easy ciphers

Easy Ciphers Tools:
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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: impower
cipher variations:
jnqpxfs korqygt lpsrzhu mqtsaiv nrutbjw
osvuckx ptwvdly quxwemz rvyxfna swzygob
txazhpc uybaiqd vzcbjre wadcksf xbedltg
ycfemuh zdgfnvi aehgowj bfihpxk cgjiqyl
dhkjrzm eilksan fjmltbo gknmucp hlonvdq

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: impower
Cipher: rnkldvi

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: impower

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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: impower
cipher variations:

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: impower
Cipher: vzcbjre

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: impower
Cipher: 42235343255124

Extended Methods:
Method #1

Plaintext: impower
method variations:

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

Read more ...
Method #3

Plaintext: impower
method variations:
gxshzft xshzftg shzftgx
hzftgxs zftgxsh ftgxshz

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: impower

all 5040 cipher variations:
impower impowre impoewr impoerw imporew imporwe impwoer impwore impweor impwero impwreo
impwroe impewor impewro impeowr impeorw imperow imperwo imprweo imprwoe imprewo impreow
improew improwe imopwer imopwre imopewr imoperw imoprew imoprwe imowper imowpre imowepr
imowerp imowrep imowrpe imoewpr imoewrp imoepwr imoeprw imoerpw imoerwp imorwep imorwpe
imorewp imorepw imorpew imorpwe imwoper imwopre imwoepr imwoerp imworep imworpe imwpoer
imwpore imwpeor imwpero imwpreo imwproe imwepor imwepro imweopr imweorp imwerop imwerpo
imwrpeo imwrpoe imwrepo imwreop imwroep imwrope imeowpr imeowrp imeopwr imeoprw imeorpw
imeorwp imewopr imeworp imewpor imewpro imewrpo imewrop imepwor imepwro imepowr imeporw
imeprow imeprwo imerwpo imerwop imerpwo imerpow imeropw imerowp imrowep imrowpe imroewp
imroepw imropew imropwe imrwoep imrwope imrweop imrwepo imrwpeo imrwpoe imrewop imrewpo
imreowp imreopw imrepow imrepwo imrpweo imrpwoe imrpewo imrpeow imrpoew imrpowe ipmower
ipmowre ipmoewr ipmoerw ipmorew ipmorwe ipmwoer ipmwore ipmweor ipmwero ipmwreo ipmwroe
ipmewor ipmewro ipmeowr ipmeorw ipmerow ipmerwo ipmrweo ipmrwoe ipmrewo ipmreow ipmroew
ipmrowe ipomwer ipomwre ipomewr ipomerw ipomrew ipomrwe ipowmer ipowmre ipowemr ipowerm
ipowrem ipowrme ipoewmr ipoewrm ipoemwr ipoemrw ipoermw ipoerwm iporwem iporwme iporewm
iporemw ipormew ipormwe ipwomer ipwomre ipwoemr ipwoerm ipworem ipworme ipwmoer ipwmore
ipwmeor ipwmero ipwmreo ipwmroe ipwemor ipwemro ipweomr ipweorm ipwerom ipwermo ipwrmeo
ipwrmoe ipwremo ipwreom ipwroem ipwrome ipeowmr ipeowrm ipeomwr ipeomrw ipeormw ipeorwm
ipewomr ipeworm ipewmor ipewmro ipewrmo ipewrom ipemwor ipemwro ipemowr ipemorw ipemrow
ipemrwo iperwmo iperwom ipermwo ipermow iperomw iperowm iprowem iprowme iproewm iproemw
ipromew ipromwe iprwoem iprwome iprweom iprwemo iprwmeo iprwmoe iprewom iprewmo ipreowm
ipreomw ipremow ipremwo iprmweo iprmwoe iprmewo iprmeow iprmoew iprmowe iopmwer iopmwre
iopmewr iopmerw iopmrew iopmrwe iopwmer iopwmre iopwemr iopwerm iopwrem iopwrme iopewmr
iopewrm iopemwr iopemrw iopermw ioperwm ioprwem ioprwme ioprewm iopremw ioprmew ioprmwe
iompwer iompwre iompewr iomperw iomprew iomprwe iomwper iomwpre iomwepr iomwerp iomwrep
iomwrpe iomewpr iomewrp iomepwr iomeprw iomerpw iomerwp iomrwep iomrwpe iomrewp iomrepw
iomrpew iomrpwe iowmper iowmpre iowmepr iowmerp iowmrep iowmrpe iowpmer iowpmre iowpemr
iowperm iowprem iowprme iowepmr ioweprm iowempr iowemrp iowermp iowerpm iowrpem iowrpme
iowrepm iowremp iowrmep iowrmpe ioemwpr ioemwrp ioempwr ioemprw ioemrpw ioemrwp ioewmpr
ioewmrp ioewpmr ioewprm ioewrpm ioewrmp ioepwmr ioepwrm ioepmwr ioepmrw ioeprmw ioeprwm
ioerwpm ioerwmp ioerpwm ioerpmw ioermpw ioermwp iormwep iormwpe iormewp iormepw iormpew
iormpwe iorwmep iorwmpe iorwemp iorwepm iorwpem iorwpme iorewmp iorewpm ioremwp iorempw
iorepmw iorepwm iorpwem iorpwme iorpewm iorpemw iorpmew iorpmwe iwpomer iwpomre iwpoemr
iwpoerm iwporem iwporme iwpmoer iwpmore iwpmeor iwpmero iwpmreo iwpmroe iwpemor iwpemro
iwpeomr iwpeorm iwperom iwpermo iwprmeo iwprmoe iwpremo iwpreom iwproem iwprome iwopmer
iwopmre iwopemr iwoperm iwoprem iwoprme iwomper iwompre iwomepr iwomerp iwomrep iwomrpe
iwoempr iwoemrp iwoepmr iwoeprm iwoerpm iwoermp iwormep iwormpe iworemp iworepm iworpem
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iwempor iwempro iwemrpo iwemrop iwepmor iwepmro iwepomr iweporm iweprom iweprmo iwermpo
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iwrepmo iwrpmeo iwrpmoe iwrpemo iwrpeom iwrpoem iwrpome iepowmr iepowrm iepomwr iepomrw
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irmweop irmwepo irmwpeo irmwpoe irmewop irmewpo irmeowp irmeopw irmepow irmepwo irmpweo
irmpwoe irmpewo irmpeow irmpoew irmpowe mipower mipowre mipoewr mipoerw miporew miporwe
mipwoer mipwore mipweor mipwero mipwreo mipwroe mipewor mipewro mipeowr mipeorw miperow
miperwo miprweo miprwoe miprewo mipreow miproew miprowe miopwer miopwre miopewr mioperw
mioprew mioprwe miowper miowpre miowepr miowerp miowrep miowrpe mioewpr mioewrp mioepwr
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mrieowp mrieopw mriepow mriepwo mripweo mripwoe mripewo mripeow mripoew mripowe pmiower
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pimoewr pimoerw pimorew pimorwe pimwoer pimwore pimweor pimwero pimwreo pimwroe pimewor
pimewro pimeowr pimeorw pimerow pimerwo pimrweo pimrwoe pimrewo pimreow pimroew pimrowe
piomwer piomwre piomewr piomerw piomrew piomrwe piowmer piowmre piowemr piowerm piowrem
piowrme pioewmr pioewrm pioemwr pioemrw pioermw pioerwm piorwem piorwme piorewm pioremw
piormew piormwe piwomer piwomre piwoemr piwoerm piworem piworme piwmoer piwmore piwmeor
piwmero piwmreo piwmroe piwemor piwemro piweomr piweorm piwerom piwermo piwrmeo piwrmoe
piwremo piwreom piwroem piwrome pieowmr pieowrm pieomwr pieomrw pieormw pieorwm piewomr
pieworm piewmor piewmro piewrmo piewrom piemwor piemwro piemowr piemorw piemrow piemrwo
pierwmo pierwom piermwo piermow pieromw pierowm pirowem pirowme piroewm piroemw piromew
piromwe pirwoem pirwome pirweom pirwemo pirwmeo pirwmoe pirewom pirewmo pireowm pireomw
piremow piremwo pirmweo pirmwoe pirmewo pirmeow pirmoew pirmowe poimwer poimwre poimewr
poimerw poimrew poimrwe poiwmer poiwmre poiwemr poiwerm poiwrem poiwrme poiewmr poiewrm
poiemwr poiemrw poiermw poierwm poirwem poirwme poirewm poiremw poirmew poirmwe pomiwer
pomiwre pomiewr pomierw pomirew pomirwe pomwier pomwire pomweir pomweri pomwrei pomwrie
pomewir pomewri pomeiwr pomeirw pomeriw pomerwi pomrwei pomrwie pomrewi pomreiw pomriew
pomriwe powmier powmire powmeir powmeri powmrei powmrie powimer powimre powiemr powierm
powirem powirme poweimr poweirm powemir powemri powermi powerim powriem powrime powreim
powremi powrmei powrmie poemwir poemwri poemiwr poemirw poemriw poemrwi poewmir poewmri
poewimr poewirm poewrim poewrmi poeiwmr poeiwrm poeimwr poeimrw poeirmw poeirwm poerwim
poerwmi poeriwm poerimw poermiw poermwi pormwei pormwie pormewi pormeiw pormiew pormiwe
porwmei porwmie porwemi porweim porwiem porwime porewmi porewim poremwi poremiw poreimw
poreiwm poriwem poriwme poriewm poriemw porimew porimwe pwiomer pwiomre pwioemr pwioerm
pwiorem pwiorme pwimoer pwimore pwimeor pwimero pwimreo pwimroe pwiemor pwiemro pwieomr
pwieorm pwierom pwiermo pwirmeo pwirmoe pwiremo pwireom pwiroem pwirome pwoimer pwoimre
pwoiemr pwoierm pwoirem pwoirme pwomier pwomire pwomeir pwomeri pwomrei pwomrie pwoemir
pwoemri pwoeimr pwoeirm pwoerim pwoermi pwormei pwormie pworemi pworeim pworiem pworime
pwmoier pwmoire pwmoeir pwmoeri pwmorei pwmorie pwmioer pwmiore pwmieor pwmiero pwmireo
pwmiroe pwmeior pwmeiro pwmeoir pwmeori pwmeroi pwmerio pwmrieo pwmrioe pwmreio pwmreoi
pwmroei pwmroie pweomir pweomri pweoimr pweoirm pweorim pweormi pwemoir pwemori pwemior
pwemiro pwemrio pwemroi pweimor pweimro pweiomr pweiorm pweirom pweirmo pwermio pwermoi
pwerimo pweriom pweroim pweromi pwromei pwromie pwroemi pwroeim pwroiem pwroime pwrmoei
pwrmoie pwrmeoi pwrmeio pwrmieo pwrmioe pwremoi pwremio pwreomi pwreoim pwreiom pwreimo
pwrimeo pwrimoe pwriemo pwrieom pwrioem pwriome peiowmr peiowrm peiomwr peiomrw peiormw
peiorwm peiwomr peiworm peiwmor peiwmro peiwrmo peiwrom peimwor peimwro peimowr peimorw
peimrow peimrwo peirwmo peirwom peirmwo peirmow peiromw peirowm peoiwmr peoiwrm peoimwr
peoimrw peoirmw peoirwm peowimr peowirm peowmir peowmri peowrmi peowrim peomwir peomwri
peomiwr peomirw peomriw peomrwi peorwmi peorwim peormwi peormiw peorimw peoriwm pewoimr
pewoirm pewomir pewomri pewormi peworim pewiomr pewiorm pewimor pewimro pewirmo pewirom
pewmior pewmiro pewmoir pewmori pewmroi pewmrio pewrimo pewriom pewrmio pewrmoi pewromi
pewroim pemowir pemowri pemoiwr pemoirw pemoriw pemorwi pemwoir pemwori pemwior pemwiro
pemwrio pemwroi pemiwor pemiwro pemiowr pemiorw pemirow pemirwo pemrwio pemrwoi pemriwo
pemriow pemroiw pemrowi perowmi perowim peromwi peromiw peroimw peroiwm perwomi perwoim
perwmoi perwmio perwimo perwiom permwoi permwio permowi permoiw permiow permiwo periwmo
periwom perimwo perimow periomw periowm priowem priowme prioewm prioemw priomew priomwe
priwoem priwome priweom priwemo priwmeo priwmoe priewom priewmo prieowm prieomw priemow
priemwo primweo primwoe primewo primeow primoew primowe proiwem proiwme proiewm proiemw
proimew proimwe prowiem prowime proweim prowemi prowmei prowmie proewim proewmi proeiwm
proeimw proemiw proemwi promwei promwie promewi promeiw promiew promiwe prwoiem prwoime
prwoeim prwoemi prwomei prwomie prwioem prwiome prwieom prwiemo prwimeo prwimoe prweiom
prweimo prweoim prweomi prwemoi prwemio prwmieo prwmioe prwmeio prwmeoi prwmoei prwmoie
preowim preowmi preoiwm preoimw preomiw preomwi prewoim prewomi prewiom prewimo prewmio
prewmoi preiwom preiwmo preiowm preiomw preimow preimwo premwio premwoi premiwo premiow
premoiw premowi prmowei prmowie prmoewi prmoeiw prmoiew prmoiwe prmwoei prmwoie prmweoi
prmweio prmwieo prmwioe prmewoi prmewio prmeowi prmeoiw prmeiow prmeiwo prmiweo prmiwoe
prmiewo prmieow prmioew prmiowe ompiwer ompiwre ompiewr ompierw ompirew ompirwe ompwier
ompwire ompweir ompweri ompwrei ompwrie ompewir ompewri ompeiwr ompeirw omperiw omperwi
omprwei omprwie omprewi ompreiw ompriew ompriwe omipwer omipwre omipewr omiperw omiprew
omiprwe omiwper omiwpre omiwepr omiwerp omiwrep omiwrpe omiewpr omiewrp omiepwr omieprw
omierpw omierwp omirwep omirwpe omirewp omirepw omirpew omirpwe omwiper omwipre omwiepr
omwierp omwirep omwirpe omwpier omwpire omwpeir omwperi omwprei omwprie omwepir omwepri
omweipr omweirp omwerip omwerpi omwrpei omwrpie omwrepi omwreip omwriep omwripe omeiwpr
omeiwrp omeipwr omeiprw omeirpw omeirwp omewipr omewirp omewpir omewpri omewrpi omewrip
omepwir omepwri omepiwr omepirw omepriw omeprwi omerwpi omerwip omerpwi omerpiw omeripw
omeriwp omriwep omriwpe omriewp omriepw omripew omripwe omrwiep omrwipe omrweip omrwepi
omrwpei omrwpie omrewip omrewpi omreiwp omreipw omrepiw omrepwi omrpwei omrpwie omrpewi
omrpeiw omrpiew omrpiwe opmiwer opmiwre opmiewr opmierw opmirew opmirwe opmwier opmwire
opmweir opmweri opmwrei opmwrie opmewir opmewri opmeiwr opmeirw opmeriw opmerwi opmrwei
opmrwie opmrewi opmreiw opmriew opmriwe opimwer opimwre opimewr opimerw opimrew opimrwe
opiwmer opiwmre opiwemr opiwerm opiwrem opiwrme opiewmr opiewrm opiemwr opiemrw opiermw
opierwm opirwem opirwme opirewm opiremw opirmew opirmwe opwimer opwimre opwiemr opwierm
opwirem opwirme opwmier opwmire opwmeir opwmeri opwmrei opwmrie opwemir opwemri opweimr
opweirm opwerim opwermi opwrmei opwrmie opwremi opwreim opwriem opwrime opeiwmr opeiwrm
opeimwr opeimrw opeirmw opeirwm opewimr opewirm opewmir opewmri opewrmi opewrim opemwir
opemwri opemiwr opemirw opemriw opemrwi operwmi operwim opermwi opermiw operimw operiwm
opriwem opriwme opriewm opriemw oprimew oprimwe oprwiem oprwime oprweim oprwemi oprwmei
oprwmie oprewim oprewmi opreiwm opreimw opremiw opremwi oprmwei oprmwie oprmewi oprmeiw
oprmiew oprmiwe oipmwer oipmwre oipmewr oipmerw oipmrew oipmrwe oipwmer oipwmre oipwemr
oipwerm oipwrem oipwrme oipewmr oipewrm oipemwr oipemrw oipermw oiperwm oiprwem oiprwme
oiprewm oipremw oiprmew oiprmwe oimpwer oimpwre oimpewr oimperw oimprew oimprwe oimwper
oimwpre oimwepr oimwerp oimwrep oimwrpe oimewpr oimewrp oimepwr oimeprw oimerpw oimerwp
oimrwep oimrwpe oimrewp oimrepw oimrpew oimrpwe oiwmper oiwmpre oiwmepr oiwmerp oiwmrep
oiwmrpe oiwpmer oiwpmre oiwpemr oiwperm oiwprem oiwprme oiwepmr oiweprm oiwempr oiwemrp
oiwermp oiwerpm oiwrpem oiwrpme oiwrepm oiwremp oiwrmep oiwrmpe oiemwpr oiemwrp oiempwr
oiemprw oiemrpw oiemrwp oiewmpr oiewmrp oiewpmr oiewprm oiewrpm oiewrmp oiepwmr oiepwrm
oiepmwr oiepmrw oieprmw oieprwm oierwpm oierwmp oierpwm oierpmw oiermpw oiermwp oirmwep
oirmwpe oirmewp oirmepw oirmpew oirmpwe oirwmep oirwmpe oirwemp oirwepm oirwpem oirwpme
oirewmp oirewpm oiremwp oirempw oirepmw oirepwm oirpwem oirpwme oirpewm oirpemw oirpmew
oirpmwe owpimer owpimre owpiemr owpierm owpirem owpirme owpmier owpmire owpmeir owpmeri
owpmrei owpmrie owpemir owpemri owpeimr owpeirm owperim owpermi owprmei owprmie owpremi
owpreim owpriem owprime owipmer owipmre owipemr owiperm owiprem owiprme owimper owimpre
owimepr owimerp owimrep owimrpe owiempr owiemrp owiepmr owieprm owierpm owiermp owirmep
owirmpe owiremp owirepm owirpem owirpme owmiper owmipre owmiepr owmierp owmirep owmirpe
owmpier owmpire owmpeir owmperi owmprei owmprie owmepir owmepri owmeipr owmeirp owmerip
owmerpi owmrpei owmrpie owmrepi owmreip owmriep owmripe oweimpr oweimrp oweipmr oweiprm
oweirpm oweirmp owemipr owemirp owempir owempri owemrpi owemrip owepmir owepmri owepimr
owepirm oweprim oweprmi owermpi owermip owerpmi owerpim oweripm owerimp owrimep owrimpe
owriemp owriepm owripem owripme owrmiep owrmipe owrmeip owrmepi owrmpei owrmpie owremip
owrempi owreimp owreipm owrepim owrepmi owrpmei owrpmie owrpemi owrpeim owrpiem owrpime
oepiwmr oepiwrm oepimwr oepimrw oepirmw oepirwm oepwimr oepwirm oepwmir oepwmri oepwrmi
oepwrim oepmwir oepmwri oepmiwr oepmirw oepmriw oepmrwi oeprwmi oeprwim oeprmwi oeprmiw
oeprimw oepriwm oeipwmr oeipwrm oeipmwr oeipmrw oeiprmw oeiprwm oeiwpmr oeiwprm oeiwmpr
oeiwmrp oeiwrmp oeiwrpm oeimwpr oeimwrp oeimpwr oeimprw oeimrpw oeimrwp oeirwmp oeirwpm
oeirmwp oeirmpw oeirpmw oeirpwm oewipmr oewiprm oewimpr oewimrp oewirmp oewirpm oewpimr
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orpmiwe oripwem oripwme oripewm oripemw oripmew oripmwe oriwpem oriwpme oriwepm oriwemp
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orewipm orewimp orewpim orewpmi orewmpi orewmip orepwim orepwmi orepiwm orepimw orepmiw
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wpomire wpomeir wpomeri wpomrei wpomrie wpoimer wpoimre wpoiemr wpoierm wpoirem wpoirme
wpoeimr wpoeirm wpoemir wpoemri wpoermi wpoerim wporiem wporime wporeim wporemi wpormei
wpormie wpiomer wpiomre wpioemr wpioerm wpiorem wpiorme wpimoer wpimore wpimeor wpimero
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wpireom wpiroem wpirome wpeoimr wpeoirm wpeomir wpeomri wpeormi wpeorim wpeiomr wpeiorm
wpeimor wpeimro wpeirmo wpeirom wpemior wpemiro wpemoir wpemori wpemroi wpemrio wperimo
wperiom wpermio wpermoi wperomi wperoim wproiem wproime wproeim wproemi wpromei wpromie
wprioem wpriome wprieom wpriemo wprimeo wprimoe wpreiom wpreimo wpreoim wpreomi wpremoi
wpremio wprmieo wprmioe wprmeio wprmeoi wprmoei wprmoie wopmier wopmire wopmeir wopmeri
wopmrei wopmrie wopimer wopimre wopiemr wopierm wopirem wopirme wopeimr wopeirm wopemir
wopemri wopermi woperim wopriem woprime wopreim wopremi woprmei woprmie wompier wompire
wompeir womperi womprei womprie womiper womipre womiepr womierp womirep womirpe womeipr
womeirp womepir womepri womerpi womerip womriep womripe womreip womrepi womrpei womrpie
woimper woimpre woimepr woimerp woimrep woimrpe woipmer woipmre woipemr woiperm woiprem
woiprme woiepmr woieprm woiempr woiemrp woiermp woierpm woirpem woirpme woirepm woiremp
woirmep woirmpe woemipr woemirp woempir woempri woemrpi woemrip woeimpr woeimrp woeipmr
woeiprm woeirpm woeirmp woepimr woepirm woepmir woepmri woeprmi woeprim woeripm woerimp
woerpim woerpmi woermpi woermip wormiep wormipe wormeip wormepi wormpei wormpie worimep
worimpe woriemp woriepm woripem woripme woreimp woreipm woremip worempi worepmi worepim
worpiem worpime worpeim worpemi worpmei worpmie wipomer wipomre wipoemr wipoerm wiporem
wiporme wipmoer wipmore wipmeor wipmero wipmreo wipmroe wipemor wipemro wipeomr wipeorm
wiperom wipermo wiprmeo wiprmoe wipremo wipreom wiproem wiprome wiopmer wiopmre wiopemr
wioperm wioprem wioprme wiomper wiompre wiomepr wiomerp wiomrep wiomrpe wioempr wioemrp
wioepmr wioeprm wioerpm wioermp wiormep wiormpe wioremp wiorepm wiorpem wiorpme wimoper
wimopre wimoepr wimoerp wimorep wimorpe wimpoer wimpore wimpeor wimpero wimpreo wimproe
wimepor wimepro wimeopr wimeorp wimerop wimerpo wimrpeo wimrpoe wimrepo wimreop wimroep
wimrope wieompr wieomrp wieopmr wieoprm wieorpm wieormp wiemopr wiemorp wiempor wiempro
wiemrpo wiemrop wiepmor wiepmro wiepomr wieporm wieprom wieprmo wiermpo wiermop wierpmo
wierpom wieropm wieromp wiromep wirompe wiroemp wiroepm wiropem wiropme wirmoep wirmope
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wepiomr wepiorm wepimor wepimro wepirmo wepirom wepmior wepmiro wepmoir wepmori wepmroi
wepmrio weprimo wepriom weprmio weprmoi wepromi weproim weopimr weopirm weopmir weopmri
weoprmi weoprim weoipmr weoiprm weoimpr weoimrp weoirmp weoirpm weomipr weomirp weompir
weompri weomrpi weomrip weorimp weoripm weormip weormpi weorpmi weorpim weiopmr weioprm
weiompr weiomrp weiormp weiorpm weipomr weiporm weipmor weipmro weiprmo weiprom weimpor
weimpro weimopr weimorp weimrop weimrpo weirpmo weirpom weirmpo weirmop weiromp weiropm
wemoipr wemoirp wemopir wemopri wemorpi wemorip wemiopr wemiorp wemipor wemipro wemirpo
wemirop wempior wempiro wempoir wempori wemproi wemprio wemripo wemriop wemrpio wemrpoi
wemropi wemroip weroimp weroipm weromip werompi weropmi weropim weriomp weriopm werimop
werimpo weripmo weripom wermiop wermipo wermoip wermopi wermpoi wermpio werpimo werpiom
werpmio werpmoi werpomi werpoim wrpoiem wrpoime wrpoeim wrpoemi wrpomei wrpomie wrpioem
wrpiome wrpieom wrpiemo wrpimeo wrpimoe wrpeiom wrpeimo wrpeoim wrpeomi wrpemoi wrpemio
wrpmieo wrpmioe wrpmeio wrpmeoi wrpmoei wrpmoie wropiem wropime wropeim wropemi wropmei
wropmie wroipem wroipme wroiepm wroiemp wroimep wroimpe wroeipm wroeimp wroepim wroepmi
wroempi wroemip wromiep wromipe wromeip wromepi wrompei wrompie wriopem wriopme wrioepm
wrioemp wriomep wriompe wripoem wripome wripeom wripemo wripmeo wripmoe wriepom wriepmo
wrieopm wrieomp wriemop wriempo wrimpeo wrimpoe wrimepo wrimeop wrimoep wrimope wreoipm
wreoimp wreopim wreopmi wreompi wreomip wreiopm wreiomp wreipom wreipmo wreimpo wreimop
wrepiom wrepimo wrepoim wrepomi wrepmoi wrepmio wremipo wremiop wrempio wrempoi wremopi
wremoip wrmoiep wrmoipe wrmoeip wrmoepi wrmopei wrmopie wrmioep wrmiope wrmieop wrmiepo
wrmipeo wrmipoe wrmeiop wrmeipo wrmeoip wrmeopi wrmepoi wrmepio wrmpieo wrmpioe wrmpeio
wrmpeoi wrmpoei wrmpoie empowir empowri empoiwr empoirw emporiw emporwi empwoir empwori
empwior empwiro empwrio empwroi empiwor empiwro empiowr empiorw empirow empirwo emprwio
emprwoi empriwo empriow emproiw emprowi emopwir emopwri emopiwr emopirw emopriw emoprwi
emowpir emowpri emowipr emowirp emowrip emowrpi emoiwpr emoiwrp emoipwr emoiprw emoirpw
emoirwp emorwip emorwpi emoriwp emoripw emorpiw emorpwi emwopir emwopri emwoipr emwoirp
emworip emworpi emwpoir emwpori emwpior emwpiro emwprio emwproi emwipor emwipro emwiopr
emwiorp emwirop emwirpo emwrpio emwrpoi emwripo emwriop emwroip emwropi emiowpr emiowrp
emiopwr emioprw emiorpw emiorwp emiwopr emiworp emiwpor emiwpro emiwrpo emiwrop emipwor
emipwro emipowr emiporw emiprow emiprwo emirwpo emirwop emirpwo emirpow emiropw emirowp
emrowip emrowpi emroiwp emroipw emropiw emropwi emrwoip emrwopi emrwiop emrwipo emrwpio
emrwpoi emriwop emriwpo emriowp emriopw emripow emripwo emrpwio emrpwoi emrpiwo emrpiow
emrpoiw emrpowi epmowir epmowri epmoiwr epmoirw epmoriw epmorwi epmwoir epmwori epmwior
epmwiro epmwrio epmwroi epmiwor epmiwro epmiowr epmiorw epmirow epmirwo epmrwio epmrwoi
epmriwo epmriow epmroiw epmrowi epomwir epomwri epomiwr epomirw epomriw epomrwi epowmir
epowmri epowimr epowirm epowrim epowrmi epoiwmr epoiwrm epoimwr epoimrw epoirmw epoirwm
eporwim eporwmi eporiwm eporimw epormiw epormwi epwomir epwomri epwoimr epwoirm epworim
epwormi epwmoir epwmori epwmior epwmiro epwmrio epwmroi epwimor epwimro epwiomr epwiorm
epwirom epwirmo epwrmio epwrmoi epwrimo epwriom epwroim epwromi epiowmr epiowrm epiomwr
epiomrw epiormw epiorwm epiwomr epiworm epiwmor epiwmro epiwrmo epiwrom epimwor epimwro
epimowr epimorw epimrow epimrwo epirwmo epirwom epirmwo epirmow epiromw epirowm eprowim
eprowmi eproiwm eproimw epromiw epromwi eprwoim eprwomi eprwiom eprwimo eprwmio eprwmoi
epriwom epriwmo epriowm epriomw eprimow eprimwo eprmwio eprmwoi eprmiwo eprmiow eprmoiw
eprmowi eopmwir eopmwri eopmiwr eopmirw eopmriw eopmrwi eopwmir eopwmri eopwimr eopwirm
eopwrim eopwrmi eopiwmr eopiwrm eopimwr eopimrw eopirmw eopirwm eoprwim eoprwmi eopriwm
eoprimw eoprmiw eoprmwi eompwir eompwri eompiwr eompirw eompriw eomprwi eomwpir eomwpri
eomwipr eomwirp eomwrip eomwrpi eomiwpr eomiwrp eomipwr eomiprw eomirpw eomirwp eomrwip
eomrwpi eomriwp eomripw eomrpiw eomrpwi eowmpir eowmpri eowmipr eowmirp eowmrip eowmrpi
eowpmir eowpmri eowpimr eowpirm eowprim eowprmi eowipmr eowiprm eowimpr eowimrp eowirmp
eowirpm eowrpim eowrpmi eowripm eowrimp eowrmip eowrmpi eoimwpr eoimwrp eoimpwr eoimprw
eoimrpw eoimrwp eoiwmpr eoiwmrp eoiwpmr eoiwprm eoiwrpm eoiwrmp eoipwmr eoipwrm eoipmwr
eoipmrw eoiprmw eoiprwm eoirwpm eoirwmp eoirpwm eoirpmw eoirmpw eoirmwp eormwip eormwpi
eormiwp eormipw eormpiw eormpwi eorwmip eorwmpi eorwimp eorwipm eorwpim eorwpmi eoriwmp
eoriwpm eorimwp eorimpw eoripmw eoripwm eorpwim eorpwmi eorpiwm eorpimw eorpmiw eorpmwi
ewpomir ewpomri ewpoimr ewpoirm ewporim ewpormi ewpmoir ewpmori ewpmior ewpmiro ewpmrio
ewpmroi ewpimor ewpimro ewpiomr ewpiorm ewpirom ewpirmo ewprmio ewprmoi ewprimo ewpriom
ewproim ewpromi ewopmir ewopmri ewopimr ewopirm ewoprim ewoprmi ewompir ewompri ewomipr
ewomirp ewomrip ewomrpi ewoimpr ewoimrp ewoipmr ewoiprm ewoirpm ewoirmp ewormip ewormpi
eworimp eworipm eworpim eworpmi ewmopir ewmopri ewmoipr ewmoirp ewmorip ewmorpi ewmpoir
ewmpori ewmpior ewmpiro ewmprio ewmproi ewmipor ewmipro ewmiopr ewmiorp ewmirop ewmirpo
ewmrpio ewmrpoi ewmripo ewmriop ewmroip ewmropi ewiompr ewiomrp ewiopmr ewioprm ewiorpm
ewiormp ewimopr ewimorp ewimpor ewimpro ewimrpo ewimrop ewipmor ewipmro ewipomr ewiporm
ewiprom ewiprmo ewirmpo ewirmop ewirpmo ewirpom ewiropm ewiromp ewromip ewrompi ewroimp
ewroipm ewropim ewropmi ewrmoip ewrmopi ewrmiop ewrmipo ewrmpio ewrmpoi ewrimop ewrimpo
ewriomp ewriopm ewripom ewripmo ewrpmio ewrpmoi ewrpimo ewrpiom ewrpoim ewrpomi eipowmr
eipowrm eipomwr eipomrw eipormw eiporwm eipwomr eipworm eipwmor eipwmro eipwrmo eipwrom
eipmwor eipmwro eipmowr eipmorw eipmrow eipmrwo eiprwmo eiprwom eiprmwo eiprmow eipromw
eiprowm eiopwmr eiopwrm eiopmwr eiopmrw eioprmw eioprwm eiowpmr eiowprm eiowmpr eiowmrp
eiowrmp eiowrpm eiomwpr eiomwrp eiompwr eiomprw eiomrpw eiomrwp eiorwmp eiorwpm eiormwp
eiormpw eiorpmw eiorpwm eiwopmr eiwoprm eiwompr eiwomrp eiwormp eiworpm eiwpomr eiwporm
eiwpmor eiwpmro eiwprmo eiwprom eiwmpor eiwmpro eiwmopr eiwmorp eiwmrop eiwmrpo eiwrpmo
eiwrpom eiwrmpo eiwrmop eiwromp eiwropm eimowpr eimowrp eimopwr eimoprw eimorpw eimorwp
eimwopr eimworp eimwpor eimwpro eimwrpo eimwrop eimpwor eimpwro eimpowr eimporw eimprow
eimprwo eimrwpo eimrwop eimrpwo eimrpow eimropw eimrowp eirowmp eirowpm eiromwp eirompw
eiropmw eiropwm eirwomp eirwopm eirwmop eirwmpo eirwpmo eirwpom eirmwop eirmwpo eirmowp
eirmopw eirmpow eirmpwo eirpwmo eirpwom eirpmwo eirpmow eirpomw eirpowm erpowim erpowmi
erpoiwm erpoimw erpomiw erpomwi erpwoim erpwomi erpwiom erpwimo erpwmio erpwmoi erpiwom
erpiwmo erpiowm erpiomw erpimow erpimwo erpmwio erpmwoi erpmiwo erpmiow erpmoiw erpmowi
eropwim eropwmi eropiwm eropimw eropmiw eropmwi erowpim erowpmi erowipm erowimp erowmip
erowmpi eroiwpm eroiwmp eroipwm eroipmw eroimpw eroimwp eromwip eromwpi eromiwp eromipw
erompiw erompwi erwopim erwopmi erwoipm erwoimp erwomip erwompi erwpoim erwpomi erwpiom
erwpimo erwpmio erwpmoi erwipom erwipmo erwiopm erwiomp erwimop erwimpo erwmpio erwmpoi
erwmipo erwmiop erwmoip erwmopi eriowpm eriowmp eriopwm eriopmw eriompw eriomwp eriwopm
eriwomp eriwpom eriwpmo eriwmpo eriwmop eripwom eripwmo eripowm eripomw eripmow eripmwo
erimwpo erimwop erimpwo erimpow erimopw erimowp ermowip ermowpi ermoiwp ermoipw ermopiw
ermopwi ermwoip ermwopi ermwiop ermwipo ermwpio ermwpoi ermiwop ermiwpo ermiowp ermiopw
ermipow ermipwo ermpwio ermpwoi ermpiwo ermpiow ermpoiw ermpowi rmpowei rmpowie rmpoewi
rmpoeiw rmpoiew rmpoiwe rmpwoei rmpwoie rmpweoi rmpweio rmpwieo rmpwioe rmpewoi rmpewio
rmpeowi rmpeoiw rmpeiow rmpeiwo rmpiweo rmpiwoe rmpiewo rmpieow rmpioew rmpiowe rmopwei
rmopwie rmopewi rmopeiw rmopiew rmopiwe rmowpei rmowpie rmowepi rmoweip rmowiep rmowipe
rmoewpi rmoewip rmoepwi rmoepiw rmoeipw rmoeiwp rmoiwep rmoiwpe rmoiewp rmoiepw rmoipew
rmoipwe rmwopei rmwopie rmwoepi rmwoeip rmwoiep rmwoipe rmwpoei rmwpoie rmwpeoi rmwpeio
rmwpieo rmwpioe rmwepoi rmwepio rmweopi rmweoip rmweiop rmweipo rmwipeo rmwipoe rmwiepo
rmwieop rmwioep rmwiope rmeowpi rmeowip rmeopwi rmeopiw rmeoipw rmeoiwp rmewopi rmewoip
rmewpoi rmewpio rmewipo rmewiop rmepwoi rmepwio rmepowi rmepoiw rmepiow rmepiwo rmeiwpo
rmeiwop rmeipwo rmeipow rmeiopw rmeiowp rmiowep rmiowpe rmioewp rmioepw rmiopew rmiopwe
rmiwoep rmiwope rmiweop rmiwepo rmiwpeo rmiwpoe rmiewop rmiewpo rmieowp rmieopw rmiepow
rmiepwo rmipweo rmipwoe rmipewo rmipeow rmipoew rmipowe rpmowei rpmowie rpmoewi rpmoeiw
rpmoiew rpmoiwe rpmwoei rpmwoie rpmweoi rpmweio rpmwieo rpmwioe rpmewoi rpmewio rpmeowi
rpmeoiw rpmeiow rpmeiwo rpmiweo rpmiwoe rpmiewo rpmieow rpmioew rpmiowe rpomwei rpomwie
rpomewi rpomeiw rpomiew rpomiwe rpowmei rpowmie rpowemi rpoweim rpowiem rpowime rpoewmi
rpoewim rpoemwi rpoemiw rpoeimw rpoeiwm rpoiwem rpoiwme rpoiewm rpoiemw rpoimew rpoimwe
rpwomei rpwomie rpwoemi rpwoeim rpwoiem rpwoime rpwmoei rpwmoie rpwmeoi rpwmeio rpwmieo
rpwmioe rpwemoi rpwemio rpweomi rpweoim rpweiom rpweimo rpwimeo rpwimoe rpwiemo rpwieom
rpwioem rpwiome rpeowmi rpeowim rpeomwi rpeomiw rpeoimw rpeoiwm rpewomi rpewoim rpewmoi
rpewmio rpewimo rpewiom rpemwoi rpemwio rpemowi rpemoiw rpemiow rpemiwo rpeiwmo rpeiwom
rpeimwo rpeimow rpeiomw rpeiowm rpiowem rpiowme rpioewm rpioemw rpiomew rpiomwe rpiwoem
rpiwome rpiweom rpiwemo rpiwmeo rpiwmoe rpiewom rpiewmo rpieowm rpieomw rpiemow rpiemwo
rpimweo rpimwoe rpimewo rpimeow rpimoew rpimowe ropmwei ropmwie ropmewi ropmeiw ropmiew
ropmiwe ropwmei ropwmie ropwemi ropweim ropwiem ropwime ropewmi ropewim ropemwi ropemiw
ropeimw ropeiwm ropiwem ropiwme ropiewm ropiemw ropimew ropimwe rompwei rompwie rompewi
rompeiw rompiew rompiwe romwpei romwpie romwepi romweip romwiep romwipe romewpi romewip
romepwi romepiw romeipw romeiwp romiwep romiwpe romiewp romiepw romipew romipwe rowmpei
rowmpie rowmepi rowmeip rowmiep rowmipe rowpmei rowpmie rowpemi rowpeim rowpiem rowpime
rowepmi rowepim rowempi rowemip roweimp roweipm rowipem rowipme rowiepm rowiemp rowimep
rowimpe roemwpi roemwip roempwi roempiw roemipw roemiwp roewmpi roewmip roewpmi roewpim
roewipm roewimp roepwmi roepwim roepmwi roepmiw roepimw roepiwm roeiwpm roeiwmp roeipwm
roeipmw roeimpw roeimwp roimwep roimwpe roimewp roimepw roimpew roimpwe roiwmep roiwmpe
roiwemp roiwepm roiwpem roiwpme roiewmp roiewpm roiemwp roiempw roiepmw roiepwm roipwem
roipwme roipewm roipemw roipmew roipmwe rwpomei rwpomie rwpoemi rwpoeim rwpoiem rwpoime
rwpmoei rwpmoie rwpmeoi rwpmeio rwpmieo rwpmioe rwpemoi rwpemio rwpeomi rwpeoim rwpeiom
rwpeimo rwpimeo rwpimoe rwpiemo rwpieom rwpioem rwpiome rwopmei rwopmie rwopemi rwopeim
rwopiem rwopime rwompei rwompie rwomepi rwomeip rwomiep rwomipe rwoempi rwoemip rwoepmi
rwoepim rwoeipm rwoeimp rwoimep rwoimpe rwoiemp rwoiepm rwoipem rwoipme rwmopei rwmopie
rwmoepi rwmoeip rwmoiep rwmoipe rwmpoei rwmpoie rwmpeoi rwmpeio rwmpieo rwmpioe rwmepoi
rwmepio rwmeopi rwmeoip rwmeiop rwmeipo rwmipeo rwmipoe rwmiepo rwmieop rwmioep rwmiope
rweompi rweomip rweopmi rweopim rweoipm rweoimp rwemopi rwemoip rwempoi rwempio rwemipo
rwemiop rwepmoi rwepmio rwepomi rwepoim rwepiom rwepimo rweimpo rweimop rweipmo rweipom
rweiopm rweiomp rwiomep rwiompe rwioemp rwioepm rwiopem rwiopme rwimoep rwimope rwimeop
rwimepo rwimpeo rwimpoe rwiemop rwiempo rwieomp rwieopm rwiepom rwiepmo rwipmeo rwipmoe
rwipemo rwipeom rwipoem rwipome repowmi repowim repomwi repomiw repoimw repoiwm repwomi
repwoim repwmoi repwmio repwimo repwiom repmwoi repmwio repmowi repmoiw repmiow repmiwo
repiwmo repiwom repimwo repimow repiomw repiowm reopwmi reopwim reopmwi reopmiw reopimw
reopiwm reowpmi reowpim reowmpi reowmip reowimp reowipm reomwpi reomwip reompwi reompiw
reomipw reomiwp reoiwmp reoiwpm reoimwp reoimpw reoipmw reoipwm rewopmi rewopim rewompi
rewomip rewoimp rewoipm rewpomi rewpoim rewpmoi rewpmio rewpimo rewpiom rewmpoi rewmpio
rewmopi rewmoip rewmiop rewmipo rewipmo rewipom rewimpo rewimop rewiomp rewiopm remowpi
remowip remopwi remopiw remoipw remoiwp remwopi remwoip remwpoi remwpio remwipo remwiop
rempwoi rempwio rempowi rempoiw rempiow rempiwo remiwpo remiwop remipwo remipow remiopw
remiowp reiowmp reiowpm reiomwp reiompw reiopmw reiopwm reiwomp reiwopm reiwmop reiwmpo
reiwpmo reiwpom reimwop reimwpo reimowp reimopw reimpow reimpwo reipwmo reipwom reipmwo
reipmow reipomw reipowm ripowem ripowme ripoewm ripoemw ripomew ripomwe ripwoem ripwome
ripweom ripwemo ripwmeo ripwmoe ripewom ripewmo ripeowm ripeomw ripemow ripemwo ripmweo
ripmwoe ripmewo ripmeow ripmoew ripmowe riopwem riopwme riopewm riopemw riopmew riopmwe
riowpem riowpme riowepm riowemp riowmep riowmpe rioewpm rioewmp rioepwm rioepmw rioempw
rioemwp riomwep riomwpe riomewp riomepw riompew riompwe riwopem riwopme riwoepm riwoemp
riwomep riwompe riwpoem riwpome riwpeom riwpemo riwpmeo riwpmoe riwepom riwepmo riweopm
riweomp riwemop riwempo riwmpeo riwmpoe riwmepo riwmeop riwmoep riwmope rieowpm rieowmp
rieopwm rieopmw rieompw rieomwp riewopm riewomp riewpom riewpmo riewmpo riewmop riepwom
riepwmo riepowm riepomw riepmow riepmwo riemwpo riemwop riempwo riempow riemopw riemowp
rimowep rimowpe rimoewp rimoepw rimopew rimopwe rimwoep rimwope rimweop rimwepo rimwpeo
rimwpoe rimewop rimewpo rimeowp rimeopw rimepow rimepwo rimpweo rimpwoe rimpewo rimpeow
rimpoew rimpowe

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History of cryptography
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