlei busarlie busairel busairle busaierl busaielr busailer busailre busaeirl
busaeilr busaeril busaerli busaelri busaelir busalier busalire busaleir busaleri busalrei busalrie
busraiel busraile busraeil busraeli busralei busralie busriael busriale busrieal busriela busrilea
busrilae busreial busreila busreail busreali busrelai busrelia busrliea busrliae busrleia busrleai
busrlaei busrlaie busirael busirale busireal busirela busirlea busirlae busiarel busiarle busiaerl
busiaelr busialer busialre busiearl busiealr busieral busierla busielra busielar busilaer busilare
busilear busilera busilrea busilrae buserial buserila buserail buserali buserlai buserlia buseiral
buseirla buseiarl buseialr buseilar buseilra buseairl buseailr busearil busearli busealri busealir
buseliar buselira buselair buselari buselrai buselria buslriea buslriae buslreia buslreai buslraei
buslraie buslirea buslirae busliera busliear busliaer busliare busleira busleiar busleria buslerai
busleari busleair buslaier buslaire buslaeir buslaeri buslarei buslarie bslariue bslarieu bslaruie
bslaruei bslareui bslareiu bslairue bslaireu bslaiure bslaiuer bslaieur bslaieru bslauire bslauier
bslaurie bslaurei bslaueri bslaueir bslaeiur bslaeiru bslaeuir bslaeuri bslaerui bslaeriu bslraiue
bslraieu bslrauie bslrauei bslraeui bslraeiu bslriaue bslriaeu bslriuae bslriuea bslrieua bslrieau
bslruiae bslruiea bslruaie bslruaei bslrueai bslrueia bslreiua bslreiau bslreuia bslreuai bslreaui
bslreaiu bsliraue bsliraeu bsliruae bsliruea bslireua bslireau bsliarue bsliareu bsliaure bsliauer
bsliaeur bsliaeru bsliuare bsliuaer bsliurae bsliurea bsliuera bsliuear bslieaur bsliearu bslieuar
bslieura bslierua bslierau bsluriae bsluriea bsluraie bsluraei bslureai bslureia bsluirae bsluirea
bsluiare bsluiaer bsluiear bsluiera bsluaire bsluaier bsluarie bsluarei bsluaeri bsluaeir bslueiar
bslueira bslueair bslueari bsluerai bslueria bsleriua bsleriau bsleruia bsleruai bsleraui bsleraiu
bsleirua bsleirau bsleiura bsleiuar bsleiaur bsleiaru bsleuira bsleuiar bsleuria bsleurai bsleuari
bsleuair bsleaiur bsleairu bsleauir bsleauri bslearui bsleariu bsalriue bsalrieu bsalruie bsalruei
bsalreui bsalreiu bsalirue bsalireu bsaliure bsaliuer bsalieur bsalieru bsaluire bsaluier bsalurie
bsalurei bsalueri bsalueir bsaleiur bsaleiru bsaleuir bsaleuri bsalerui bsaleriu bsarliue bsarlieu
bsarluie bsarluei bsarleui bsarleiu bsarilue bsarileu bsariule bsariuel bsarieul bsarielu bsaruile
bsaruiel bsarulie bsarulei bsarueli bsarueil bsareiul bsareilu bsareuil bsareuli bsarelui bsareliu
bsairlue bsairleu bsairule bsairuel bsaireul bsairelu bsailrue bsailreu bsailure bsailuer bsaileur
bsaileru bsaiulre bsaiuler bsaiurle bsaiurel bsaiuerl bsaiuelr bsaielur bsaielru bsaieulr bsaieurl
bsaierul bsaierlu bsaurile bsauriel bsaurlie bsaurlei bsaureli bsaureil bsauirle bsauirel bsauilre
bsauiler bsauielr bsauierl bsaulire bsaulier bsaulrie bsaulrei bsauleri bsauleir bsaueilr bsaueirl
bsauelir bsauelri bsauerli bsaueril bsaeriul bsaerilu bsaeruil bsaeruli bsaerlui bsaerliu bsaeirul
bsaeirlu bsaeiurl bsaeiulr bsaeilur bsaeilru bsaeuirl bsaeuilr bsaeuril bsaeurli bsaeulri bsaeulir
bsaeliur bsaeliru bsaeluir bsaeluri bsaelrui bsaelriu bsraliue bsralieu bsraluie bsraluei bsraleui
bsraleiu bsrailue bsraileu bsraiule bsraiuel bsraieul bsraielu bsrauile bsrauiel bsraulie bsraulei
bsraueli bsraueil bsraeiul bsraeilu bsraeuil bsraeuli bsraelui bsraeliu bsrlaiue bsrlaieu bsrlauie
bsrlauei bsrlaeui bsrlaeiu bsrliaue bsrliaeu bsrliuae bsrliuea bsrlieua bsrlieau bsrluiae bsrluiea
bsrluaie bsrluaei bsrlueai bsrlueia bsrleiua bsrleiau bsrleuia bsrleuai bsrleaui bsrleaiu bsrilaue
bsrilaeu bsriluae bsriluea bsrileua bsrileau bsrialue bsrialeu bsriaule bsriauel bsriaeul bsriaelu
bsriuale bsriuael bsriulae bsriulea bsriuela bsriueal bsrieaul bsriealu bsrieual bsrieula bsrielua
bsrielau bsruliae bsruliea bsrulaie bsrulaei bsruleai bsruleia bsruilae bsruilea bsruiale bsruiael
bsruieal bsruiela bsruaile bsruaiel bsrualie bsrualei bsruaeli bsruaeil bsrueial bsrueila bsrueail
bsrueali bsruelai bsruelia bsreliua bsreliau bsreluia bsreluai bsrelaui bsrelaiu bsreilua bsreilau
bsreiula bsreiual bsreiaul bsreialu bsreuila bsreuial bsreulia bsreulai bsreuali bsreuail bsreaiul
bsreailu bsreauil bsreauli bsrealui bsrealiu bsiarlue bsiarleu bsiarule bsiaruel bsiareul bsiarelu
bsialrue bsialreu bsialure bsialuer bsialeur bsialeru bsiaulre bsiauler bsiaurle bsiaurel bsiauerl
bsiauelr bsiaelur bsiaelru bsiaeulr bsiaeurl bsiaerul bsiaerlu bsiralue bsiraleu bsiraule bsirauel
bsiraeul bsiraelu bsirlaue bsirlaeu bsirluae bsirluea bsirleua bsirleau bsirulae bsirulea bsiruale
bsiruael bsirueal bsiruela bsirelua bsirelau bsireula bsireual bsireaul bsirealu bsilraue bsilraeu
bsilruae bsilruea bsilreua bsilreau bsilarue bsilareu bsilaure bsilauer bsilaeur bsilaeru bsiluare
bsiluaer bsilurae bsilurea bsiluera bsiluear bsileaur bsilearu bsileuar bsileura bsilerua bsilerau
bsiurlae bsiurlea bsiurale bsiurael bsiureal bsiurela bsiulrae bsiulrea bsiulare bsiulaer bsiulear
bsiulera bsiualre bsiualer bsiuarle bsiuarel bsiuaerl bsiuaelr bsiuelar bsiuelra bsiuealr bsiuearl
bsiueral bsiuerla bsierlua bsierlau bsierula bsierual bsieraul bsieralu bsielrua bsielrau bsielura
bsieluar bsielaur bsielaru bsieulra bsieular bsieurla bsieural bsieuarl bsieualr bsiealur bsiealru
bsieaulr bsieaurl bsiearul bsiearlu bsuarile bsuariel bsuarlie bsuarlei bsuareli bsuareil bsuairle
bsuairel bsuailre bsuailer bsuaielr bsuaierl bsualire bsualier bsualrie bsualrei bsualeri bsualeir
bsuaeilr bsuaeirl bsuaelir bsuaelri bsuaerli bsuaeril bsuraile bsuraiel bsuralie bsuralei bsuraeli
bsuraeil bsuriale bsuriael bsurilae bsurilea bsuriela bsurieal bsurliae bsurliea bsurlaie bsurlaei
bsurleai bsurleia bsureila bsureial bsurelia bsurelai bsureali bsureail bsuirale bsuirael bsuirlae
bsuirlea bsuirela bsuireal bsuiarle bsuiarel bsuialre bsuialer bsuiaelr bsuiaerl bsuilare bsuilaer
bsuilrae bsuilrea bsuilera bsuilear bsuiealr bsuiearl bsuielar bsuielra bsuierla bsuieral bsulriae
bsulriea bsulraie bsulraei bsulreai bsulreia bsulirae bsulirea bsuliare bsuliaer bsuliear bsuliera
bsulaire bsulaier bsularie bsularei bsulaeri bsulaeir bsuleiar bsuleira bsuleair bsuleari bsulerai
bsuleria bsuerila bsuerial bsuerlia bsuerlai bsuerali bsuerail bsueirla bsueiral bsueilra bsueilar
bsueialr bsueiarl bsuelira bsueliar bsuelria bsuelrai bsuelari bsuelair bsueailr bsueairl bsuealir
bsuealri bsuearli bsuearil bseariul bsearilu bsearuil bsearuli bsearlui bsearliu bseairul bseairlu
bseaiurl bseaiulr bseailur bseailru bseauirl bseauilr bseauril bseaurli bseaulri bseaulir bsealiur
bsealiru bsealuir bsealuri bsealrui bsealriu bseraiul bserailu bserauil bserauli bseralui bseraliu
bseriaul bserialu bseriual bseriula bserilua bserilau bseruial bseruila bseruail bseruali bserulai
bserulia bserliua bserliau bserluia bserluai bserlaui bserlaiu bseiraul bseiralu bseirual bseirula
bseirlua bseirlau bseiarul bseiarlu bseiaurl bseiaulr bseialur bseialru bseiuarl bseiualr bseiural
bseiurla bseiulra bseiular bseilaur bseilaru bseiluar bseilura bseilrua bseilrau bseurial bseurila
bseurail bseurali bseurlai bseurlia bseuiral bseuirla bseuiarl bseuialr bseuilar bseuilra bseuairl
bseuailr bseuaril bseuarli bseualri bseualir bseuliar bseulira bseulair bseulari bseulrai bseulria
bselriua bselriau bselruia bselruai bselraui bselraiu bselirua bselirau bseliura bseliuar bseliaur
bseliaru bseluira bseluiar bseluria bselurai bseluari bseluair bselaiur bselairu bselauir bselauri
bselarui bselariu

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History of cryptography
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