easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

termcap

coombes

mbuli

bionext

quakery

nosseck

ciuitasque

midsummerish

holbaek

doctiloquus

hartwood

tapelines

eleon

macdan

irrecoverable

aestivating

avalon

graminivorous


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: protriaene
cipher variations:
qspusjbfof rtqvtkcgpg surwuldhqh tvsxvmeiri uwtywnfjsj
vxuzxogktk wyvayphlul xzwbzqimvm yaxcarjnwn zbydbskoxo
aczectlpyp bdafdumqzq cebgevnrar dfchfwosbs egdigxptct
fhejhyqudu gifkizrvev hjgljaswfw ikhmkbtxgx jlinlcuyhy
kmjomdvziz lnkpnewaja molqofxbkb npmrpgyclc oqnsqhzdmd

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: protriaene
Cipher: kilgirzvmv

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: protriaene
Cipher: ABBBA BAAAA ABBAB BAABA BAAAA ABAAA AAAAA AABAA ABBAA AABAA

Read more ...

 

Affine Cipher
In the affine cipher the letters of an alphabet of size m are first mapped to the integers in the range 0..m - 1. It then uses modular arithmetic to transform the integer that each plaintext letter corresponds to into another integer that correspond to a ciphertext letter. The encryption function for a single letter is

where modulus m is the size of the alphabet and a and b are the key of the cipher. The value a must be chosen such that a and m are coprime.
Considering the specific case of encrypting messages in English (i.e. m = 26), there are a total of 286 non-trivial affine ciphers, not counting the 26 trivial Caesar ciphers. This number comes from the fact there are 12 numbers that are coprime with 26 that are less than 26 (these are the possible values of a). Each value of a can have 26 different addition shifts (the b value) ; therefore, there are 12*26 or 312 possible keys.
Plaintext: protriaene
cipher variations:
qspusjbfofuargazbnonyitsipbvovcqveqfbdodgyxqyvblolkgzcglbtotswdawrbjojwefmehbror
amhymxbzozeujkunbhohiclwcdbpopmkniktbxoxrtqvtkcgpgvbshbacopozjutjqcwpwdrwfrgcepe
hzyrzwcmpmlhadhmcuputxebxsckpkxfgnficspsbniznycapafvklvocipijdmxdecqpqnlojlucypy
surwuldhqhwcticbdpqpakvukrdxqxesxgshdfqfiazsaxdnqnmibeindvqvuyfcytdlqlyghogjdtqt
cojaozdbqbgwlmwpdjqjkenyefdrqrompkmvdzqztvsxvmeirixdujdceqrqblwvlseyryftyhtiegrg
jbatbyeoronjcfjoewrwvzgdzuemrmzhiphkeurudpkbpaecrchxmnxqekrklfozfgesrspnqlnweara
uwtywnfjsjyevkedfrsrcmxwmtfzszguziujfhshkcbuczfpspokdgkpfxsxwaheavfnsnaijqilfvsv
eqlcqbfdsdiynoyrflslmgpaghftstqormoxfbsbvxuzxogktkzfwlfegstsdnyxnugatahvajvkgiti
ldcvdagqtqplehlqgytyxbifbwgotobjkrjmgwtwfrmdrcgetejzopzsgmtmnhqbhiguturpsnpygctc
wyvayphlulagxmgfhtuteozyovhbubiwbkwlhjujmedwebhrurqmfimrhzuzycjgcxhpupcklsknhxux
gsnesdhfufkapqathnunoircijhvuvsqtoqzhdudxzwbzqimvmbhynhgiuvufpazpwicvcjxclxmikvk
nfexfcisvsrngjnsiavazdkhdyiqvqdlmtloiyvyhtofteigvglbqrbuiovopjsdjkiwvwtrupraieve
yaxcarjnwncizoihjvwvgqbaqxjdwdkydmynjlwlogfygdjtwtsohkotjbwbaeliezjrwremnumpjzwz
iupgufjhwhmcrscvjpwpqktekljxwxusvqsbjfwfzbydbskoxodjapjikwxwhrcbrykexelzenzokmxm
phgzhekuxutpilpukcxcbfmjfaksxsfnovnqkaxajvqhvgkixindstdwkqxqrluflmkyxyvtwrtckgxg
aczectlpypekbqkjlxyxisdcszlfyfmafoaplnynqihaiflvyvuqjmqvldydcgnkgbltytgopworlbyb
kwriwhljyjoetuexlryrsmvgmnlzyzwuxsudlhyhbdafdumqzqflcrlkmyzyjtedtamgzgnbgpbqmozo
rjibjgmwzwvrknrwmezedholhcmuzuhpqxpsmczclxsjximkzkpfuvfymszstnwhnomazaxvytvemizi
cebgevnrargmdsmlnzazkufeubnhahochqcrnpapskjckhnxaxwslosxnfafeipmidnvaviqryqtndad
mytkyjnlalqgvwgzntatuoxiopnbabywzuwfnjajdfchfwosbshnetnmoabalvgfvcoibipdirdsoqbq
tlkdlioybyxtmptyogbgfjqnjeowbwjrszruoebenzulzkombmrhwxhaoubuvpyjpqocbczxavxgokbk
egdigxptctiofuonpbcbmwhgwdpjcjqejsetprcrumlemjpzczyunquzphchgkrokfpxcxkstasvpfcf
oavmalpncnsixyibpvcvwqzkqrpdcdaybwyhplclfhejhyqudujpgvpoqcdcnxihxeqkdkrfktfuqsds
vnmfnkqadazvorvaqidihlsplgqydyltubtwqgdgpbwnbmqodotjyzjcqwdwxralrsqedebzcxziqmdm
gifkizrvevkqhwqprdedoyjiyfrlelsglugvrtetwongolrbebawpswbrjejimtqmhrzezmuvcuxrheh
qcxocnrpepukzakdrxexysbmstrfefcadyajrnenhjgljaswfwlrixrqsefepzkjzgsmfmthmvhwsufu
xpohpmscfcbxqtxcskfkjnurnisafanvwdvysifirdypdosqfqvlablesyfyztcntusgfgdbezbksofo
ikhmkbtxgxmsjysrtfgfqalkahtngnuinwixtvgvyqpiqntdgdcyruydtlglkovsojtbgbowxewztjgj
sezqeptrgrwmbcmftzgzaudouvthghecfacltpgpjlinlcuyhyntkztsughgrbmlbiuohovjoxjyuwhw
zrqjrouehedzsvzeumhmlpwtpkuchcpxyfxaukhktfarfqushsxncdnguahabvepvwuihifdgbdmuqhq
kmjomdvzizoulautvhihscnmcjvpipwkpykzvxixasrkspvfifeatwafvninmqxuqlvdidqyzgybvlil
ugbsgrvtityodeohvbibcwfqwxvjijgehcenvrirlnkpnewajapvmbvuwijitdondkwqjqxlqzlawyjy
btsltqwgjgfbuxbgwojonryvrmwejerzahzcwmjmvhcthswujuzpefpiwcjcdxgrxywkjkhfidfowsjs
molqofxbkbqwncwvxjkjuepoelxrkrymrambxzkzcutmurxhkhgcvychxpkposzwsnxfkfsabiadxnkn
widuitxvkvaqfgqjxdkdeyhsyzxlkligjegpxtktnpmrpgyclcrxodxwyklkvfqpfmyslsznsbncyala
dvunvsyilihdwzdiyqlqptaxtoyglgtbcjbeyoloxjevjuywlwbrghrkyelefzitzaymlmjhkfhqyulu
oqnsqhzdmdsypeyxzlmlwgrqgnztmtaotcodzbmbewvowtzjmjiexaejzrmrqubyupzhmhucdkcfzpmp
ykfwkvzxmxcshislzfmfgajuabznmnkilgirzvmvprotriaenetzqfzyamnmxhsrhoaunubpudpeacnc
fxwpxuaknkjfybfkasnsrvczvqainivdeldgaqnqzlgxlwaynydtijtmagnghbkvbcaonoljmhjsawnw

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: protriaene
Cipher: cebgevnrar

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: protriaene
Cipher: 53244344244211513351

Extended Methods:
Method #1

Plaintext: protriaene
method variations:
uwtywofkskzbydbtlpxpegdigyqucukmiomdvzhz

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
p r o t r i a e n e 
5 2 4 4 2 4 1 5 3 5 
3 4 3 4 4 2 1 1 3 1 
They are then read out in rows:
52442415353434421131
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: protriaene
Cipher: ktrvxssiac

Read more ...
Method #3

Plaintext: protriaene
method variations:
htsitbvlxv tsitbvlxvh sitbvlxvht
itbvlxvhts tbvlxvhtsi bvlxvhtsit
vlxvhtsitb lxvhtsitbv xvhtsitbvl
vhtsitbvlx

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: protriaene

first 5040 cipher variations(3628800 total)
protriaene protriaeen protrianee protrianee protriaene protriaeen protrieane protrieaen protrienae protrienea protrieena
protrieean protrineae protrineea protrinaee protrinaee protrineae protrineea protrieena protrieean protrienea protrienae
protrieane protrieaen protraiene protraieen protrainee protrainee protraiene protraieen protraeine protraeien protraenie
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proraeteni proraetein proraetnei proraetnie proraetine proraetien proraeetni proraeetin proraeenti proraeenit proraeeint
proraeeitn proraeneti proraeneit proraentei proraentie proraenite proraeniet proraeient proraeietn proraeinet proraeinte
proraeitne proraeiten proreiatne proreiaten proreiante proreianet proreiaent proreiaetn proreitane proreitaen proreitnae
proreitnea proreitena proreitean proreintae proreintea proreinate proreinaet proreineat proreineta proreietna proreietan
proreienta proreienat proreieant proreieatn proreaitne proreaiten proreainte proreainet proreaient proreaietn proreatine
proreatien proreatnie proreatnei proreateni proreatein proreantie proreantei proreanite proreaniet proreaneit proreaneti
proreaetni proreaetin proreaenti proreaenit proreaeint proreaeitn proretaine proretaien proretanie proretanei proretaeni
proretaein proretiane proretiaen proretinae proretinea proretiena proretiean proretniae proretniea proretnaie proretnaei
proretneai proretneia proreteina proreteian proretenia proretenai proreteani proreteain prorenatie prorenatei prorenaite
prorenaiet prorenaeit prorenaeti prorentaie prorentaei prorentiae prorentiea prorenteia prorenteai prorenitae prorenitea
proreniate proreniaet prorenieat prorenieta prorenetia prorenetai proreneita proreneiat proreneait proreneati proreeatni
proreeatin proreeanti proreeanit proreeaint proreeaitn proreetani proreetain proreetnai proreetnia proreetina proreetian
proreentai proreentia proreenati proreenait proreeniat proreenita proreeitna proreeitan proreeinta proreeinat proreeiant
proreeiatn prorniaete prorniaeet prorniatee prorniatee prorniaete prorniaeet prornieate prornieaet prornietae prornietea
prornieeta prornieeat prorniteae prorniteea prornitaee prornitaee prorniteae prorniteea prornieeta prornieeat prornietea
prornietae prornieate prornieaet prornaiete prornaieet prornaitee prornaitee prornaiete prornaieet prornaeite prornaeiet
prornaetie prornaetei prornaeeti prornaeeit prornateie prornateei prornatiee prornatiee prornateie prornateei prornaeeti
prornaeeit prornaetei prornaetie prornaeite prornaeiet prorneaite prorneaiet prorneatie prorneatei prorneaeti prorneaeit
prorneiate prorneiaet prorneitae prorneitea prorneieta prorneieat prornetiae prornetiea prornetaie prornetaei prorneteai
prorneteia prorneeita prorneeiat prorneetia prorneetai prorneeati prorneeait prorntaeie prorntaeei prorntaiee prorntaiee
prorntaeie prorntaeei prornteaie prornteaei prornteiae prornteiea prornteeia prornteeai prorntieae prorntieea prorntiaee
prorntiaee prorntieae prorntieea prornteeia prornteeai prornteiea prornteiae prornteaie prornteaei prorneaeti prorneaeit
prorneatei prorneatie prorneaite prorneaiet prorneeati prorneeait prorneetai prorneetia prorneeita prorneeiat prorneteai
prorneteia prornetaei prornetaie prornetiae prornetiea prorneieta prorneieat prorneitea prorneitae prorneiate prorneiaet
proreiaent proreiaetn proreianet proreiante proreiatne proreiaten proreieant proreieatn proreienat proreienta proreietna
proreietan proreineat proreineta proreinaet proreinate proreintae proreintea proreitena proreitean proreitnea proreitnae
proreitane proreitaen proreaient proreaietn proreainet proreainte proreaitne proreaiten proreaeint proreaeitn proreaenit
proreaenti proreaetni proreaetin proreaneit proreaneti proreaniet proreanite proreantie proreantei proreateni proreatein
proreatnei proreatnie proreatine proreatien proreeaint proreeaitn proreeanit proreeanti proreeatni proreeatin proreeiant
proreeiatn proreeinat proreeinta proreeitna proreeitan proreeniat proreenita proreenait proreenati proreentai proreentia
proreetina proreetian proreetnia proreetnai proreetani proreetain prorenaeit prorenaeti prorenaiet prorenaite prorenatie
prorenatei proreneait proreneati proreneiat proreneita prorenetia prorenetai prorenieat prorenieta proreniaet proreniate
prorenitae prorenitea prorenteia prorenteai prorentiea prorentiae prorentaie prorentaei proretaeni proretaein proretanei
proretanie proretaine proretaien proreteani proreteain proretenai proretenia proreteina proreteian proretneai proretneia
proretnaei proretnaie proretniae proretniea proretiena proretiean proretinea proretinae proretiane proretiaen proirtaene
proirtaeen proirtanee proirtanee proirtaene proirtaeen proirteane proirteaen proirtenae proirtenea proirteena proirteean
proirtneae proirtneea proirtnaee proirtnaee proirtneae proirtneea proirteena proirteean proirtenea proirtenae proirteane
proirteaen proiratene proirateen proiratnee proiratnee proiratene proirateen proiraetne proiraeten proiraente proiraenet
proiraeent proiraeetn proiranete proiraneet proirantee proirantee proiranete proiraneet proiraeent proiraeetn proiraenet
proiraente proiraetne proiraeten proireatne proireaten proireante proireanet proireaent proireaetn proiretane proiretaen
proiretnae proiretnea proiretena proiretean proirentae proirentea proirenate proirenaet proireneat proireneta proireetna
proireetan proireenta proireenat proireeant proireeatn proirnaete proirnaeet proirnatee proirnatee proirnaete proirnaeet
proirneate proirneaet proirnetae proirnetea proirneeta proirneeat proirnteae proirnteea proirntaee proirntaee proirnteae
proirnteea proirneeta proirneeat proirnetea proirnetae proirneate proirneaet proireaent proireaetn proireanet proireante
proireatne proireaten proireeant proireeatn proireenat proireenta proireetna proireetan proireneat proireneta proirenaet
proirenate proirentae proirentea proiretena proiretean proiretnea proiretnae proiretane proiretaen proitraene proitraeen
proitranee proitranee proitraene proitraeen proitreane proitreaen proitrenae proitrenea proitreena proitreean proitrneae
proitrneea proitrnaee proitrnaee proitrneae proitrneea proitreena proitreean proitrenea proitrenae proitreane proitreaen
proitarene proitareen proitarnee proitarnee proitarene proitareen proitaerne proitaeren proitaenre proitaener proitaeenr
proitaeern proitanere proitaneer proitanree proitanree proitanere proitaneer proitaeenr proitaeern proitaener proitaenre
proitaerne proitaeren proitearne proitearen proiteanre proiteaner proiteaenr proiteaern proiterane proiteraen proiternae
proiternea proiterena proiterean proitenrae proitenrea proitenare proitenaer proitenear proitenera proiteerna proiteeran
proiteenra proiteenar proiteeanr proiteearn proitnaere proitnaeer proitnaree proitnaree proitnaere proitnaeer proitneare
proitneaer proitnerae proitnerea proitneera proitneear proitnreae proitnreea proitnraee proitnraee proitnreae proitnreea
proitneera proitneear proitnerea proitnerae proitneare proitneaer proiteaenr proiteaern proiteaner proiteanre proitearne
proitearen proiteeanr proiteearn proiteenar proiteenra proiteerna proiteeran proitenear proitenera proitenaer proitenare
proitenrae proitenrea proiterena proiterean proiternea proiternae proiterane proiteraen proiatrene proiatreen proiatrnee
proiatrnee proiatrene proiatreen proiaterne proiateren proiatenre proiatener proiateenr proiateern proiatnere proiatneer
proiatnree proiatnree proiatnere proiatneer proiateenr proiateern proiatener proiatenre proiaterne proiateren proiartene
proiarteen proiartnee proiartnee proiartene proiarteen proiaretne proiareten proiarente proiarenet proiareent proiareetn
proiarnete proiarneet proiarntee proiarntee proiarnete proiarneet proiareent proiareetn proiarenet proiarente proiaretne
proiareten proiaertne proiaerten proiaernte proiaernet proiaerent proiaeretn proiaetrne proiaetren proiaetnre proiaetner
proiaetenr proiaetern proiaentre proiaenter proiaenrte proiaenret proiaenert proiaenetr proiaeetnr proiaeetrn proiaeentr
proiaeenrt proiaeernt proiaeertn proianrete proianreet proianrtee proianrtee proianrete proianreet proianerte proianeret
proianetre proianeter proianeetr proianeert proiantere proianteer proiantree proiantree proiantere proianteer proianeetr
proianeert proianeter proianetre proianerte proianeret proiaerent proiaeretn proiaernet proiaernte proiaertne proiaerten
proiaeernt proiaeertn proiaeenrt proiaeentr proiaeetnr proiaeetrn proiaenert proiaenetr proiaenret proiaenrte proiaentre
proiaenter proiaetenr proiaetern proiaetner proiaetnre proiaetrne proiaetren proietarne proietaren proietanre proietaner
proietaenr proietaern proietrane proietraen proietrnae proietrnea proietrena proietrean proietnrae proietnrea proietnare
proietnaer proietnear proietnera proieterna proieteran proietenra proietenar proieteanr proietearn proieatrne proieatren
proieatnre proieatner proieatenr proieatern proieartne proiearten proiearnte proiearnet proiearent proiearetn proieanrte
proieanret proieantre proieanter proieanetr proieanert proieaernt proieaertn proieaenrt proieaentr proieaetnr proieaetrn
proieratne proieraten proierante proieranet proieraent proieraetn proiertane proiertaen proiertnae proiertnea proiertena
proiertean proierntae proierntea proiernate proiernaet proierneat proierneta proieretna proieretan proierenta proierenat
proiereant proiereatn proienarte proienaret proienatre proienater proienaetr proienaert proienrate proienraet proienrtae
proienrtea proienreta proienreat proientrae proientrea proientare proientaer proientear proientera proienerta proienerat
proienetra proienetar proieneatr proieneart proieearnt proieeartn proieeanrt proieeantr proieeatnr proieeatrn proieerant
proieeratn proieernat proieernta proieertna proieertan proieenrat proieenrta proieenart proieenatr proieentar proieentra
proieetrna proieetran proieetnra proieetnar proieetanr proieetarn prointaere prointaeer prointaree prointaree prointaere
prointaeer prointeare prointeaer prointerae prointerea prointeera prointeear prointreae prointreea prointraee prointraee
prointreae prointreea prointeera prointeear prointerea prointerae prointeare prointeaer proinatere proinateer proinatree
proinatree proinatere proinateer proinaetre proinaeter proinaerte proinaeret proinaeert proinaeetr proinarete proinareet
proinartee proinartee proinarete proinareet proinaeert proinaeetr proinaeret proinaerte proinaetre proinaeter proineatre
proineater proinearte proinearet proineaert proineaetr proinetare proinetaer proinetrae proinetrea proinetera proinetear
proinertae proinertea proinerate proineraet proinereat proinereta proineetra proineetar proineerta proineerat proineeart
proineeatr proinraete proinraeet proinratee proinratee proinraete proinraeet proinreate proinreaet proinretae proinretea
proinreeta proinreeat proinrteae proinrteea proinrtaee proinrtaee proinrteae proinrteea proinreeta proinreeat proinretea
proinretae proinreate proinreaet proineaert proineaetr proinearet proinearte proineatre proineater proineeart proineeatr
proineerat proineerta proineetra proineetar proinereat proinereta proineraet proinerate proinertae proinertea proinetera
proinetear proinetrea proinetrae proinetare proinetaer proietaenr proietaern proietaner proietanre proietarne proietaren
proieteanr proietearn proietenar proietenra proieterna proieteran proietnear proietnera proietnaer proietnare proietnrae
proietnrea proietrena proietrean proietrnea proietrnae proietrane proietraen proieatenr proieatern proieatner proieatnre
proieatrne proieatren proieaetnr proieaetrn proieaentr proieaenrt proieaernt proieaertn proieanetr proieanert proieanter
proieantre proieanrte proieanret proiearent proiearetn proiearnet proiearnte proieartne proiearten proieeatnr proieeatrn
proieeantr proieeanrt proieearnt proieeartn proieetanr proieetarn proieetnar proieetnra proieetrna proieetran proieentar
proieentra proieenatr proieenart proieenrat proieenrta proieertna proieertan proieernta proieernat proieerant proieeratn
proienaetr proienaert proienater proienatre proienarte proienaret proieneatr proieneart proienetar proienetra proienerta
proienerat proientear proientera proientaer proientare proientrae proientrea proienreta proienreat proienrtea proienrtae
proienrate proienraet proieraent proieraetn proieranet proierante proieratne proieraten proiereant proiereatn proierenat
proierenta proieretna proieretan proierneat proierneta proiernaet proiernate proierntae proierntea proiertena proiertean
proiertnea proiertnae proiertane proiertaen proaritene proariteen proaritnee proaritnee proaritene proariteen proarietne
proarieten proariente proarienet proarieent proarieetn proarinete proarineet proarintee proarintee proarinete proarineet
proarieent proarieetn proarienet proariente proarietne proarieten proartiene proartieen proartinee proartinee proartiene
proartieen proarteine proarteien proartenie proartenei proarteeni proarteein proartneie proartneei proartniee proartniee
proartneie proartneei proarteeni proarteein proartenei proartenie proarteine proarteien proaretine proaretien proaretnie
proaretnei proareteni proaretein proareitne proareiten proareinte proareinet proareient proareietn proarenite proareniet
proarentie proarentei proareneti proareneit proareeint proareeitn proareenit proareenti proareetni proareetin proarnteie
proarnteei proarntiee proarntiee proarnteie proarnteei proarnetie proarnetei proarneite proarneiet proarneeit proarneeti
proarniete proarnieet proarnitee proarnitee proarniete proarnieet proarneeit proarneeti proarneiet proarneite proarnetie
proarnetei proareteni proaretein proaretnei proaretnie proaretine proaretien proareetni proareetin proareenti proareenit
proareeint proareeitn proareneti proareneit proarentei proarentie proarenite proareniet proareient proareietn proareinet
proareinte proareitne proareiten proairtene proairteen proairtnee proairtnee proairtene proairteen proairetne proaireten
proairente proairenet proaireent proaireetn proairnete proairneet proairntee proairntee proairnete proairneet proaireent
proaireetn proairenet proairente proairetne proaireten proaitrene proaitreen proaitrnee proaitrnee proaitrene proaitreen
proaiterne proaiteren proaitenre proaitener proaiteenr proaiteern proaitnere proaitneer proaitnree proaitnree proaitnere
proaitneer proaiteenr proaiteern proaitener proaitenre proaiterne proaiteren proaietrne proaietren proaietnre proaietner
proaietenr proaietern proaiertne proaierten proaiernte proaiernet proaierent proaieretn proaienrte proaienret proaientre
proaienter proaienetr proaienert proaieernt proaieertn proaieenrt proaieentr proaieetnr proaieetrn proaintere proainteer
proaintree proaintree proaintere proainteer proainetre proaineter proainerte proaineret proaineert proaineetr proainrete
proainreet proainrtee proainrtee proainrete proainreet proaineert proaineetr proaineret proainerte proainetre proaineter
proaietenr proaietern proaietner proaietnre proaietrne proaietren proaieetnr proaieetrn proaieentr proaieenrt proaieernt
proaieertn proaienetr proaienert proaienter proaientre proaienrte proaienret proaierent proaieretn proaiernet proaiernte
proaiertne proaierten proatirene proatireen proatirnee proatirnee proatirene proatireen proatierne proatieren proatienre
proatiener proatieenr proatieern proatinere proatineer proatinree proatinree proatinere proatineer proatieenr proatieern
proatiener proatienre proatierne proatieren proatriene proatrieen proatrinee proatrinee proatriene proatrieen proatreine
proatreien proatrenie proatrenei proatreeni proatreein proatrneie proatrneei proatrniee proatrniee proatrneie proatrneei
proatreeni proatreein proatrenei proatrenie proatreine proatreien proaterine proaterien proaternie proaternei proatereni
proaterein proateirne proateiren proateinre proateiner proateienr proateiern proatenire proatenier proatenrie proatenrei
proateneri proateneir proateeinr proateeirn proateenir proateenri proateerni proateerin proatnreie proatnreei proatnriee
proatnriee proatnreie proatnreei proatnerie proatnerei proatneire proatneier proatneeir proatneeri proatniere proatnieer
proatniree proatniree proatniere proatnieer proatneeir proatneeri proatneier proatneire proatnerie proatnerei proatereni
proaterein proaternei proaternie proaterine proaterien proateerni proateerin proateenri proateenir proateeinr proateeirn
proateneri proateneir proatenrei proatenrie proatenire proatenier proateienr proateiern proateiner proateinre proateirne
proateiren proaeitrne proaeitren proaeitnre proaeitner proaeitenr proaeitern proaeirtne proaeirten proaeirnte proaeirnet
proaeirent proaeiretn proaeinrte proaeinret proaeintre proaeinter proaeinetr proaeinert proaeiernt proaeiertn proaeienrt
proaeientr proaeietnr proaeietrn proaetirne proaetiren proaetinre proaetiner proaetienr proaetiern proaetrine proaetrien
proaetrnie proaetrnei proaetreni proaetrein proaetnrie proaetnrei proaetnire proaetnier proaetneir proaetneri proaeterni
proaeterin proaetenri proaetenir proaeteinr proaeteirn proaertine proaertien proaertnie proaertnei proaerteni proaertein
proaeritne proaeriten proaerinte proaerinet proaerient proaerietn proaernite proaerniet proaerntie proaerntei proaerneti
proaerneit proaereint proaereitn proaerenit proaerenti proaeretni proaeretin proaentrie proaentrei proaentire proaentier
proaenteir proaenteri proaenrtie proaenrtei proaenrite proaenriet proaenreit proaenreti proaenirte proaeniret proaenitre
proaeniter proaenietr proaeniert proaenerit proaenerti proaeneirt proaeneitr proaenetir proaenetri proaeetrni proaeetrin
proaeetnri proaeetnir proaeetinr proaeetirn proaeertni proaeertin proaeernti proaeernit proaeerint proaeeritn proaeenrti
proaeenrit proaeentri proaeentir proaeenitr proaeenirt proaeeirnt proaeeirtn proaeeinrt proaeeintr proaeeitnr proaeeitrn
proanitere proaniteer proanitree proanitree proanitere proaniteer proanietre proanieter proanierte proanieret proanieert
proanieetr proanirete proanireet proanirtee proanirtee proanirete proanireet proanieert proanieetr proanieret proanierte
proanietre proanieter proantiere proantieer proantiree proantiree proantiere proantieer proanteire proanteier proanterie
proanterei proanteeri proanteeir proantreie proantreei proantriee proantriee proantreie proantreei proanteeri proanteeir
proanterei proanterie proanteire proanteier proanetire proanetier proanetrie proanetrei proaneteri proaneteir proaneitre
proaneiter proaneirte proaneiret proaneiert proaneietr proanerite proaneriet proanertie proanertei proanereti proanereit
proaneeirt proaneeitr proaneerit proaneerti proaneetri proaneetir proanrteie proanrteei proanrtiee proanrtiee proanrteie
proanrteei proanretie proanretei proanreite proanreiet proanreeit proanreeti proanriete proanrieet proanritee proanritee
proanriete proanrieet proanreeit proanreeti proanreiet proanreite proanretie proanretei proaneteri proaneteir proanetrei
proanetrie proanetire proanetier proaneetri proaneetir proaneerti proaneerit proaneeirt proaneeitr proanereti proanereit
proanertei proanertie proanerite proaneriet proaneiert proaneietr proaneiret proaneirte proaneitre proaneiter proaeitenr
proaeitern proaeitner proaeitnre proaeitrne proaeitren proaeietnr proaeietrn proaeientr proaeienrt proaeiernt proaeiertn
proaeinetr proaeinert proaeinter proaeintre proaeinrte proaeinret proaeirent proaeiretn proaeirnet proaeirnte proaeirtne
proaeirten proaetienr proaetiern proaetiner proaetinre proaetirne proaetiren proaeteinr proaeteirn proaetenir proaetenri
proaeterni proaeterin proaetneir proaetneri proaetnier proaetnire proaetnrie proaetnrei proaetreni proaetrein proaetrnei
proaetrnie proaetrine proaetrien proaeetinr proaeetirn proaeetnir proaeetnri proaeetrni proaeetrin proaeeitnr proaeeitrn
proaeeintr proaeeinrt proaeeirnt proaeeirtn proaeenitr proaeenirt proaeentir proaeentri proaeenrti proaeenrit proaeerint
proaeeritn proaeernit proaeernti proaeertni proaeertin proaenteir proaenteri proaentier proaentire proaentrie proaentrei
proaenetir proaenetri proaeneitr proaeneirt proaenerit proaenerti proaenietr proaeniert proaeniter proaenitre proaenirte
proaeniret proaenreit proaenreti proaenriet proaenrite proaenrtie proaenrtei proaerteni proaertein proaertnei proaertnie
proaertine proaertien proaeretni proaeretin proaerenti proaerenit proaereint proaereitn proaerneti proaerneit proaerntei
proaerntie proaernite proaerniet proaerient proaerietn proaerinet proaerinte proaeritne proaeriten proeriatne proeriaten
proeriante proerianet proeriaent proeriaetn proeritane proeritaen proeritnae proeritnea proeritena proeritean proerintae
proerintea proerinate proerinaet proerineat proerineta proerietna proerietan proerienta proerienat proerieant proerieatn
proeraitne proeraiten proerainte proerainet proeraient proeraietn proeratine proeratien proeratnie proeratnei proerateni
proeratein proerantie proerantei proeranite proeraniet proeraneit proeraneti proeraetni proeraetin proeraenti proeraenit
proeraeint proeraeitn proertaine proertaien proertanie proertanei proertaeni proertaein proertiane proertiaen proertinae
proertinea proertiena proertiean proertniae proertniea proertnaie proertnaei proertneai proertneia proerteina proerteian
proertenia proertenai proerteani proerteain proernatie proernatei proernaite proernaiet proernaeit proernaeti proerntaie
proerntaei proerntiae proerntiea proernteia proernteai proernitae proernitea proerniate proerniaet proernieat proernieta
proernetia proernetai proerneita proerneiat proerneait proerneati proereatni proereatin proereanti proereanit proereaint
proereaitn proeretani proeretain proeretnai proeretnia proeretina proeretian proerentai proerentia proerenati proerenait
proereniat proerenita proereitna proereitan proereinta proereinat proereiant proereiatn proeiratne proeiraten proeirante
proeiranet proeiraent proeiraetn proeirtane proeirtaen proeirtnae proeirtnea proeirtena proeirtean proeirntae proeirntea
proeirnate proeirnaet proeirneat proeirneta proeiretna proeiretan proeirenta proeirenat proeireant proeireatn proeiartne
proeiarten proeiarnte proeiarnet proeiarent proeiaretn proeiatrne proeiatren proeiatnre proeiatner proeiatenr proeiatern
proeiantre proeianter proeianrte proeianret proeianert proeianetr proeiaetnr proeiaetrn proeiaentr proeiaenrt proeiaernt
proeiaertn proeitarne proeitaren proeitanre proeitaner proeitaenr proeitaern proeitrane proeitraen proeitrnae proeitrnea
proeitrena proeitrean proeitnrae proeitnrea proeitnare proeitnaer proeitnear proeitnera proeiterna proeiteran proeitenra
proeitenar proeiteanr proeitearn proeinatre proeinater proeinarte proeinaret proeinaert proeinaetr proeintare proeintaer
proeintrae proeintrea proeintera proeintear proeinrtae proeinrtea proeinrate proeinraet proeinreat proeinreta proeinetra
proeinetar proeinerta proeinerat proeineart proeineatr proeieatnr proeieatrn proeieantr proeieanrt proeiearnt proeieartn
proeietanr proeietarn proeietnar proeietnra proeietrna proeietran proeientar proeientra proeienatr proeienart proeienrat
proeienrta proeiertna proeiertan proeiernta proeiernat proeierant proeieratn proeairtne proeairten proeairnte proeairnet
proeairent proeairetn proeaitrne proeaitren proeaitnre proeaitner proeaitenr proeaitern proeaintre proeainter proeainrte
proeainret proeainert proeainetr proeaietnr proeaietrn proeaientr proeaienrt proeaiernt proeaiertn proearitne proeariten
proearinte proearinet proearient proearietn proeartine proeartien proeartnie proeartnei proearteni proeartein proearntie
proearntei proearnite proearniet proearneit proearneti proearetni proearetin proearenti proearenit proeareint proeareitn
proeatrine proeatrien proeatrnie proeatrnei proeatreni proeatrein proeatirne proeatiren proeatinre proeatiner proeatienr
proeatiern proeatnire proeatnier proeatnrie proeatnrei proeatneri proeatneir proeateinr proeateirn proeatenir proeatenri
proeaterni proeaterin proeanrtie proeanrtei proeanrite proeanriet proeanreit proeanreti proeantrie proeantrei proeantire
proeantier proeanteir proeanteri proeanitre proeaniter proeanirte proeaniret proeaniert proeanietr proeanetir proeanetri
proeaneitr proeaneirt proeanerit proeanerti proeaertni proeaertin proeaernti proeaernit proeaerint proeaeritn proeaetrni
proeaetrin proeaetnri proeaetnir proeaetinr proeaetirn proeaentri proeaentir proeaenrti proeaenrit proeaenirt proeaenitr
proeaeitnr proeaeitrn proeaeintr proeaeinrt proeaeirnt proeaeirtn proetiarne proetiaren proetianre proetianer proetiaenr
proetiaern proetirane proetiraen proetirnae proetirnea proetirena proetirean proetinrae proetinrea proetinare proetinaer
proetinear proetinera proetierna proetieran proetienra proetienar proetieanr proetiearn proetairne proetairen proetainre
proetainer proetaienr proetaiern proetarine proetarien proetarnie proetarnei proetareni proetarein proetanrie proetanrei
proetanire proetanier proetaneir proetaneri proetaerni proetaerin proetaenri proetaenir proetaeinr proetaeirn proetraine
proetraien proetranie proetranei proetraeni proetraein proetriane proetriaen proetrinae proetrinea proetriena proetriean
proetrniae proetrniea proetrnaie proetrnaei proetrneai proetrneia proetreina proetreian proetrenia proetrenai proetreani
proetreain proetnarie proetnarei proetnaire proetnaier proetnaeir proetnaeri proetnraie proetnraei proetnriae proetnriea
proetnreia proetnreai proetnirae proetnirea proetniare proetniaer proetniear proetniera proetneria proetnerai proetneira
proetneiar proetneair proetneari proetearni proetearin proeteanri proeteanir proeteainr proeteairn proeterani proeterain
proeternai proeternia proeterina proeterian proetenrai proetenria proetenari proetenair proeteniar proetenira proeteirna
proeteiran proeteinra proeteinar proeteianr proeteiarn proeniatre proeniater proeniarte proeniaret proeniaert proeniaetr
proenitare proenitaer proenitrae proenitrea proenitera proenitear proenirtae proenirtea proenirate proeniraet proenireat
proenireta proenietra proenietar proenierta proenierat proenieart proenieatr proenaitre proenaiter proenairte proenairet
proenaiert proenaietr proenatire proenatier proenatrie proenatrei proenateri proenateir proenartie proenartei proenarite
proenariet proenareit proenareti proenaetri proenaetir proenaerti proenaerit proenaeirt proenaeitr proentaire proentaier
proentarie proentarei proentaeri proentaeir proentiare proentiaer proentirae proentirea proentiera proentiear proentriae
proentriea proentraie proentraei proentreai proentreia proenteira proenteiar proenteria proenterai proenteari proenteair
proenratie proenratei proenraite proenraiet proenraeit proenraeti proenrtaie proenrtaei proenrtiae proenrtiea proenrteia
proenrteai proenritae proenritea proenriate proenriaet proenrieat proenrieta proenretia proenretai proenreita proenreiat
proenreait proenreati proeneatri proeneatir proenearti proenearit proeneairt proeneaitr proenetari proenetair proenetrai
proenetria proenetira proenetiar proenertai proenertia proenerati proenerait proeneriat proenerita proeneitra proeneitar
proeneirta proeneirat proeneiart proeneiatr proeeiatnr proeeiatrn proeeiantr proeeianrt proeeiarnt proeeiartn proeeitanr
proeeitarn proeeitnar proeeitnra proeeitrna proeeitran proeeintar proeeintra proeeinatr proeeinart proeeinrat proeeinrta
proeeirtna proeeirtan proeeirnta proeeirnat proeeirant proeeiratn proeeaitnr proeeaitrn proeeaintr proeeainrt proeeairnt
proeeairtn proeeatinr proeeatirn proeeatnir proeeatnri proeeatrni proeeatrin proeeantir proeeantri proeeanitr proeeanirt
proeeanrit proeeanrti proeeartni proeeartin proeearnti proeearnit proeearint proeearitn proeetainr proeetairn proeetanir
proeetanri proeetarni proeetarin proeetianr proeetiarn proeetinar proeetinra proeetirna proeetiran proeetniar proeetnira
proeetnair proeetnari proeetnrai proeetnria proeetrina proeetrian proeetrnia proeetrnai proeetrani proeetrain proeenatir
proeenatri proeenaitr proeenairt proeenarit proeenarti proeentair proeentari proeentiar proeentira proeentria proeentrai
proeenitar proeenitra proeeniatr proeeniart proeenirat proeenirta proeenrtia proeenrtai proeenrita proeenriat proeenrait
proeenrati proeeratni proeeratin proeeranti proeeranit proeeraint proeeraitn proeertani proeertain proeertnai proeertnia
proeertina proeertian proeerntai proeerntia proeernati proeernait proeerniat proeernita proeeritna proeeritan proeerinta
proeerinat proeeriant proeeriatn pronriaete pronriaeet pronriatee pronriatee pronriaete pronriaeet pronrieate pronrieaet
pronrietae pronrietea pronrieeta pronrieeat pronriteae pronriteea pronritaee pronritaee pronriteae pronriteea pronrieeta
pronrieeat pronrietea pronrietae pronrieate pronrieaet pronraiete pronraieet pronraitee pronraitee pronraiete pronraieet
pronraeite pronraeiet pronraetie pronraetei pronraeeti pronraeeit pronrateie pronrateei pronratiee pronratiee pronrateie
pronrateei pronraeeti pronraeeit pronraetei pronraetie pronraeite pronraeiet pronreaite pronreaiet pronreatie pronreatei
pronreaeti pronreaeit pronreiate pronreiaet pronreitae pronreitea pronreieta pronreieat pronretiae pronretiea pronretaie
pronretaei pronreteai pronreteia pronreeita pronreeiat pronreetia pronreetai pronreeati pronreeait pronrtaeie pronrtaeei
pronrtaiee pronrtaiee pronrtaeie pronrtaeei pronrteaie pronrteaei pronrteiae pronrteiea pronrteeia pronrteeai pronrtieae
pronrtieea pronrtiaee pronrtiaee pronrtieae pronrtieea pronrteeia pronrteeai pronrteiea pronrteiae pronrteaie pronrteaei
pronreaeti pronreaeit pronreatei pronreatie pronreaite pronreaiet pronreeati pronreeait pronreetai pronreetia pronreeita
pronreeiat pronreteai pronreteia pronretaei pronretaie pronretiae pronretiea pronreieta pronreieat pronreitea pronreitae
pronreiate pronreiaet proniraete proniraeet proniratee proniratee proniraete proniraeet pronireate pronireaet proniretae
proniretea pronireeta pronireeat pronirteae pronirteea pronirtaee pronirtaee pronirteae pronirteea pronireeta pronireeat
proniretea proniretae pronireate pronireaet proniarete proniareet proniartee proniartee proniarete proniareet proniaerte
proniaeret proniaetre proniaeter proniaeetr proniaeert proniatere proniateer proniatree proniatree proniatere proniateer
proniaeetr proniaeert proniaeter proniaetre proniaerte proniaeret proniearte proniearet pronieatre pronieater pronieaetr
pronieaert pronierate pronieraet proniertae proniertea proniereta proniereat pronietrae pronietrea pronietare pronietaer
pronietear pronietera pronieerta pronieerat pronieetra pronieetar pronieeatr pronieeart pronitaere pronitaeer pronitaree
pronitaree pronitaere pronitaeer proniteare proniteaer proniterae proniterea proniteera proniteear pronitreae pronitreea
pronitraee pronitraee pronitreae pronitreea proniteera proniteear proniterea proniterae proniteare proniteaer pronieaetr
pronieaert pronieater pronieatre proniearte proniearet pronieeatr pronieeart pronieetar pronieetra pronieerta pronieerat
pronietear pronietera pronietaer pronietare pronietrae pronietrea proniereta proniereat proniertea proniertae pronierate
pronieraet pronairete pronaireet pronairtee pronairtee pronairete pronaireet pronaierte pronaieret pronaietre pronaieter
pronaieetr pronaieert pronaitere pronaiteer pronaitree pronaitree pronaitere pronaiteer pronaieetr pronaieert pronaieter
pronaietre pronaierte pronaieret pronariete pronarieet pronaritee pronaritee pronariete pronarieet pronareite pronareiet
pronaretie pronaretei pronareeti pronareeit pronarteie pronarteei pronartiee pronartiee pronarteie pronarteei pronareeti
pronareeit pronaretei pronaretie pronareite pronareiet pronaerite pronaeriet pronaertie pronaertei pronaereti pronaereit
pronaeirte pronaeiret pronaeitre pronaeiter pronaeietr pronaeiert pronaetire pronaetier pronaetrie pronaetrei pronaeteri
pronaeteir pronaeeitr pronaeeirt pronaeetir pronaeetri pronaeerti pronaeerit pronatreie pronatreei pronatriee pronatriee
pronatreie pronatreei pronaterie pronaterei pronateire pronateier pronateeir pronateeri pronatiere pronatieer pronatiree
pronatiree pronatiere pronatieer pronateeir pronateeri pronateier pronateire pronaterie pronaterei pronaereti pronaereit
pronaertei pronaertie pronaerite pronaeriet pronaeerti pronaeerit pronaeetri pronaeetir pronaeeitr pronaeeirt pronaeteri
pronaeteir pronaetrei pronaetrie pronaetire pronaetier pronaeietr pronaeiert pronaeiter pronaeitre pronaeirte pronaeiret
proneiarte proneiaret proneiatre proneiater proneiaetr proneiaert proneirate proneiraet proneirtae proneirtea proneireta
proneireat proneitrae proneitrea proneitare proneitaer proneitear proneitera proneierta proneierat proneietra proneietar
proneieatr proneieart proneairte proneairet proneaitre proneaiter proneaietr proneaiert pronearite proneariet proneartie
proneartei proneareti proneareit proneatrie proneatrei proneatire proneatier proneateir proneateri proneaerti proneaerit
proneaetri proneaetir proneaeitr proneaeirt proneraite proneraiet proneratie proneratei proneraeti proneraeit proneriate
proneriaet proneritae proneritea pronerieta pronerieat pronertiae pronertiea pronertaie pronertaei pronerteai pronerteia
pronereita pronereiat proneretia proneretai pronereati pronereait pronetarie pronetarei pronetaire pronetaier pronetaeir
pronetaeri pronetraie pronetraei pronetriae pronetriea pronetreia pronetreai pronetirae pronetirea pronetiare pronetiaer
pronetiear pronetiera proneteria proneterai proneteira proneteiar proneteair proneteari proneearti proneearit proneeatri
proneeatir proneeaitr proneeairt proneerati proneerait proneertai proneertia proneerita proneeriat proneetrai proneetria
proneetari proneetair proneetiar proneetira proneeirta proneeirat proneeitra proneeitar proneeiatr proneeiart prontiaere
prontiaeer prontiaree prontiaree prontiaere prontiaeer prontieare prontieaer prontierae prontierea prontieera prontieear
prontireae prontireea prontiraee prontiraee prontireae prontireea prontieera prontieear prontierea prontierae prontieare
prontieaer prontaiere prontaieer prontairee prontairee prontaiere prontaieer prontaeire prontaeier prontaerie prontaerei
prontaeeri prontaeeir prontareie prontareei prontariee prontariee prontareie prontareei prontaeeri prontaeeir prontaerei
prontaerie prontaeire prontaeier pronteaire pronteaier prontearie prontearei pronteaeri pronteaeir pronteiare pronteiaer
pronteirae pronteirea pronteiera pronteiear pronteriae pronteriea pronteraie pronteraei prontereai prontereia pronteeira
pronteeiar pronteeria pronteerai pronteeari pronteeair prontraeie prontraeei prontraiee prontraiee prontraeie prontraeei
prontreaie prontreaei prontreiae prontreiea prontreeia prontreeai prontrieae prontrieea prontriaee prontriaee prontrieae
prontrieea prontreeia prontreeai prontreiea prontreiae prontreaie prontreaei pronteaeri pronteaeir prontearei prontearie
pronteaire pronteaier pronteeari pronteeair pronteerai pronteeria pronteeira pronteeiar prontereai prontereia pronteraei
pronteraie pronteriae pronteriea pronteiera pronteiear pronteirea pronteirae pronteiare pronteiaer proneiaetr proneiaert
proneiater proneiatre proneiarte proneiaret proneieatr proneieart proneietar proneietra proneierta proneierat proneitear
proneitera proneitaer proneitare proneitrae proneitrea proneireta proneireat proneirtea proneirtae proneirate proneiraet
proneaietr proneaiert proneaiter proneaitre proneairte proneairet proneaeitr proneaeirt proneaetir proneaetri proneaerti
proneaerit proneateir proneateri proneatier proneatire proneatrie proneatrei proneareti proneareit proneartei proneartie
pronearite proneariet proneeaitr proneeairt proneeatir proneeatri proneearti proneearit proneeiatr proneeiart proneeitar
proneeitra proneeirta proneeirat proneetiar proneetira proneetair proneetari proneetrai proneetria proneerita proneeriat
proneertia proneertai proneerati proneerait pronetaeir pronetaeri pronetaier pronetaire pronetarie pronetarei proneteair
proneteari proneteiar proneteira proneteria proneterai pronetiear pronetiera pronetiaer pronetiare pronetirae pronetirea
pronetreia pronetreai pronetriea pronetriae pronetraie pronetraei proneraeti proneraeit proneratei proneratie proneraite
proneraiet pronereati pronereait proneretai proneretia pronereita pronereiat pronerteai pronerteia pronertaei pronertaie
pronertiae pronertiea pronerieta pronerieat proneritea proneritae proneriate proneriaet proeriaent proeriaetn proerianet
proeriante proeriatne proeriaten proerieant proerieatn proerienat proerienta proerietna proerietan proerineat proerineta
proerinaet proerinate proerintae proerintea proeritena proeritean proeritnea proeritnae proeritane proeritaen proeraient
proeraietn proerainet proerainte proeraitne proeraiten proeraeint proeraeitn proeraenit proeraenti proeraetni proeraetin
proeraneit proeraneti proeraniet proeranite proerantie proerantei proerateni proeratein proeratnei proeratnie proeratine
proeratien proereaint proereaitn proereanit proereanti proereatni proereatin proereiant proereiatn proereinat proereinta
proereitna proereitan proereniat proerenita proerenait proerenati proerentai proerentia proeretina proeretian proeretnia
proeretnai proeretani proeretain proernaeit proernaeti proernaiet proernaite proernatie proernatei proerneait proerneati
proerneiat proerneita proernetia proernetai proernieat proernieta proerniaet proerniate proernitae proernitea proernteia
proernteai proerntiea proerntiae proerntaie proerntaei proertaeni proertaein proertanei proertanie proertaine proertaien
proerteani proerteain proertenai proertenia proerteina proerteian proertneai proertneia proertnaei proertnaie proertniae
proertniea proertiena proertiean proertinea proertinae proertiane proertiaen proeiraent proeiraetn proeiranet proeirante
proeiratne proeiraten proeireant proeireatn proeirenat proeirenta proeiretna proeiretan proeirneat proeirneta proeirnaet
proeirnate proeirntae proeirntea proeirtena proeirtean proeirtnea proeirtnae proeirtane proeirtaen proeiarent proeiaretn
proeiarnet proeiarnte proeiartne proeiarten proeiaernt proeiaertn proeiaenrt proeiaentr proeiaetnr proeiaetrn proeianert
proeianetr proeianret proeianrte proeiantre proeianter proeiatenr proeiatern proeiatner proeiatnre proeiatrne proeiatren
proeiearnt proeieartn proeieanrt proeieantr proeieatnr proeieatrn proeierant proeieratn proeiernat proeiernta proeiertna
proeiertan proeienrat proeienrta proeienart proeienatr proeientar proeientra proeietrna proeietran proeietnra proeietnar
proeietanr proeietarn proeinaert proeinaetr proeinaret proeinarte proeinatre proeinater proeineart proeineatr proeinerat
proeinerta proeinetra proeinetar proeinreat proeinreta proeinraet proeinrate proeinrtae proeinrtea proeintera proeintear
proeintrea proeintrae proeintare proeintaer proeitaenr proeitaern proeitaner proeitanre proeitarne proeitaren proeiteanr
proeitearn proeitenar proeitenra proeiterna proeiteran proeitnear proeitnera proeitnaer proeitnare proeitnrae proeitnrea
proeitrena proeitrean proeitrnea proeitrnae proeitrane proeitraen proeairent proeairetn proeairnet proeairnte proeairtne
proeairten proeaiernt proeaiertn proeaienrt proeaientr proeaietnr proeaietrn proeainert proeainetr proeainret proeainrte
proeaintre proeainter proeaitenr proeaitern proeaitner proeaitnre proeaitrne proeaitren proearient proearietn proearinet
proearinte proearitne proeariten proeareint proeareitn proearenit proearenti proearetni proearetin proearneit proearneti
proearniet proearnite proearntie proearntei proearteni proeartein proeartnei proeartnie proeartine proeartien proeaerint
proeaeritn proeaernit proeaernti proeaertni proeaertin proeaeirnt proeaeirtn proeaeinrt proeaeintr proeaeitnr proeaeitrn
proeaenirt proeaenitr proeaenrit proeaenrti proeaentri proeaentir proeaetinr proeaetirn proeaetnir proeaetnri proeaetrni
proeaetrin proeanreit proeanreti proeanriet proeanrite proeanrtie proeanrtei proeanerit proeanerti proeaneirt proeaneitr
proeanetir proeanetri proeaniert proeanietr proeaniret proeanirte proeanitre proeaniter proeanteir proeanteri proeantier
proeantire proeantrie proeantrei proeatreni proeatrein proeatrnei proeatrnie proeatrine proeatrien proeaterni proeaterin
proeatenri proeatenir proeateinr proeateirn proeatneri proeatneir proeatnrei proeatnrie proeatnire proeatnier proeatienr
proeatiern proeatiner proeatinre proeatirne proeatiren proeeiarnt proeeiartn proeeianrt proeeiantr proeeiatnr proeeiatrn
proeeirant proeeiratn proeeirnat proeeirnta proeeirtna proeeirtan proeeinrat proeeinrta proeeinart proeeinatr proeeintar
proeeintra proeeitrna proeeitran proeeitnra proeeitnar proeeitanr proeeitarn proeeairnt proeeairtn proeeainrt proeeaintr
proeeaitnr proeeaitrn proeearint proeearitn proeearnit proeearnti proeeartni proeeartin proeeanrit proeeanrti proeeanirt
proeeanitr proeeantir proeeantri proeeatrni proeeatrin proeeatnri proeeatnir proeeatinr proeeatirn proeeraint proeeraitn
proeeranit proeeranti proeeratni proeeratin proeeriant proeeriatn proeerinat proeerinta proeeritna proeeritan proeerniat
proeernita proeernait proeernati proeerntai proeerntia proeertina proeertian proeertnia proeertnai proeertani proeertain
proeenarit proeenarti proeenairt proeenaitr proeenatir proeenatri proeenrait proeenrati proeenriat proeenrita proeenrtia
proeenrtai proeenirat proeenirta proeeniart proeeniatr proeenitar proeenitra proeentria proeentrai proeentira proeentiar
proeentair proeentari proeetarni proeetarin proeetanri proeetanir proeetainr proeetairn proeetrani proeetrain proeetrnai
proeetrnia proeetrina proeetrian proeetnrai proeetnria proeetnari proeetnair proeetniar proeetnira proeetirna proeetiran
proeetinra proeetinar proeetianr proeetiarn proeniaert proeniaetr proeniaret proeniarte proeniatre proeniater proenieart
proenieatr proenierat proenierta proenietra proenietar proenireat proenireta proeniraet proenirate proenirtae proenirtea
proenitera proenitear proenitrea proenitrae proenitare proenitaer proenaiert proenaietr proenairet proenairte proenaitre
proenaiter proenaeirt proenaeitr proenaerit proenaerti proenaetri proenaetir proenareit proenareti proenariet proenarite
proenartie proenartei proenateri proenateir proenatrei proenatrie proenatire proenatier proeneairt proeneaitr proenearit
proenearti proeneatri proeneatir proeneiart proeneiatr proeneirat proeneirta proeneitra proeneitar proeneriat proenerita
proenerait proenerati proenertai proenertia proenetira proenetiar proenetria proenetrai proenetari proenetair proenraeit
proenraeti proenraiet proenraite proenratie proenratei proenreait proenreati proenreiat proenreita proenretia proenretai
proenrieat proenrieta proenriaet proenriate proenritae proenritea proenrteia proenrteai proenrtiea proenrtiae proenrtaie
proenrtaei proentaeri proentaeir proentarei proentarie proentaire proentaier proenteari proenteair proenterai proenteria
proenteira proenteiar proentreai proentreia proentraei proentraie proentriae proentriea proentiera proentiear proentirea
proentirae proentiare proentiaer proetiaenr proetiaern proetianer proetianre proetiarne proetiaren proetieanr proetiearn
proetienar proetienra proetierna proetieran proetinear proetinera proetinaer proetinare proetinrae proetinrea proetirena
proetirean proetirnea proetirnae proetirane proetiraen proetaienr proetaiern proetainer proetainre proetairne proetairen
proetaeinr proetaeirn proetaenir proetaenri proetaerni proetaerin proetaneir proetaneri proetanier proetanire proetanrie
proetanrei proetareni proetarein proetarnei proetarnie proetarine proetarien proeteainr proeteairn proeteanir proeteanri
proetearni proetearin proeteianr proeteiarn proeteinar proeteinra proeteirna proeteiran proeteniar proetenira proetenair
proetenari proetenrai proetenria proeterina proeterian proeternia proeternai proeterani proeterain proetnaeir proetnaeri
proetnaier proetnaire proetnarie proetnarei proetneair proetneari proetneiar proetneira proetneria proetnerai proetniear
proetniera proetniaer proetniare proetnirae proetnirea proetnreia proetnreai proetnriea proetnriae proetnraie proetnraei
proetraeni proetraein proetranei proetranie proetraine proetraien proetreani proetreain proetrenai proetrenia proetreina
proetreian proetrneai proetrneia proetrnaei proetrnaie proetrniae proetrniea proetriena proetriean proetrinea proetrinae
proetriane proetriaen

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History of cryptography
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