easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

mesocephalic

aularian

utterpsalm

etiwanda

arianizer

jicara

subcontract

nonempirical

gasifies

willamina

submicron

petropoulos

beeswax

uncommunicable

browningesque

carousel

thiemann

caldariourm


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: reentries
cipher variations:
sffousjft tggpvtkgu uhhqwulhv viirxvmiw wjjsywnjx
xkktzxoky ylluayplz zmmvbzqma annwcarnb booxdbsoc
cppyectpd dqqzfduqe erragevrf fssbhfwsg gttcigxth
huudjhyui ivvekizvj jwwfljawk kxxgmkbxl lyyhnlcym
mzziomdzn naajpneao obbkqofbp pcclrpgcq qddmsqhdr

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: reentries
Cipher: ivvmgirvh

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: reentries
Cipher: BAAAA AABAA AABAA ABBAA BAABA BAAAA ABAAA AABAA BAAAB

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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: reentries
cipher variations:
sffousjftannogazndivvosipvnqddoeqfdxylloqyvlhgttocgltrwjjoawrjlerromehrv
mzzoymxzfuhhokunhpcppowcdpzkxxoiktxjtggpvtkguboophbaoejwwptjqworeepfrgey
zmmprzwmihuupdhmusxkkpbxskmfsspnfiswnaapznyagviiplvoiqdqqpxdeqalyypjluyk
uhhqwulhvcppqicbpfkxxqukrxpsffqgshfzannqsaxnjivvqeinvtyllqcytlngttqogjtx
obbqaozbhwjjqmwpjrerrqyefrbmzzqkmvzlviirxvmiwdqqrjdcqglyyrvlsyqtggrhtiga
boortbyokjwwrfjowuzmmrdzumohuurphkuypccrbpacixkkrnxqksfssrzfgscnaarlnwam
wjjsywnjxerrskedrhmzzswmtzruhhsiujhbcppsuczplkxxsgkpxvannseavnpivvsqilvz
qddscqbdjyllsoyrltgttsaghtdobbsmoxbnxkktzxokyfsstlfesinaatxnuasviitjvkic
dqqtvdaqmlyythlqywbootfbwoqjwwtrjmwareetdrcekzmmtpzsmuhuutbhiuepcctnpyco
ylluayplzgttumgftjobbuyovbtwjjukwljderruwebrnmzzuimrzxcppugcxprkxxusknxb
sffuesdflannuqatnvivvucijvfqdduoqzdpzmmvbzqmahuuvnhgukpccvzpwcuxkkvlxmke
fssvxfcsonaavjnsaydqqvhdyqslyyvtloyctggvftegmboovrbuowjwwvdjkwgreevpraeq
annwcarnbivvwoihvlqddwaqxdvyllwmynlfgttwygdtpobbwkotbzerrwiezrtmzzwumpzd
uhhwgufhncppwscvpxkxxweklxhsffwqsbfrbooxdbsocjwwxpjiwmreexbryewzmmxnzomg
huuxzheuqpccxlpucafssxjfasunaaxvnqaeviixhvgiodqqxtdwqylyyxflmyitggxrtcgs
cppyectpdkxxyqkjxnsffycszfxannyoapnhivvyaifvrqddymqvdbgttykgbtvobbyworbf
wjjyiwhjperryuexrzmzzygmnzjuhhysudhtdqqzfduqelyyzrlkyotggzdtagyboozpbqoi
jwwzbjgwsreeznrwechuuzlhcuwpcczxpscgxkkzjxikqfsszvfysanaazhnoakviiztveiu
erragevrfmzzasmlzpuhhaeubhzcppaqcrpjkxxackhxtsffaosxfdivvamidvxqddayqtdh
yllakyjlrgttawgztbobbaiopblwjjauwfjvfssbhfwsgnaabtnmaqviibfvciadqqbrdsqk
lyybdliyutggbptygejwwbnjewyreebzrueizmmblzkmshuubxhaucpccbjpqcmxkkbvxgkw
gttcigxthobbcuonbrwjjcgwdjberrcsetrlmzzcemjzvuhhcquzhfkxxcokfxzsffcasvfj
anncmalntivvcyibvdqddckqrdnyllcwyhlxhuudjhyuipccdvpocsxkkdhxekcfssdtfusm
naadfnkawviidrvaiglyydplgyatggdbtwgkboodnbmoujwwdzjcwereedlrseozmmdxzimy
ivvekizvjqddewqpdtylleiyfldgtteugvtnobbegolbxwjjeswbjhmzzeqmhzbuhhecuxhl
cppeocnpvkxxeakdxfsffemstfpanneyajnzjwwfljawkreefxrqeuzmmfjzgmehuufvhwuo
pccfhpmcyxkkftxckinaafrniacviifdvyimdqqfpdoqwlyyfbleygtggfntugqboofzbkoa
kxxgmkbxlsffgysrfvanngkahnfivvgwixvpqddgiqndzyllguydljobbgsojbdwjjgewzjn
errgqeprxmzzgcmfzhuhhgouvhrcppgaclpblyyhnlcymtgghztsgwboohlbiogjwwhxjywq
reehjroeazmmhvzemkpcchtpkcexkkhfxakofsshrfqsynaahdngaiviihpvwisdqqhbdmqc
mzziomdznuhhiauthxcppimcjphkxxiykzxrsffikspfbanniwafnlqddiuqldfylligyblp
gttisgrtzobbieohbjwjjiqwxjterricenrdnaajpneaoviijbvuiydqqjndkqilyyjzlays
tggjltqgcboojxbgomreejvrmegzmmjhzcmqhuujthsuapccjfpickxkkjrxykufssjdfose
obbkqofbpwjjkcwvjzerrkoelrjmzzkambztuhhkmurhdcppkychpnsffkwsnfhannkiadnr
ivvkuitvbqddkgqjdlyllksyzlvgttkegptfpcclrpgcqxkkldxwkafsslpfmsknaalbncau
viilnvsiedqqlzdiqotgglxtogibooljbeosjwwlvjuwcreelhrkemzmmltzamwhuulfhqug
qddmsqhdryllmeyxlbgttmqgntlobbmcodbvwjjmowtjferrmaejrpuhhmyuphjcppmkcfpt
kxxmwkvxdsffmislfnannmuabnxivvmgirvhreentrieszmmnfzymchuunrhoumpccndpecw
xkknpxukgfssnbfksqviinzvqikdqqnldgqulyynxlwyetggnjtmgoboonvbcoyjwwnhjswi

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,

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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: reentries
Cipher: erragevrf

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: reentries
Cipher: 245151334424425134

Extended Methods:
Method #1

Plaintext: reentries
method variations:
wkksywokxbppxdbtpcguucigyuhmzzhomdzn

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
r e e n t r i e s 
2 5 5 3 4 2 4 5 3 
4 1 1 3 4 4 2 1 4 
They are then read out in rows:
255342453411344214
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: reentries
Cipher: wpiysasiq

Read more ...
Method #3

Plaintext: reentries
method variations:
yvlsitwli vlsitwliy lsitwliyv
sitwliyvl itwliyvls twliyvlsi
wliyvlsit liyvlsitw iyvlsitwl

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: reentries

first 5040 cipher variations(362880 total)
reentries reentrise reentreis reentresi reentrsei reentrsie reentires reentirse reentiers reentiesr reentiser
reentisre reenteirs reenteisr reenteris reentersi reentesri reentesir reentsier reentsire reentseir reentseri
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reniteesr reniteser renitesre reniteers reniteesr reniteres reniterse renitesre reniteser renitseer renitsere
renitseer renitsere renitsree renitsree renirtees renirtese renirtees renirtese renirtsee renirtsee reniretes
reniretse renireets renireest renireset renireste renireets renireest reniretes reniretse renireste renireset
renirseet renirsete renirseet renirsete renirstee renirstee reniertes reniertse renierets renierest renierset
renierste renietres renietrse renieters renietesr renietser renietsre renieetrs renieetsr renieerts renieerst
renieesrt renieestr reniester reniestre reniesetr reniesert reniesret reniesrte renierets renierest reniertes
reniertse renierste renierset renieerts renieerst renieetrs renieetsr renieestr renieesrt renieters renietesr
renietres renietrse renietsre renietser reniesetr reniesert reniester reniestre reniesrte reniesret renisreet
renisrete renisreet renisrete renisrtee renisrtee reniseret reniserte reniseert reniseetr reniseter renisetre
reniseert reniseetr reniseret reniserte renisetre reniseter renisteer renistere renisteer renistere renistree
renistree renetries renetrise renetreis renetresi renetrsei renetrsie renetires renetirse renetiers renetiesr
renetiser renetisre reneteirs reneteisr reneteris renetersi renetesri renetesir renetsier renetsire renetseir
renetseri renetsrei renetsrie renerties renertise renerteis renertesi renertsei renertsie renerites reneritse
reneriets reneriest reneriset reneriste renereits renereist reneretis reneretsi reneresti reneresit renersiet
renersite renerseit renerseti renerstei renerstie reneirtes reneirtse reneirets reneirest reneirset reneirste
reneitres reneitrse reneiters reneitesr reneitser reneitsre reneietrs reneietsr reneierts reneierst reneiesrt
reneiestr reneister reneistre reneisetr reneisert reneisret reneisrte reneerits reneerist reneertis reneertsi
reneersti reneersit reneeirts reneeirst reneeitrs reneeitsr reneeistr reneeisrt reneetirs reneetisr reneetris
reneetrsi reneetsri reneetsir reneesitr reneesirt reneestir reneestri reneesrti reneesrit renesriet renesrite
renesreit renesreti renesrtei renesrtie renesiret renesirte renesiert renesietr renesiter renesitre reneseirt
reneseitr reneserit reneserti renesetri renesetir renestier renestire renesteir renesteri renestrei renestrie
renstriee renstriee renstreie renstreei renstreei renstreie renstiree renstiree renstiere renstieer renstieer
renstiere rensteire rensteier rensterie rensterei rensteeri rensteeir rensteier rensteire rensteeir rensteeri
rensterei rensterie rensrtiee rensrtiee rensrteie rensrteei rensrteei rensrteie rensritee rensritee rensriete
rensrieet rensrieet rensriete rensreite rensreiet rensretie rensretei rensreeti rensreeit rensreiet rensreite
rensreeit rensreeti rensretei rensretie rensirtee rensirtee rensirete rensireet rensireet rensirete rensitree
rensitree rensitere rensiteer rensiteer rensitere rensietre rensieter rensierte rensieret rensieert rensieetr
rensieter rensietre rensieetr rensieert rensieret rensierte renserite renseriet rensertie rensertei rensereti
rensereit renseirte renseiret renseitre renseiter renseietr renseiert rensetire rensetier rensetrie rensetrei
renseteri renseteir renseeitr renseeirt renseetir renseetri renseerti renseerit renseriet renserite rensereit
rensereti rensertei rensertie renseiret renseirte renseiert renseietr renseiter renseitre renseeirt renseeitr
renseerit renseerti renseetri renseetir rensetier rensetire renseteir renseteri rensetrei rensetrie retneries
retnerise retnereis retneresi retnersei retnersie retneires retneirse retneiers retneiesr retneiser retneisre
retneeirs retneeisr retneeris retneersi retneesri retneesir retnesier retnesire retneseir retneseri retnesrei
retnesrie retnreies retnreise retnreeis retnreesi retnresei retnresie retnriees retnriese retnriees retnriese
retnrisee retnrisee retnreies retnreise retnreeis retnreesi retnresei retnresie retnrsiee retnrsiee retnrseie
retnrseei retnrseei retnrseie retnirees retnirese retnirees retnirese retnirsee retnirsee retnieres retnierse
retnieers retnieesr retnieser retniesre retnieers retnieesr retnieres retnierse retniesre retnieser retniseer
retnisere retniseer retnisere retnisree retnisree retneries retnerise retnereis retneresi retnersei retnersie
retneires retneirse retneiers retneiesr retneiser retneisre retneeirs retneeisr retneeris retneersi retneesri
retneesir retnesier retnesire retneseir retneseri retnesrei retnesrie retnsriee retnsriee retnsreie retnsreei
retnsreei retnsreie retnsiree retnsiree retnsiere retnsieer retnsieer retnsiere retnseire retnseier retnserie
retnserei retnseeri retnseeir retnseier retnseire retnseeir retnseeri retnserei retnserie retenries retenrise
retenreis retenresi retenrsei retenrsie retenires retenirse reteniers reteniesr reteniser retenisre reteneirs
reteneisr reteneris retenersi retenesri retenesir retensier retensire retenseir retenseri retensrei retensrie
reternies reternise reterneis reternesi reternsei reternsie reterines reterinse reteriens reteriesn reterisen
reterisne retereins retereisn reterenis reterensi reteresni reteresin retersien retersine retersein reterseni
retersnei retersnie reteirnes reteirnse reteirens reteiresn reteirsen reteirsne reteinres reteinrse reteiners
reteinesr reteinser reteinsre reteienrs reteiensr reteierns reteiersn reteiesrn reteiesnr reteisner reteisnre
reteisenr reteisern reteisren reteisrne reteerins reteerisn reteernis reteernsi reteersni reteersin reteeirns
reteeirsn reteeinrs reteeinsr reteeisnr reteeisrn reteenirs reteenisr reteenris reteenrsi reteensri reteensir
reteesinr reteesirn reteesnir reteesnri reteesrni reteesrin retesrien retesrine retesrein retesreni retesrnei
retesrnie retesiren retesirne retesiern retesienr retesiner retesinre reteseirn reteseinr reteserin reteserni
retesenri retesenir retesnier retesnire retesneir retesneri retesnrei retesnrie retrenies retrenise retreneis
retrenesi retrensei retrensie retreines retreinse retreiens retreiesn retreisen retreisne retreeins retreeisn
retreenis retreensi retreesni retreesin retresien retresine retresein retreseni retresnei retresnie retrneies
retrneise retrneeis retrneesi retrnesei retrnesie retrniees retrniese retrniees retrniese retrnisee retrnisee
retrneies retrneise retrneeis retrneesi retrnesei retrnesie retrnsiee retrnsiee retrnseie retrnseei retrnseei
retrnseie retrinees retrinese retrinees retrinese retrinsee retrinsee retrienes retriense retrieens retrieesn
retriesen retriesne retrieens retrieesn retrienes retriense retriesne retriesen retriseen retrisene retriseen
retrisene retrisnee retrisnee retrenies retrenise retreneis retrenesi retrensei retrensie retreines retreinse
retreiens retreiesn retreisen retreisne retreeins retreeisn retreenis retreensi retreesni retreesin retresien
retresine retresein retreseni retresnei retresnie retrsniee retrsniee retrsneie retrsneei retrsneei retrsneie
retrsinee retrsinee retrsiene retrsieen retrsieen retrsiene retrseine retrseien retrsenie retrsenei retrseeni
retrseein retrseien retrseine retrseein retrseeni retrsenei retrsenie retiernes retiernse retierens retieresn
retiersen retiersne retienres retienrse retieners retienesr retienser retiensre retieenrs retieensr retieerns
retieersn retieesrn retieesnr retiesner retiesnre retiesenr retiesern retiesren retiesrne retirenes retirense
retireens retireesn retiresen retiresne retirnees retirnese retirnees retirnese retirnsee retirnsee retirenes
retirense retireens retireesn retiresen retiresne retirsnee retirsnee retirsene retirseen retirseen retirsene
retinrees retinrese retinrees retinrese retinrsee retinrsee retineres retinerse retineers retineesr retineser
retinesre retineers retineesr retineres retinerse retinesre retineser retinseer retinsere retinseer retinsere
retinsree retinsree retiernes retiernse retierens retieresn retiersen retiersne retienres retienrse retieners
retienesr retienser retiensre retieenrs retieensr retieerns retieersn retieesrn retieesnr retiesner retiesnre
retiesenr retiesern retiesren retiesrne retisrnee retisrnee retisrene retisreen retisreen retisrene retisnree
retisnree retisnere retisneer retisneer retisnere retisenre retisener retiserne retiseren retiseern retiseenr
retisener retisenre retiseenr retiseern retiseren retiserne reteerins reteerisn reteernis reteernsi reteersni
reteersin reteeirns reteeirsn reteeinrs reteeinsr reteeisnr reteeisrn reteenirs reteenisr reteenris reteenrsi
reteensri reteensir reteesinr reteesirn reteesnir reteesnri reteesrni reteesrin retereins retereisn reterenis
reterensi reteresni reteresin reteriens reteriesn reterines reterinse reterisne reterisen reternies reternise
reterneis reternesi reternsei reternsie retersine retersien retersnie retersnei reterseni retersein reteirens
reteiresn reteirnes reteirnse reteirsne reteirsen reteierns reteiersn reteienrs reteiensr reteiesnr reteiesrn
reteiners reteinesr reteinres reteinrse reteinsre reteinser reteisenr reteisern reteisner reteisnre reteisrne
reteisren retenries retenrise retenreis retenresi retenrsei retenrsie retenires retenirse reteniers reteniesr
reteniser retenisre reteneirs reteneisr reteneris retenersi retenesri retenesir retensier retensire retenseir
retenseri retensrei retensrie retesrine retesrien retesrnie retesrnei retesreni retesrein retesirne retesiren
retesinre retesiner retesienr retesiern retesnire retesnier retesnrie retesnrei retesneri retesneir reteseinr
reteseirn retesenir retesenri reteserni reteserin retserien retserine retserein retsereni retsernei retsernie
retseiren retseirne retseiern retseienr retseiner retseinre retseeirn retseeinr retseerin retseerni retseenri
retseenir retsenier retsenire retseneir retseneri retsenrei retsenrie retsreien retsreine retsreein retsreeni
retsrenei retsrenie retsrieen retsriene retsrieen retsriene retsrinee retsrinee retsreien retsreine retsreein
retsreeni retsrenei retsrenie retsrniee retsrniee retsrneie retsrneei retsrneei retsrneie retsireen retsirene
retsireen retsirene retsirnee retsirnee retsieren retsierne retsieern retsieenr retsiener retsienre retsieern
retsieenr retsieren retsierne retsienre retsiener retsineer retsinere retsineer retsinere retsinree retsinree
retserien retserine retserein retsereni retsernei retsernie retseiren retseirne retseiern retseienr retseiner
retseinre retseeirn retseeinr retseerin retseerni retseenri retseenir retsenier retsenire retseneir retseneri
retsenrei retsenrie retsnriee retsnriee retsnreie retsnreei retsnreei retsnreie retsniree retsniree retsniere
retsnieer retsnieer retsniere retsneire retsneier retsnerie retsnerei retsneeri retsneeir retsneier retsneire
retsneeir retsneeri retsnerei retsnerie rernteies rernteise rernteeis rernteesi rerntesei rerntesie rerntiees
rerntiese rerntiees rerntiese rerntisee rerntisee rernteies rernteise rernteeis rernteesi rerntesei rerntesie
rerntsiee rerntsiee rerntseie rerntseei rerntseei rerntseie rerneties rernetise rerneteis rernetesi rernetsei
rernetsie rerneites rerneitse rerneiets rerneiest rerneiset rerneiste rerneeits rerneeist rerneetis rerneetsi
rerneesti rerneesit rernesiet rernesite rerneseit rerneseti rernestei rernestie rernietes rernietse rernieets
rernieest rernieset rernieste rernitees rernitese rernitees rernitese rernitsee rernitsee rernietes rernietse
rernieets rernieest rernieset rernieste rernistee rernistee rernisete rerniseet rerniseet rernisete rerneeits
rerneeist rerneetis rerneetsi rerneesti rerneesit rerneiets rerneiest rerneites rerneitse rerneiste rerneiset
rerneties rernetise rerneteis rernetesi rernetsei rernetsie rernesite rernesiet rernestie rernestei rerneseti
rerneseit rernseiet rernseite rernseeit rernseeti rernsetei rernsetie rernsieet rernsiete rernsieet rernsiete
rernsitee rernsitee rernseiet rernseite rernseeit rernseeti rernsetei rernsetie rernstiee rernstiee rernsteie
rernsteei rernsteei rernsteie rertneies rertneise rertneeis rertneesi rertnesei rertnesie rertniees rertniese
rertniees rertniese rertnisee rertnisee rertneies rertneise rertneeis rertneesi rertnesei rertnesie rertnsiee
rertnsiee rertnseie rertnseei rertnseei rertnseie rertenies rertenise rerteneis rertenesi rertensei rertensie
rerteines rerteinse rerteiens rerteiesn rerteisen rerteisne rerteeins rerteeisn rerteenis rerteensi rerteesni
rerteesin rertesien rertesine rertesein rerteseni rertesnei rertesnie rertienes rertiense rertieens rertieesn
rertiesen rertiesne rertinees rertinese rertinees rertinese rertinsee rertinsee rertienes rertiense rertieens
rertieesn rertiesen rertiesne rertisnee rertisnee rertisene rertiseen rertiseen rertisene rerteeins rerteeisn
rerteenis rerteensi rerteesni rerteesin rerteiens rerteiesn rerteines rerteinse rerteisne rerteisen rertenies
rertenise rerteneis rertenesi rertensei rertensie rertesine rertesien rertesnie rertesnei rerteseni rertesein
rertseien rertseine rertseein rertseeni rertsenei rertsenie rertsieen rertsiene rertsieen rertsiene rertsinee
rertsinee rertseien rertseine rertseein rertseeni rertsenei rertsenie rertsniee rertsniee rertsneie rertsneei
rertsneei rertsneie reretnies reretnise reretneis reretnesi reretnsei reretnsie reretines reretinse reretiens
reretiesn reretisen reretisne rereteins rereteisn reretenis reretensi reretesni reretesin reretsien reretsine
reretsein reretseni reretsnei reretsnie rerenties rerentise rerenteis rerentesi rerentsei rerentsie rerenites
rerenitse rereniets rereniest rereniset rereniste rereneits rereneist rerenetis rerenetsi rerenesti rerenesit
rerensiet rerensite rerenseit rerenseti rerenstei rerenstie rereintes rereintse rereinets rereinest rereinset
rereinste rereitnes rereitnse rereitens rereitesn rereitsen rereitsne rereietns rereietsn rereients rereienst
rereiesnt rereiestn rereisten rereistne rereisetn rereisent rereisnet rereisnte rereenits rereenist rereentis
rereentsi rereensti rereensit rereeints rereeinst rereeitns rereeitsn rereeistn rereeisnt rereetins rereetisn
rereetnis rereetnsi rereetsni rereetsin rereesitn rereesint rereestin rereestni rereesnti rereesnit reresniet
reresnite reresneit reresneti reresntei reresntie reresinet reresinte reresient reresietn reresiten reresitne
rereseint rereseitn reresenit reresenti reresetni reresetin rerestien rerestine rerestein reresteni rerestnei
rerestnie reritenes reritense reriteens reriteesn reritesen reritesne reritnees reritnese reritnees reritnese
reritnsee reritnsee reritenes reritense reriteens reriteesn reritesen reritesne reritsnee reritsnee reritsene
reritseen reritseen reritsene rerietnes rerietnse rerietens rerietesn rerietsen rerietsne rerientes rerientse
rerienets rerienest rerienset rerienste rerieents rerieenst rerieetns rerieetsn rerieestn rerieesnt reriesnet
reriesnte reriesent reriesetn reriesten reriestne rerinetes rerinetse rerineets rerineest rerineset rerineste
rerintees rerintese rerintees rerintese rerintsee rerintsee rerinetes rerinetse rerineets rerineest rerineset
rerineste rerinstee rerinstee rerinsete rerinseet rerinseet rerinsete rerieents rerieenst rerieetns rerieetsn
rerieestn rerieesnt rerienets rerienest rerientes rerientse rerienste rerienset rerietnes rerietnse rerietens
rerietesn rerietsen rerietsne reriesnte reriesnet reriestne reriesten reriesetn reriesent rerisenet rerisente
reriseent reriseetn reriseten rerisetne rerisneet rerisnete rerisneet rerisnete rerisntee rerisntee rerisenet
rerisente reriseent reriseetn reriseten rerisetne reristnee reristnee reristene reristeen reristeen reristene
rereteins rereteisn reretenis reretensi reretesni reretesin reretiens reretiesn reretines reretinse reretisne
reretisen reretnies reretnise reretneis reretnesi reretnsei reretnsie reretsine reretsien reretsnie reretsnei
reretseni reretsein rereetins rereetisn rereetnis rereetnsi rereetsni rereetsin rereeitns rereeitsn rereeints
rereeinst rereeisnt rereeistn rereenits rereenist rereentis rereentsi rereensti rereensit rereesint rereesitn
rereesnit rereesnti rereestni rereestin rereietns rereietsn rereients rereienst rereiesnt rereiestn rereitens
rereitesn rereitnes rereitnse rereitsne rereitsen rereintes rereintse rereinets rereinest rereinset rereinste
rereistne rereisten rereisnte rereisnet rereisent rereisetn rereneits rereneist rerenetis rerenetsi rerenesti
rerenesit rereniets rereniest rerenites rerenitse rereniste rereniset rerenties rerentise rerenteis rerentesi
rerentsei rerentsie rerensite rerensiet rerenstie rerenstei rerenseti rerenseit rereseint rereseitn reresenit
reresenti reresetni reresetin reresient reresietn reresinet reresinte reresitne reresiten reresniet reresnite
reresneit reresneti reresntei reresntie rerestine rerestien rerestnie rerestnei reresteni rerestein rersteien
rersteine rersteein rersteeni rerstenei rerstenie rerstieen rerstiene rerstieen rerstiene rerstinee rerstinee
rersteien rersteine rersteein rersteeni rerstenei rerstenie rerstniee rerstniee rerstneie rerstneei rerstneei
rerstneie rersetien rersetine rersetein rerseteni rersetnei rersetnie rerseiten rerseitne rerseietn rerseient
rerseinet rerseinte rerseeitn rerseeint rerseetin rerseetni rerseenti rerseenit rerseniet rersenite rerseneit
rerseneti rersentei rersentie rersieten rersietne rersieetn rersieent rersienet rersiente rersiteen rersitene
rersiteen rersitene rersitnee rersitnee rersieten rersietne rersieetn rersieent rersienet rersiente rersintee
rersintee rersinete rersineet rersineet rersinete rerseeitn rerseeint rerseetin rerseetni rerseenti rerseenit
rerseietn rerseient rerseiten rerseitne rerseinte rerseinet rersetien rersetine rersetein rerseteni rersetnei
rersetnie rersenite rerseniet rersentie rersentei rerseneti rerseneit rersneiet rersneite rersneeit rersneeti
rersnetei rersnetie rersnieet rersniete rersnieet rersniete rersnitee rersnitee rersneiet rersneite rersneeit
rersneeti rersnetei rersnetie rersntiee rersntiee rersnteie rersnteei rersnteei rersnteie reintrees reintrese
reintrees reintrese reintrsee reintrsee reinteres reinterse reinteers reinteesr reinteser reintesre reinteers
reinteesr reinteres reinterse reintesre reinteser reintseer reintsere reintseer reintsere reintsree reintsree
reinrtees reinrtese reinrtees reinrtese reinrtsee reinrtsee reinretes reinretse reinreets reinreest reinreset
reinreste reinreets reinreest reinretes reinretse reinreste reinreset reinrseet reinrsete reinrseet reinrsete
reinrstee reinrstee reinertes reinertse reinerets reinerest reinerset reinerste reinetres reinetrse reineters
reinetesr reinetser reinetsre reineetrs reineetsr reineerts reineerst reineesrt reineestr reinester reinestre
reinesetr reinesert reinesret reinesrte reinerets reinerest reinertes reinertse reinerste reinerset reineerts
reineerst reineetrs reineetsr reineestr reineesrt reineters reinetesr reinetres reinetrse reinetsre reinetser
reinesetr reinesert reinester reinestre reinesrte reinesret reinsreet reinsrete reinsreet reinsrete reinsrtee
reinsrtee reinseret reinserte reinseert reinseetr reinseter reinsetre reinseert reinseetr reinseret reinserte
reinsetre reinseter reinsteer reinstere reinsteer reinstere reinstree reinstree reitnrees reitnrese reitnrees
reitnrese reitnrsee reitnrsee reitneres reitnerse reitneers reitneesr reitneser reitnesre reitneers reitneesr
reitneres reitnerse reitnesre reitneser reitnseer reitnsere reitnseer reitnsere reitnsree reitnsree reitrnees
reitrnese reitrnees reitrnese reitrnsee reitrnsee reitrenes reitrense reitreens reitreesn reitresen reitresne
reitreens reitreesn reitrenes reitrense reitresne reitresen reitrseen reitrsene reitrseen reitrsene reitrsnee
reitrsnee reiternes reiternse reiterens reiteresn reitersen reitersne reitenres reitenrse reiteners reitenesr
reitenser reitensre reiteenrs reiteensr reiteerns reiteersn reiteesrn reiteesnr reitesner reitesnre reitesenr
reitesern reitesren reitesrne reiterens reiteresn reiternes reiternse reitersne reitersen reiteerns reiteersn
reiteenrs reiteensr reiteesnr reiteesrn reiteners reitenesr reitenres reitenrse reitensre reitenser reitesenr
reitesern reitesner reitesnre reitesrne reitesren reitsreen reitsrene reitsreen reitsrene reitsrnee reitsrnee
reitseren reitserne reitseern reitseenr reitsener reitsenre reitseern reitseenr reitseren reitserne reitsenre
reitsener reitsneer reitsnere reitsneer reitsnere reitsnree reitsnree reirtnees reirtnese reirtnees reirtnese
reirtnsee reirtnsee reirtenes reirtense reirteens reirteesn reirtesen reirtesne reirteens reirteesn reirtenes
reirtense reirtesne reirtesen reirtseen reirtsene reirtseen reirtsene reirtsnee reirtsnee reirntees reirntese
reirntees reirntese reirntsee reirntsee reirnetes reirnetse reirneets reirneest reirneset reirneste reirneets
reirneest reirnetes reirnetse reirneste reirneset reirnseet reirnsete reirnseet reirnsete reirnstee reirnstee
reirentes reirentse reirenets reirenest reirenset reirenste reiretnes reiretnse reiretens reiretesn reiretsen
reiretsne reireetns reireetsn reireents reireenst reireesnt reireestn reiresten reirestne reiresetn reiresent
reiresnet reiresnte reirenets reirenest reirentes reirentse reirenste reirenset reireents reireenst reireetns
reireetsn reireestn reireesnt reiretens reiretesn reiretnes reiretnse reiretsne reiretsen reiresetn reiresent
reiresten reirestne reiresnte reiresnet reirsneet reirsnete reirsneet reirsnete reirsntee reirsntee reirsenet
reirsente reirseent reirseetn reirseten reirsetne reirseent reirseetn reirsenet reirsente reirsetne reirseten
reirsteen reirstene reirsteen reirstene reirstnee reirstnee reietrnes reietrnse reietrens reietresn reietrsen
reietrsne reietnres reietnrse reietners reietnesr reietnser reietnsre reietenrs reietensr reieterns reietersn
reietesrn reietesnr reietsner reietsnre reietsenr reietsern reietsren reietsrne reiertnes reiertnse reiertens
reiertesn reiertsen reiertsne reierntes reierntse reiernets reiernest reiernset reiernste reierents reierenst
reieretns reieretsn reierestn reieresnt reiersnet reiersnte reiersent reiersetn reiersten reierstne reienrtes
reienrtse reienrets reienrest reienrset reienrste reientres reientrse reienters reientesr reientser reientsre
reienetrs reienetsr reienerts reienerst reienesrt reienestr reienster reienstre reiensetr reiensert reiensret
reiensrte reieernts reieernst reieertns reieertsn reieerstn reieersnt reieenrts reieenrst reieentrs reieentsr
reieenstr reieensrt reieetnrs reieetnsr reieetrns reieetrsn reieetsrn reieetsnr reieesntr reieesnrt reieestnr
reieestrn reieesrtn reieesrnt reiesrnet reiesrnte reiesrent reiesretn reiesrten reiesrtne reiesnret reiesnrte
reiesnert reiesnetr reiesnter reiesntre reiesenrt reiesentr reiesernt reiesertn reiesetrn reiesetnr reiestner
reiestnre reiestenr reiestern reiestren reiestrne reietrens reietresn reietrnes reietrnse reietrsne reietrsen
reieterns reietersn reietenrs reietensr reietesnr reietesrn reietners reietnesr reietnres reietnrse reietnsre
reietnser reietsenr reietsern reietsner reietsnre reietsrne reietsren reiertens reiertesn reiertnes reiertnse
reiertsne reiertsen reieretns reieretsn reierents reierenst reieresnt reierestn reiernets reiernest reierntes
reierntse reiernste reiernset reiersent reiersetn reiersnet reiersnte reierstne reiersten reieertns reieertsn
reieernts reieernst reieersnt reieerstn reieetrns reieetrsn reieetnrs reieetnsr reieetsnr reieetsrn reieentrs
reieentsr reieenrts reieenrst reieensrt reieenstr reieestnr reieestrn reieesntr reieesnrt reieesrnt reieesrtn
reienrets reienrest reienrtes reienrtse reienrste reienrset reienerts reienerst reienetrs reienetsr reienestr
reienesrt reienters reientesr reientres reientrse reientsre reientser reiensetr reiensert reienster reienstre
reiensrte reiensret reiesrent reiesretn reiesrnet reiesrnte reiesrtne reiesrten reiesernt reiesertn reiesenrt
reiesentr reiesetnr reiesetrn reiesnert reiesnetr reiesnret reiesnrte reiesntre reiesnter reiestenr reiestern
reiestner reiestnre reiestrne reiestren reistreen reistrene reistreen reistrene reistrnee reistrnee reisteren
reisterne reisteern reisteenr reistener reistenre reisteern reisteenr reisteren reisterne reistenre reistener
reistneer reistnere reistneer reistnere reistnree reistnree reisrteen reisrtene reisrteen reisrtene reisrtnee
reisrtnee reisreten reisretne reisreetn reisreent reisrenet reisrente reisreetn reisreent reisreten reisretne
reisrente reisrenet reisrneet reisrnete reisrneet reisrnete reisrntee reisrntee reiserten reisertne reiseretn
reiserent reisernet reisernte reisetren reisetrne reisetern reisetenr reisetner reisetnre reiseetrn reiseetnr
reiseertn reiseernt reiseenrt reiseentr reisenter reisentre reisenetr reisenert reisenret reisenrte reiseretn
reiserent reiserten reisertne reisernte reisernet reiseertn reiseernt reiseetrn reiseetnr reiseentr reiseenrt
reisetern reisetenr reisetren reisetrne reisetnre reisetner reisenetr reisenert reisenter reisentre reisenrte
reisenret reisnreet reisnrete reisnreet reisnrete reisnrtee reisnrtee reisneret reisnerte reisneert reisneetr
reisneter reisnetre reisneert reisneetr reisneret reisnerte reisnetre reisneter reisnteer reisntere reisnteer
reisntere reisntree reisntree reentries reentrise reentreis reentresi reentrsei reentrsie reentires reentirse
reentiers reentiesr reentiser reentisre reenteirs reenteisr reenteris reentersi reentesri reentesir reentsier
reentsire reentseir reentseri reentsrei reentsrie reenrties reenrtise reenrteis reenrtesi reenrtsei reenrtsie
reenrites reenritse reenriets reenriest reenriset reenriste reenreits reenreist reenretis reenretsi reenresti
reenresit reenrsiet reenrsite reenrseit reenrseti reenrstei reenrstie reenirtes reenirtse reenirets reenirest
reenirset reenirste reenitres reenitrse reeniters reenitesr reenitser reenitsre reenietrs reenietsr reenierts
reenierst reeniesrt reeniestr reenister reenistre reenisetr reenisert reenisret reenisrte reenerits reenerist
reenertis reenertsi reenersti reenersit reeneirts reeneirst reeneitrs reeneitsr reeneistr reeneisrt reenetirs
reenetisr reenetris reenetrsi reenetsri reenetsir reenesitr reenesirt reenestir reenestri reenesrti reenesrit
reensriet reensrite reensreit reensreti reensrtei reensrtie reensiret reensirte reensiert reensietr reensiter
reensitre reenseirt reenseitr reenserit reenserti reensetri reensetir reenstier reenstire reensteir reensteri
reenstrei reenstrie reetnries reetnrise reetnreis reetnresi reetnrsei reetnrsie reetnires reetnirse reetniers
reetniesr reetniser reetnisre reetneirs reetneisr reetneris reetnersi reetnesri reetnesir reetnsier reetnsire
reetnseir reetnseri reetnsrei reetnsrie reetrnies reetrnise reetrneis reetrnesi reetrnsei reetrnsie reetrines
reetrinse reetriens reetriesn reetrisen reetrisne reetreins reetreisn reetrenis reetrensi reetresni reetresin
reetrsien reetrsine reetrsein reetrseni reetrsnei reetrsnie reetirnes reetirnse reetirens reetiresn reetirsen
reetirsne reetinres reetinrse reetiners reetinesr reetinser reetinsre reetienrs reetiensr reetierns reetiersn
reetiesrn reetiesnr reetisner reetisnre reetisenr reetisern reetisren reetisrne reeterins reeterisn reeternis
reeternsi reetersni reetersin reeteirns reeteirsn reeteinrs reeteinsr reeteisnr reeteisrn reetenirs reetenisr
reetenris reetenrsi reetensri reetensir reetesinr reetesirn reetesnir reetesnri reetesrni reetesrin reetsrien
reetsrine reetsrein reetsreni reetsrnei reetsrnie reetsiren reetsirne reetsiern reetsienr reetsiner reetsinre
reetseirn reetseinr reetserin reetserni reetsenri reetsenir reetsnier reetsnire reetsneir reetsneri reetsnrei
reetsnrie reertnies reertnise reertneis reertnesi reertnsei reertnsie reertines reertinse reertiens reertiesn
reertisen reertisne reerteins reerteisn reertenis reertensi reertesni reertesin reertsien reertsine reertsein
reertseni reertsnei reertsnie reernties reerntise reernteis reerntesi reerntsei reerntsie reernites reernitse
reerniets reerniest reerniset reerniste reerneits reerneist reernetis reernetsi reernesti reernesit reernsiet
reernsite reernseit reernseti reernstei reernstie reerintes reerintse reerinets reerinest reerinset reerinste
reeritnes reeritnse reeritens reeritesn reeritsen reeritsne reerietns reerietsn reerients reerienst reeriesnt
reeriestn reeristen reeristne reerisetn reerisent reerisnet reerisnte reerenits reerenist reerentis reerentsi
reerensti reerensit reereints reereinst reereitns reereitsn reereistn reereisnt reeretins reeretisn reeretnis
reeretnsi reeretsni reeretsin reeresitn reeresint reerestin reerestni reeresnti reeresnit reersniet reersnite
reersneit reersneti reersntei reersntie reersinet reersinte reersient reersietn reersiten reersitne reerseint
reerseitn reersenit reersenti reersetni reersetin reerstien reerstine reerstein reersteni reerstnei reerstnie
reeitrnes reeitrnse reeitrens reeitresn reeitrsen reeitrsne reeitnres reeitnrse reeitners reeitnesr reeitnser
reeitnsre reeitenrs reeitensr reeiterns reeitersn reeitesrn reeitesnr reeitsner reeitsnre reeitsenr reeitsern
reeitsren reeitsrne reeirtnes reeirtnse reeirtens reeirtesn reeirtsen reeirtsne reeirntes reeirntse reeirnets
reeirnest reeirnset reeirnste reeirents reeirenst reeiretns reeiretsn reeirestn reeiresnt reeirsnet reeirsnte
reeirsent reeirsetn reeirsten reeirstne reeinrtes reeinrtse reeinrets reeinrest reeinrset reeinrste reeintres
reeintrse reeinters reeintesr reeintser reeintsre reeinetrs reeinetsr reeinerts reeinerst reeinesrt reeinestr
reeinster reeinstre reeinsetr reeinsert reeinsret reeinsrte reeiernts reeiernst reeiertns reeiertsn reeierstn
reeiersnt reeienrts reeienrst reeientrs reeientsr reeienstr reeiensrt reeietnrs reeietnsr reeietrns reeietrsn
reeietsrn reeietsnr reeiesntr reeiesnrt reeiestnr reeiestrn reeiesrtn reeiesrnt reeisrnet reeisrnte reeisrent
reeisretn reeisrten reeisrtne reeisnret reeisnrte reeisnert reeisnetr reeisnter reeisntre reeisenrt reeisentr
reeisernt reeisertn reeisetrn reeisetnr reeistner reeistnre reeistenr reeistern reeistren reeistrne reeetrins
reeetrisn reeetrnis reeetrnsi reeetrsni reeetrsin reeetirns reeetirsn reeetinrs reeetinsr reeetisnr reeetisrn
reeetnirs reeetnisr reeetnris reeetnrsi reeetnsri reeetnsir reeetsinr reeetsirn reeetsnir reeetsnri reeetsrni
reeetsrin reeertins reeertisn reeertnis reeertnsi reeertsni reeertsin reeeritns reeeritsn reeerints reeerinst
reeerisnt reeeristn reeernits reeernist reeerntis reeerntsi reeernsti reeernsit reeersint reeersitn reeersnit
reeersnti reeerstni reeerstin reeeirtns reeeirtsn reeeirnts reeeirnst reeeirsnt reeeirstn reeeitrns reeeitrsn
reeeitnrs reeeitnsr reeeitsnr reeeitsrn reeeintrs reeeintsr reeeinrts reeeinrst reeeinsrt reeeinstr reeeistnr
reeeistrn reeeisntr reeeisnrt reeeisrnt reeeisrtn reeenrits reeenrist reeenrtis reeenrtsi reeenrsti reeenrsit
reeenirts reeenirst reeenitrs reeenitsr reeenistr reeenisrt reeentirs reeentisr reeentris reeentrsi reeentsri
reeentsir reeensitr reeensirt reeenstir reeenstri reeensrti reeensrit reeesrint reeesritn reeesrnit reeesrnti
reeesrtni reeesrtin reeesirnt reeesirtn reeesinrt reeesintr reeesitnr reeesitrn reeesnirt reeesnitr reeesnrit
reeesnrti reeesntri reeesntir reeestinr reeestirn reeestnir reeestnri reeestrni reeestrin reestrien reestrine
reestrein reestreni reestrnei reestrnie reestiren reestirne reestiern reestienr reestiner reestinre reesteirn
reesteinr reesterin reesterni reestenri reestenir reestnier reestnire reestneir reestneri reestnrei reestnrie
reesrtien reesrtine reesrtein reesrteni reesrtnei reesrtnie reesriten reesritne reesrietn reesrient reesrinet
reesrinte reesreitn reesreint reesretin reesretni reesrenti reesrenit reesrniet reesrnite reesrneit reesrneti
reesrntei reesrntie reesirten reesirtne reesiretn reesirent reesirnet reesirnte reesitren reesitrne reesitern
reesitenr reesitner reesitnre reesietrn reesietnr reesiertn reesiernt reesienrt reesientr reesinter reesintre
reesinetr reesinert reesinret reesinrte reeseritn reeserint reesertin reesertni reesernti reesernit reeseirtn
reeseirnt reeseitrn reeseitnr reeseintr reeseinrt reesetirn reesetinr reesetrin reesetrni reesetnri reesetnir
reesenitr reesenirt reesentir reesentri reesenrti reesenrit reesnriet reesnrite reesnreit reesnreti reesnrtei
reesnrtie reesniret reesnirte reesniert reesnietr reesniter reesnitre reesneirt reesneitr reesnerit reesnerti
reesnetri reesnetir reesntier reesntire reesnteir reesnteri reesntrei reesntrie resntriee resntriee resntreie
resntreei resntreei resntreie resntiree resntiree resntiere resntieer resntieer resntiere resnteire resnteier
resnterie resnterei resnteeri resnteeir resnteier resnteire resnteeir resnteeri resnterei resnterie resnrtiee
resnrtiee resnrteie resnrteei resnrteei resnrteie resnritee resnritee resnriete resnrieet resnrieet resnriete
resnreite resnreiet resnretie resnretei resnreeti resnreeit resnreiet resnreite resnreeit resnreeti resnretei
resnretie resnirtee resnirtee resnirete resnireet resnireet resnirete resnitree resnitree resnitere resniteer
resniteer resnitere resnietre resnieter resnierte resnieret resnieert resnieetr resnieter resnietre resnieetr
resnieert resnieret resnierte resnerite resneriet resnertie resnertei resnereti resnereit resneirte resneiret
resneitre resneiter resneietr resneiert resnetire resnetier resnetrie resnetrei resneteri resneteir resneeitr
resneeirt resneetir resneetri resneerti resneerit resneriet resnerite resnereit resnereti resnertei resnertie
resneiret resneirte resneiert resneietr resneiter resneitre resneeirt resneeitr resneerit resneerti resneetri
resneetir resnetier resnetire resneteir resneteri resnetrei resnetrie restnriee restnriee restnreie restnreei
restnreei restnreie restniree restniree restniere restnieer restnieer restniere restneire restneier restnerie
restnerei restneeri restneeir restneier restneire restneeir restneeri restnerei restnerie restrniee restrniee
restrneie restrneei restrneei restrneie restrinee restrinee restriene restrieen restrieen restriene restreine
restreien restrenie restrenei restreeni restreein restreien restreine restreein restreeni restrenei restrenie
restirnee restirnee restirene restireen restireen restirene restinree restinree restinere restineer restineer
restinere restienre restiener restierne restieren restieern restieenr restiener restienre restieenr restieern
restieren restierne resterine resterien resternie resternei restereni resterein resteirne resteiren resteinre
resteiner resteienr resteiern restenire restenier restenrie restenrei resteneri resteneir resteeinr resteeirn
resteenir resteenri resteerni resteerin resterien resterine resterein restereni resternei resternie resteiren
resteirne resteiern resteienr resteiner resteinre resteeirn resteeinr resteerin resteerni resteenri resteenir
restenier restenire resteneir resteneri restenrei restenrie resrtniee resrtniee resrtneie resrtneei resrtneei
resrtneie resrtinee resrtinee resrtiene resrtieen resrtieen resrtiene resrteine resrteien resrtenie resrtenei
resrteeni resrteein resrteien resrteine resrteein resrteeni resrtenei resrtenie resrntiee resrntiee resrnteie
resrnteei resrnteei resrnteie resrnitee resrnitee resrniete resrnieet resrnieet resrniete resrneite resrneiet
resrnetie resrnetei resrneeti resrneeit resrneiet resrneite resrneeit resrneeti resrnetei resrnetie resrintee
resrintee resrinete resrineet resrineet resrinete resritnee resritnee resritene resriteen resriteen resritene
resrietne resrieten resriente resrienet resrieent resrieetn resrieten resrietne resrieetn resrieent resrienet
resriente resrenite resreniet resrentie resrentei resreneti resreneit resreinte resreinet resreitne resreiten
resreietn resreient resretine resretien resretnie resretnei resreteni resretein resreeitn resreeint resreetin
resreetni resreenti resreenit resreniet resrenite resreneit resreneti resrentei resrentie resreinet resreinte
resreient resreietn resreiten resreitne resreeint resreeitn resreenit resreenti resreetni resreetin resretien
resretine resretein resreteni resretnei resretnie resitrnee resitrnee resitrene resitreen resitreen resitrene
resitnree resitnree resitnere resitneer resitneer resitnere resitenre resitener resiterne resiteren resiteern
resiteenr resitener resitenre resiteenr resiteern resiteren resiterne resirtnee resirtnee resirtene resirteen
resirteen resirtene resirntee resirntee resirnete resirneet resirneet resirnete resirente resirenet resiretne
resireten resireetn resireent resirenet resirente resireent resireetn resireten resiretne resinrtee resinrtee
resinrete resinreet resinreet resinrete resintree resintree resintere resinteer resinteer resintere resinetre
resineter resinerte resineret resineert resineetr resineter resinetre resineetr resineert resineret resinerte
resiernte resiernet resiertne resierten resieretn resierent resienrte resienret resientre resienter resienetr
resienert resietnre resietner resietrne resietren resietern resietenr resieentr resieenrt resieetnr resieetrn
resieertn resieernt resiernet resiernte resierent resieretn resierten resiertne resienret resienrte resienert
resienetr resienter resientre resieenrt resieentr resieernt resieertn resieetrn resieetnr resietner resietnre
resietenr resietern resietren resietrne resetrine resetrien resetrnie resetrnei resetreni resetrein resetirne
resetiren resetinre resetiner resetienr resetiern resetnire resetnier resetnrie resetnrei resetneri resetneir
reseteinr reseteirn resetenir resetenri reseterni reseterin resertine resertien resertnie resertnei reserteni
resertein reseritne reseriten reserinte reserinet reserient reserietn resernite reserniet reserntie reserntei
reserneti reserneit resereint resereitn reserenit reserenti reseretni reseretin reseirtne reseirten reseirnte
reseirnet reseirent reseiretn reseitrne reseitren reseitnre reseitner reseitenr reseitern reseintre reseinter
reseinrte reseinret reseinert reseinetr reseietnr reseietrn reseientr reseienrt reseiernt reseiertn resenrite
resenriet resenrtie resenrtei resenreti resenreit resenirte reseniret resenitre reseniter resenietr reseniert
resentire resentier resentrie resentrei resenteri resenteir reseneitr reseneirt resenetir resenetri resenerti
resenerit reseerint reseeritn reseernit reseernti reseertni reseertin reseeirnt reseeirtn reseeinrt reseeintr
reseeitnr reseeitrn reseenirt reseenitr reseenrit reseenrti reseentri reseentir reseetinr reseetirn reseetnir
reseetnri reseetrni reseetrin resetrien resetrine resetrein resetreni resetrnei resetrnie resetiren resetirne
resetiern resetienr resetiner resetinre reseteirn reseteinr reseterin reseterni resetenri resetenir resetnier
resetnire resetneir resetneri resetnrei resetnrie resertien resertine resertein reserteni resertnei resertnie
reseriten reseritne reserietn reserient reserinet reserinte resereitn resereint reseretin reseretni reserenti
reserenit reserniet resernite reserneit reserneti reserntei reserntie reseirten reseirtne reseiretn reseirent
reseirnet reseirnte reseitren reseitrne reseitern reseitenr reseitner reseitnre reseietrn reseietnr reseiertn
reseiernt reseienrt reseientr reseinter reseintre reseinetr reseinert reseinret reseinrte reseeritn reseerint
reseertin reseertni reseernti reseernit reseeirtn reseeirnt reseeitrn reseeitnr reseeintr reseeinrt reseetirn
reseetinr reseetrin reseetrni reseetnri reseetnir reseenitr reseenirt reseentir reseentri reseenrti reseenrit
resenriet resenrite resenreit resenreti resenrtei resenrtie reseniret resenirte reseniert resenietr reseniter
resenitre reseneirt reseneitr resenerit resenerti resenetri resenetir resentier resentire resenteir resenteri
resentrei resentrie

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History of cryptography
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