easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

praecipitanteque

gentlenesses

interlucent

tubifacient

firebugs

luminosities

angelis

bigod

artist

kettledrummer

diospyraceae

goldston

banishing

ochrous

languor

uirilisque

outcavil

erasure


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: unwiser
cipher variations:
voxjtfs wpykugt xqzlvhu yramwiv zsbnxjw
atcoykx budpzly cveqamz dwfrbna exgscob
fyhtdpc gziueqd hajvfre ibkwgsf jclxhtg
kdmyiuh lenzjvi mfoakwj ngpblxk ohqcmyl
pirdnzm qjseoan rktfpbo slugqcp tmvhrdq

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: unwiser
Cipher: fmdrhvi

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: unwiser
Cipher: BAABB ABBAA BABAA ABAAA BAAAB AABAA BAAAA

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: unwiser
cipher variations:
voxjtfsjopzdnaxohpnvilozfxdqzorvhlynojlrtgpotrljwdolhvre
rodxfzmfovnphutondzpchoftjxkwpykugtkpqaeobypiqowjmpagyer
apswimzopkmsuhqpusmkxepmiwsfspeygangpwoqivupoeaqdipgukyl
xqzlvhulqrbfpczqjrpxknqbhzfsbqtxjnapqlntvirqvtnlyfqnjxtg
tqfzhbohqxprjwvqpfbrejqhvlzmyramwivmrscgqdarksqylorciagt
cruykobqrmouwjsrwuomzgrokyuhurgaicpiryqskxwrqgcsfkriwman
zsbnxjwnstdhrebsltrzmpsdjbhudsvzlpcrsnpvxktsxvpnahsplzvi
vshbjdqjszrtlyxsrhdtglsjxnboatcoykxotueisfctmusanqtekciv
etwamqdstoqwylutywqobitqmawjwtickerktasumzytsieuhmtkyocp
budpzlypuvfjtgdunvtborufldjwfuxbnretuprxzmvuzxrpcjurnbxk
xujdlfslubtvnazutjfvinulzpdqcveqamzqvwgkuhevowucpsvgmekx
gvycosfuvqsyanwvaysqdkvsocylyvkemgtmvcuwobavukgwjovmaqer
dwfrbnarwxhlvifwpxvdqtwhnflyhwzdptgvwrtzboxwbztrelwtpdzm
zwlfnhunwdvxpcbwvlhxkpwnbrfsexgscobsxyimwjgxqyweruxiogmz
ixaequhwxsuacpyxcausfmxuqeanaxmgoivoxewyqdcxwmiylqxocsgt
fyhtdpctyzjnxkhyrzxfsvyjphnajybfrvixytvbdqzydbvtgnyvrfbo
bynhpjwpyfxzredyxnjzmrypdthugziueqduzakoylizsaygtwzkqiob
kzcgswjyzuwcerazecwuhozwsgcpczoiqkxqzgyasfezyokanszqeuiv
hajvfrevablpzmjatbzhuxalrjpcladhtxkzavxdfsbafdxvipaxthdq
dapjrlyrahzbtgfazplbotarfvjwibkwgsfwbcmqankbucaivybmskqd
mbeiuylabwyegtcbgeywjqbyuierebqksmzsbiacuhgbaqmcpubsgwkx
jclxhtgxcdnrbolcvdbjwzcntlrencfjvzmbcxzfhudchfzxkrczvjfs
fcrltnatcjbdvihcbrndqvcthxlykdmyiuhydeoscpmdweckxadoumsf
odgkwancdyagivedigaylsdawkgtgdsmuobudkcewjidcsoerwduiymz
lenzjvizefptdqnexfdlybepvntgpehlxbodezbhjwfejhbzmtebxlhu
hetnvpcveldfxkjedtpfsxevjznamfoakwjafgquerofygemzcfqwouh
qfimycpefacikxgfkicanufcymivifuowqdwfmegylkfeuqgtyfwkaob
ngpblxkbghrvfspgzhfnadgrxpvirgjnzdqfgbdjlyhgljdbovgdznjw
jgvpxrexgnfhzmlgfvrhuzgxlbpcohqcmylchiswgtqhaigobehsyqwj
shkoaerghcekmzihmkecpwheaokxkhwqysfyhogianmhgwsivahymcqd
pirdnzmdijtxhuribjhpcfitzrxktilpbfshidflnajinlfdqxifbply
lixrztgziphjbonihxtjwbizndreqjseoanejkuyivsjckiqdgjuasyl
ujmqcgtijegmobkjomgeryjgcqmzmjysauhajqikcpojiyukxcjaoesf
rktfpbofklvzjwtkdljrehkvbtzmvknrdhujkfhnpclkpnhfszkhdrna
nkztbvibkrjldqpkjzvlydkbpftgslugqcpglmwakxulemksfilwcuan
wloseivklgioqdmlqoigtaliesobolaucwjclskmerqlkawmzelcqguh
tmvhrdqhmnxblyvmfnltgjmxdvboxmptfjwlmhjprenmrpjhubmjftpc
pmbvdxkdmtlnfsrmlbxnafmdrhviunwiserinoycmzwngomuhknyewcp
ynqugkxmnikqsfonsqkivcnkguqdqncweylenumogtsnmcyobgnesiwj

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: unwiser
Cipher: hajvfre

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: unwiser
Cipher: 54332542345124

Extended Methods:
Method #1

Plaintext: unwiser
method variations:
zsboxkwexgtcpbkcmyhugphrdnzm

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
u n w i s e r 
5 3 2 4 3 5 2 
4 3 5 2 4 1 4 
They are then read out in rows:
53243524352414
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: unwiser
Cipher: prxrxrq

Read more ...
Method #3

Plaintext: unwiser
method variations:
ohumyfy humyfyo umyfyoh
myfyohu yfyohum fyohumy
yohumyf

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: unwiser

all 5040 cipher variations:
unwiser unwisre unwiesr unwiers unwires unwirse unwsier unwsire unwseir unwseri unwsrei
unwsrie unwesir unwesri unweisr unweirs unweris unwersi unwrsei unwrsie unwresi unwreis
unwries unwrise uniwser uniwsre uniwesr uniwers uniwres uniwrse uniswer uniswre unisewr
uniserw unisrew unisrwe unieswr uniesrw uniewsr uniewrs unierws uniersw unirsew unirswe
uniresw unirews unirwes unirwse unsiwer unsiwre unsiewr unsierw unsirew unsirwe unswier
unswire unsweir unsweri unswrei unswrie unsewir unsewri unseiwr unseirw unseriw unserwi
unsrwei unsrwie unsrewi unsreiw unsriew unsriwe uneiswr uneisrw uneiwsr uneiwrs uneirws
uneirsw unesiwr unesirw uneswir uneswri unesrwi unesriw unewsir unewsri unewisr unewirs
unewris unewrsi unerswi unersiw unerwsi unerwis uneriws unerisw unrisew unriswe unriesw
unriews unriwes unriwse unrsiew unrsiwe unrseiw unrsewi unrswei unrswie unresiw unreswi
unreisw unreiws unrewis unrewsi unrwsei unrwsie unrwesi unrweis unrwies unrwise uwniser
uwnisre uwniesr uwniers uwnires uwnirse uwnsier uwnsire uwnseir uwnseri uwnsrei uwnsrie
uwnesir uwnesri uwneisr uwneirs uwneris uwnersi uwnrsei uwnrsie uwnresi uwnreis uwnries
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newsrui newsriu newusir newusri newuisr newuirs newuris newursi newrsui newrsiu newrusi
newruis newrius newrisu neiwsur neiwsru neiwusr neiwurs neiwrus neiwrsu neiswur neiswru
neisuwr neisurw neisruw neisrwu neiuswr neiusrw neiuwsr neiuwrs neiurws neiursw neirsuw
neirswu neirusw neiruws neirwus neirwsu nesiwur nesiwru nesiuwr nesiurw nesiruw nesirwu
neswiur neswiru neswuir neswuri neswrui neswriu nesuwir nesuwri nesuiwr nesuirw nesuriw
nesurwi nesrwui nesrwiu nesruwi nesruiw nesriuw nesriwu neuiswr neuisrw neuiwsr neuiwrs
neuirws neuirsw neusiwr neusirw neuswir neuswri neusrwi neusriw neuwsir neuwsri neuwisr
neuwirs neuwris neuwrsi neurswi neursiw neurwsi neurwis neuriws neurisw nerisuw neriswu
neriusw neriuws neriwus neriwsu nersiuw nersiwu nersuiw nersuwi nerswui nerswiu nerusiw
neruswi neruisw neruiws neruwis neruwsi nerwsui nerwsiu nerwusi nerwuis nerwius nerwisu
nrwiseu nrwisue nrwiesu nrwieus nrwiues nrwiuse nrwsieu nrwsiue nrwseiu nrwseui nrwsuei
nrwsuie nrwesiu nrwesui nrweisu nrweius nrweuis nrweusi nrwusei nrwusie nrwuesi nrwueis
nrwuies nrwuise nriwseu nriwsue nriwesu nriweus nriwues nriwuse nrisweu nriswue nrisewu
nriseuw nrisuew nrisuwe nrieswu nriesuw nriewsu nriewus nrieuws nrieusw nriusew nriuswe
nriuesw nriuews nriuwes nriuwse nrsiweu nrsiwue nrsiewu nrsieuw nrsiuew nrsiuwe nrswieu
nrswiue nrsweiu nrsweui nrswuei nrswuie nrsewiu nrsewui nrseiwu nrseiuw nrseuiw nrseuwi
nrsuwei nrsuwie nrsuewi nrsueiw nrsuiew nrsuiwe nreiswu nreisuw nreiwsu nreiwus nreiuws
nreiusw nresiwu nresiuw nreswiu nreswui nresuwi nresuiw nrewsiu nrewsui nrewisu nrewius
nrewuis nrewusi nreuswi nreusiw nreuwsi nreuwis nreuiws nreuisw nruisew nruiswe nruiesw
nruiews nruiwes nruiwse nrusiew nrusiwe nruseiw nrusewi nruswei nruswie nruesiw nrueswi
nrueisw nrueiws nruewis nruewsi nruwsei nruwsie nruwesi nruweis nruwies nruwise wnuiser
wnuisre wnuiesr wnuiers wnuires wnuirse wnusier wnusire wnuseir wnuseri wnusrei wnusrie
wnuesir wnuesri wnueisr wnueirs wnueris wnuersi wnursei wnursie wnuresi wnureis wnuries
wnurise wniuser wniusre wniuesr wniuers wniures wniurse wnisuer wnisure wniseur wniseru
wnisreu wnisrue wniesur wniesru wnieusr wnieurs wnierus wniersu wnirseu wnirsue wniresu
wnireus wnirues wniruse wnsiuer wnsiure wnsieur wnsieru wnsireu wnsirue wnsuier wnsuire
wnsueir wnsueri wnsurei wnsurie wnseuir wnseuri wnseiur wnseiru wnseriu wnserui wnsruei
wnsruie wnsreui wnsreiu wnsrieu wnsriue wneisur wneisru wneiusr wneiurs wneirus wneirsu
wnesiur wnesiru wnesuir wnesuri wnesrui wnesriu wneusir wneusri wneuisr wneuirs wneuris
wneursi wnersui wnersiu wnerusi wneruis wnerius wnerisu wnriseu wnrisue wnriesu wnrieus
wnriues wnriuse wnrsieu wnrsiue wnrseiu wnrseui wnrsuei wnrsuie wnresiu wnresui wnreisu
wnreius wnreuis wnreusi wnrusei wnrusie wnruesi wnrueis wnruies wnruise wuniser wunisre
wuniesr wuniers wunires wunirse wunsier wunsire wunseir wunseri wunsrei wunsrie wunesir
wunesri wuneisr wuneirs wuneris wunersi wunrsei wunrsie wunresi wunreis wunries wunrise
wuinser wuinsre wuinesr wuiners wuinres wuinrse wuisner wuisnre wuisenr wuisern wuisren
wuisrne wuiesnr wuiesrn wuiensr wuienrs wuierns wuiersn wuirsen wuirsne wuiresn wuirens
wuirnes wuirnse wusiner wusinre wusienr wusiern wusiren wusirne wusnier wusnire wusneir
wusneri wusnrei wusnrie wusenir wusenri wuseinr wuseirn wuserin wuserni wusrnei wusrnie
wusreni wusrein wusrien wusrine wueisnr wueisrn wueinsr wueinrs wueirns wueirsn wuesinr
wuesirn wuesnir wuesnri wuesrni wuesrin wuensir wuensri wuenisr wuenirs wuenris wuenrsi
wuersni wuersin wuernsi wuernis wuerins wuerisn wurisen wurisne wuriesn wuriens wurines
wurinse wursien wursine wursein wurseni wursnei wursnie wuresin wuresni wureisn wureins
wurenis wurensi wurnsei wurnsie wurnesi wurneis wurnies wurnise wiunser wiunsre wiunesr
wiuners wiunres wiunrse wiusner wiusnre wiusenr wiusern wiusren wiusrne wiuesnr wiuesrn
wiuensr wiuenrs wiuerns wiuersn wiursen wiursne wiuresn wiurens wiurnes wiurnse winuser
winusre winuesr winuers winures winurse winsuer winsure winseur winseru winsreu winsrue
winesur winesru wineusr wineurs winerus winersu winrseu winrsue winresu winreus winrues
winruse wisnuer wisnure wisneur wisneru wisnreu wisnrue wisuner wisunre wisuenr wisuern
wisuren wisurne wiseunr wiseurn wisenur wisenru wisernu wiserun wisruen wisrune wisreun
wisrenu wisrneu wisrnue wiensur wiensru wienusr wienurs wienrus wienrsu wiesnur wiesnru
wiesunr wiesurn wiesrun wiesrnu wieusnr wieusrn wieunsr wieunrs wieurns wieursn wiersun
wiersnu wierusn wieruns wiernus wiernsu wirnseu wirnsue wirnesu wirneus wirnues wirnuse
wirsneu wirsnue wirsenu wirseun wirsuen wirsune wiresnu wiresun wirensu wirenus wireuns
wireusn wirusen wirusne wiruesn wiruens wirunes wirunse wsuiner wsuinre wsuienr wsuiern
wsuiren wsuirne wsunier wsunire wsuneir wsuneri wsunrei wsunrie wsuenir wsuenri wsueinr
wsueirn wsuerin wsuerni wsurnei wsurnie wsureni wsurein wsurien wsurine wsiuner wsiunre
wsiuenr wsiuern wsiuren wsiurne wsinuer wsinure wsineur wsineru wsinreu wsinrue wsienur
wsienru wsieunr wsieurn wsierun wsiernu wsirneu wsirnue wsirenu wsireun wsiruen wsirune
wsniuer wsniure wsnieur wsnieru wsnireu wsnirue wsnuier wsnuire wsnueir wsnueri wsnurei
wsnurie wsneuir wsneuri wsneiur wsneiru wsneriu wsnerui wsnruei wsnruie wsnreui wsnreiu
wsnrieu wsnriue wseinur wseinru wseiunr wseiurn wseirun wseirnu wseniur wseniru wsenuir
wsenuri wsenrui wsenriu wseunir wseunri wseuinr wseuirn wseurin wseurni wsernui wserniu
wseruni wseruin wseriun wserinu wsrineu wsrinue wsrienu wsrieun wsriuen wsriune wsrnieu
wsrniue wsrneiu wsrneui wsrnuei wsrnuie wsreniu wsrenui wsreinu wsreiun wsreuin wsreuni
wsrunei wsrunie wsrueni wsruein wsruien wsruine weuisnr weuisrn weuinsr weuinrs weuirns
weuirsn weusinr weusirn weusnir weusnri weusrni weusrin weunsir weunsri weunisr weunirs
weunris weunrsi weursni weursin weurnsi weurnis weurins weurisn weiusnr weiusrn weiunsr
weiunrs weiurns weiursn weisunr weisurn weisnur weisnru weisrnu weisrun weinsur weinsru
weinusr weinurs weinrus weinrsu weirsnu weirsun weirnsu weirnus weiruns weirusn wesiunr
wesiurn wesinur wesinru wesirnu wesirun wesuinr wesuirn wesunir wesunri wesurni wesurin
wesnuir wesnuri wesniur wesniru wesnriu wesnrui wesruni wesruin wesrnui wesrniu wesrinu
wesriun wenisur wenisru weniusr weniurs wenirus wenirsu wensiur wensiru wensuir wensuri
wensrui wensriu wenusir wenusri wenuisr wenuirs wenuris wenursi wenrsui wenrsiu wenrusi
wenruis wenrius wenrisu werisnu werisun werinsu werinus weriuns weriusn wersinu wersiun
wersniu wersnui wersuni wersuin wernsiu wernsui wernisu wernius wernuis wernusi werusni
werusin werunsi werunis weruins weruisn wruisen wruisne wruiesn wruiens wruines wruinse
wrusien wrusine wrusein wruseni wrusnei wrusnie wruesin wruesni wrueisn wrueins wruenis
wruensi wrunsei wrunsie wrunesi wruneis wrunies wrunise wriusen wriusne wriuesn wriuens
wriunes wriunse wrisuen wrisune wriseun wrisenu wrisneu wrisnue wriesun wriesnu wrieusn
wrieuns wrienus wriensu wrinseu wrinsue wrinesu wrineus wrinues wrinuse wrsiuen wrsiune
wrsieun wrsienu wrsineu wrsinue wrsuien wrsuine wrsuein wrsueni wrsunei wrsunie wrseuin
wrseuni wrseiun wrseinu wrseniu wrsenui wrsnuei wrsnuie wrsneui wrsneiu wrsnieu wrsniue
wreisun wreisnu wreiusn wreiuns wreinus wreinsu wresiun wresinu wresuin wresuni wresnui
wresniu wreusin wreusni wreuisn wreuins wreunis wreunsi wrensui wrensiu wrenusi wrenuis
wrenius wrenisu wrniseu wrnisue wrniesu wrnieus wrniues wrniuse wrnsieu wrnsiue wrnseiu
wrnseui wrnsuei wrnsuie wrnesiu wrnesui wrneisu wrneius wrneuis wrneusi wrnusei wrnusie
wrnuesi wrnueis wrnuies wrnuise inwuser inwusre inwuesr inwuers inwures inwurse inwsuer
inwsure inwseur inwseru inwsreu inwsrue inwesur inwesru inweusr inweurs inwerus inwersu
inwrseu inwrsue inwresu inwreus inwrues inwruse inuwser inuwsre inuwesr inuwers inuwres
inuwrse inuswer inuswre inusewr inuserw inusrew inusrwe inueswr inuesrw inuewsr inuewrs
inuerws inuersw inursew inurswe inuresw inurews inurwes inurwse insuwer insuwre insuewr
insuerw insurew insurwe inswuer inswure insweur insweru inswreu inswrue insewur insewru
inseuwr inseurw inseruw inserwu insrweu insrwue insrewu insreuw insruew insruwe ineuswr
ineusrw ineuwsr ineuwrs ineurws ineursw inesuwr inesurw ineswur ineswru inesrwu inesruw
inewsur inewsru inewusr inewurs inewrus inewrsu inerswu inersuw inerwsu inerwus ineruws
inerusw inrusew inruswe inruesw inruews inruwes inruwse inrsuew inrsuwe inrseuw inrsewu
inrsweu inrswue inresuw inreswu inreusw inreuws inrewus inrewsu inrwseu inrwsue inrwesu
inrweus inrwues inrwuse iwnuser iwnusre iwnuesr iwnuers iwnures iwnurse iwnsuer iwnsure
iwnseur iwnseru iwnsreu iwnsrue iwnesur iwnesru iwneusr iwneurs iwnerus iwnersu iwnrseu
iwnrsue iwnresu iwnreus iwnrues iwnruse iwunser iwunsre iwunesr iwuners iwunres iwunrse
iwusner iwusnre iwusenr iwusern iwusren iwusrne iwuesnr iwuesrn iwuensr iwuenrs iwuerns
iwuersn iwursen iwursne iwuresn iwurens iwurnes iwurnse iwsuner iwsunre iwsuenr iwsuern
iwsuren iwsurne iwsnuer iwsnure iwsneur iwsneru iwsnreu iwsnrue iwsenur iwsenru iwseunr
iwseurn iwserun iwsernu iwsrneu iwsrnue iwsrenu iwsreun iwsruen iwsrune iweusnr iweusrn
iweunsr iweunrs iweurns iweursn iwesunr iwesurn iwesnur iwesnru iwesrnu iwesrun iwensur
iwensru iwenusr iwenurs iwenrus iwenrsu iwersnu iwersun iwernsu iwernus iweruns iwerusn
iwrusen iwrusne iwruesn iwruens iwrunes iwrunse iwrsuen iwrsune iwrseun iwrsenu iwrsneu
iwrsnue iwresun iwresnu iwreusn iwreuns iwrenus iwrensu iwrnseu iwrnsue iwrnesu iwrneus
iwrnues iwrnuse iuwnser iuwnsre iuwnesr iuwners iuwnres iuwnrse iuwsner iuwsnre iuwsenr
iuwsern iuwsren iuwsrne iuwesnr iuwesrn iuwensr iuwenrs iuwerns iuwersn iuwrsen iuwrsne
iuwresn iuwrens iuwrnes iuwrnse iunwser iunwsre iunwesr iunwers iunwres iunwrse iunswer
iunswre iunsewr iunserw iunsrew iunsrwe iuneswr iunesrw iunewsr iunewrs iunerws iunersw
iunrsew iunrswe iunresw iunrews iunrwes iunrwse iusnwer iusnwre iusnewr iusnerw iusnrew
iusnrwe iuswner iuswnre iuswenr iuswern iuswren iuswrne iusewnr iusewrn iusenwr iusenrw
iusernw iuserwn iusrwen iusrwne iusrewn iusrenw iusrnew iusrnwe iuenswr iuensrw iuenwsr
iuenwrs iuenrws iuenrsw iuesnwr iuesnrw iueswnr iueswrn iuesrwn iuesrnw iuewsnr iuewsrn
iuewnsr iuewnrs iuewrns iuewrsn iuerswn iuersnw iuerwsn iuerwns iuernws iuernsw iurnsew
iurnswe iurnesw iurnews iurnwes iurnwse iursnew iursnwe iursenw iursewn iurswen iurswne
iuresnw iureswn iurensw iurenws iurewns iurewsn iurwsen iurwsne iurwesn iurwens iurwnes
iurwnse iswuner iswunre iswuenr iswuern iswuren iswurne iswnuer iswnure iswneur iswneru
iswnreu iswnrue iswenur iswenru isweunr isweurn iswerun iswernu iswrneu iswrnue iswrenu
iswreun iswruen iswrune isuwner isuwnre isuwenr isuwern isuwren isuwrne isunwer isunwre
isunewr isunerw isunrew isunrwe isuenwr isuenrw isuewnr isuewrn isuerwn isuernw isurnew
isurnwe isurenw isurewn isurwen isurwne isnuwer isnuwre isnuewr isnuerw isnurew isnurwe
isnwuer isnwure isnweur isnweru isnwreu isnwrue isnewur isnewru isneuwr isneurw isneruw
isnerwu isnrweu isnrwue isnrewu isnreuw isnruew isnruwe iseunwr iseunrw iseuwnr iseuwrn
iseurwn iseurnw isenuwr isenurw isenwur isenwru isenrwu isenruw isewnur isewnru isewunr
isewurn isewrun isewrnu isernwu isernuw iserwnu iserwun iseruwn iserunw isrunew isrunwe
isruenw isruewn isruwen isruwne isrnuew isrnuwe isrneuw isrnewu isrnweu isrnwue isrenuw
isrenwu isreunw isreuwn isrewun isrewnu isrwneu isrwnue isrwenu isrweun isrwuen isrwune
iewusnr iewusrn iewunsr iewunrs iewurns iewursn iewsunr iewsurn iewsnur iewsnru iewsrnu
iewsrun iewnsur iewnsru iewnusr iewnurs iewnrus iewnrsu iewrsnu iewrsun iewrnsu iewrnus
iewruns iewrusn ieuwsnr ieuwsrn ieuwnsr ieuwnrs ieuwrns ieuwrsn ieuswnr ieuswrn ieusnwr
ieusnrw ieusrnw ieusrwn ieunswr ieunsrw ieunwsr ieunwrs ieunrws ieunrsw ieursnw ieurswn
ieurnsw ieurnws ieurwns ieurwsn iesuwnr iesuwrn iesunwr iesunrw iesurnw iesurwn ieswunr
ieswurn ieswnur ieswnru ieswrnu ieswrun iesnwur iesnwru iesnuwr iesnurw iesnruw iesnrwu
iesrwnu iesrwun iesrnwu iesrnuw iesrunw iesruwn ienuswr ienusrw ienuwsr ienuwrs ienurws
ienursw iensuwr iensurw ienswur ienswru iensrwu iensruw ienwsur ienwsru ienwusr ienwurs
ienwrus ienwrsu ienrswu ienrsuw ienrwsu ienrwus ienruws ienrusw ierusnw ieruswn ierunsw
ierunws ieruwns ieruwsn iersunw iersuwn iersnuw iersnwu ierswnu ierswun iernsuw iernswu
iernusw iernuws iernwus iernwsu ierwsnu ierwsun ierwnsu ierwnus ierwuns ierwusn irwusen
irwusne irwuesn irwuens irwunes irwunse irwsuen irwsune irwseun irwsenu irwsneu irwsnue
irwesun irwesnu irweusn irweuns irwenus irwensu irwnseu irwnsue irwnesu irwneus irwnues
irwnuse iruwsen iruwsne iruwesn iruwens iruwnes iruwnse iruswen iruswne irusewn irusenw
irusnew irusnwe irueswn iruesnw iruewsn iruewns iruenws iruensw irunsew irunswe irunesw
irunews irunwes irunwse irsuwen irsuwne irsuewn irsuenw irsunew irsunwe irswuen irswune
irsweun irswenu irswneu irswnue irsewun irsewnu irseuwn irseunw irsenuw irsenwu irsnweu
irsnwue irsnewu irsneuw irsnuew irsnuwe ireuswn ireusnw ireuwsn ireuwns ireunws ireunsw
iresuwn iresunw ireswun ireswnu iresnwu iresnuw irewsun irewsnu irewusn irewuns irewnus
irewnsu irenswu irensuw irenwsu irenwus irenuws irenusw irnusew irnuswe irnuesw irnuews
irnuwes irnuwse irnsuew irnsuwe irnseuw irnsewu irnsweu irnswue irnesuw irneswu irneusw
irneuws irnewus irnewsu irnwseu irnwsue irnwesu irnweus irnwues irnwuse snwiuer snwiure
snwieur snwieru snwireu snwirue snwuier snwuire snwueir snwueri snwurei snwurie snweuir
snweuri snweiur snweiru snweriu snwerui snwruei snwruie snwreui snwreiu snwrieu snwriue
sniwuer sniwure sniweur sniweru sniwreu sniwrue sniuwer sniuwre sniuewr sniuerw sniurew
sniurwe snieuwr snieurw sniewur sniewru snierwu snieruw sniruew sniruwe snireuw snirewu
snirweu snirwue snuiwer snuiwre snuiewr snuierw snuirew snuirwe snuwier snuwire snuweir
snuweri snuwrei snuwrie snuewir snuewri snueiwr snueirw snueriw snuerwi snurwei snurwie
snurewi snureiw snuriew snuriwe sneiuwr sneiurw sneiwur sneiwru sneirwu sneiruw sneuiwr
sneuirw sneuwir sneuwri sneurwi sneuriw snewuir snewuri snewiur snewiru snewriu snewrui
sneruwi sneruiw snerwui snerwiu sneriwu sneriuw snriuew snriuwe snrieuw snriewu snriweu
snriwue snruiew snruiwe snrueiw snruewi snruwei snruwie snreuiw snreuwi snreiuw snreiwu
snrewiu snrewui snrwuei snrwuie snrweui snrweiu snrwieu snrwiue swniuer swniure swnieur
swnieru swnireu swnirue swnuier swnuire swnueir swnueri swnurei swnurie swneuir swneuri
swneiur swneiru swneriu swnerui swnruei swnruie swnreui swnreiu swnrieu swnriue swinuer
swinure swineur swineru swinreu swinrue swiuner swiunre swiuenr swiuern swiuren swiurne
swieunr swieurn swienur swienru swiernu swierun swiruen swirune swireun swirenu swirneu
swirnue swuiner swuinre swuienr swuiern swuiren swuirne swunier swunire swuneir swuneri
swunrei swunrie swuenir swuenri swueinr swueirn swuerin swuerni swurnei swurnie swureni
swurein swurien swurine sweiunr sweiurn sweinur sweinru sweirnu sweirun sweuinr sweuirn
sweunir sweunri sweurni sweurin swenuir swenuri sweniur sweniru swenriu swenrui sweruni
sweruin swernui swerniu swerinu sweriun swriuen swriune swrieun swrienu swrineu swrinue
swruien swruine swruein swrueni swrunei swrunie swreuin swreuni swreiun swreinu swreniu
swrenui swrnuei swrnuie swrneui swrneiu swrnieu swrniue siwnuer siwnure siwneur siwneru
siwnreu siwnrue siwuner siwunre siwuenr siwuern siwuren siwurne siweunr siweurn siwenur
siwenru siwernu siwerun siwruen siwrune siwreun siwrenu siwrneu siwrnue sinwuer sinwure
sinweur sinweru sinwreu sinwrue sinuwer sinuwre sinuewr sinuerw sinurew sinurwe sineuwr
sineurw sinewur sinewru sinerwu sineruw sinruew sinruwe sinreuw sinrewu sinrweu sinrwue
siunwer siunwre siunewr siunerw siunrew siunrwe siuwner siuwnre siuwenr siuwern siuwren
siuwrne siuewnr siuewrn siuenwr siuenrw siuernw siuerwn siurwen siurwne siurewn siurenw
siurnew siurnwe sienuwr sienurw sienwur sienwru sienrwu sienruw sieunwr sieunrw sieuwnr
sieuwrn sieurwn sieurnw siewunr siewurn siewnur siewnru siewrnu siewrun sieruwn sierunw
sierwun sierwnu siernwu siernuw sirnuew sirnuwe sirneuw sirnewu sirnweu sirnwue sirunew
sirunwe siruenw siruewn siruwen siruwne sireunw sireuwn sirenuw sirenwu sirewnu sirewun
sirwuen sirwune sirweun sirwenu sirwneu sirwnue suwiner suwinre suwienr suwiern suwiren
suwirne suwnier suwnire suwneir suwneri suwnrei suwnrie suwenir suwenri suweinr suweirn
suwerin suwerni suwrnei suwrnie suwreni suwrein suwrien suwrine suiwner suiwnre suiwenr
suiwern suiwren suiwrne suinwer suinwre suinewr suinerw suinrew suinrwe suienwr suienrw
suiewnr suiewrn suierwn suiernw suirnew suirnwe suirenw suirewn suirwen suirwne suniwer
suniwre suniewr sunierw sunirew sunirwe sunwier sunwire sunweir sunweri sunwrei sunwrie
sunewir sunewri suneiwr suneirw suneriw sunerwi sunrwei sunrwie sunrewi sunreiw sunriew
sunriwe sueinwr sueinrw sueiwnr sueiwrn sueirwn sueirnw sueniwr suenirw suenwir suenwri
suenrwi suenriw suewnir suewnri suewinr suewirn suewrin suewrni suernwi suerniw suerwni
suerwin sueriwn suerinw surinew surinwe surienw suriewn suriwen suriwne surniew surniwe
surneiw surnewi surnwei surnwie sureniw surenwi sureinw sureiwn surewin surewni surwnei
surwnie surweni surwein surwien surwine sewiunr sewiurn sewinur sewinru sewirnu sewirun
sewuinr sewuirn sewunir sewunri sewurni sewurin sewnuir sewnuri sewniur sewniru sewnriu
sewnrui sewruni sewruin sewrnui sewrniu sewrinu sewriun seiwunr seiwurn seiwnur seiwnru
seiwrnu seiwrun seiuwnr seiuwrn seiunwr seiunrw seiurnw seiurwn seinuwr seinurw seinwur
seinwru seinrwu seinruw seirunw seiruwn seirnuw seirnwu seirwnu seirwun seuiwnr seuiwrn
seuinwr seuinrw seuirnw seuirwn seuwinr seuwirn seuwnir seuwnri seuwrni seuwrin seunwir
seunwri seuniwr seunirw seunriw seunrwi seurwni seurwin seurnwi seurniw seurinw seuriwn
seniuwr seniurw seniwur seniwru senirwu seniruw senuiwr senuirw senuwir senuwri senurwi
senuriw senwuir senwuri senwiur senwiru senwriu senwrui senruwi senruiw senrwui senrwiu
senriwu senriuw seriunw seriuwn serinuw serinwu seriwnu seriwun seruinw seruiwn seruniw
serunwi seruwni seruwin sernuiw sernuwi serniuw serniwu sernwiu sernwui serwuni serwuin
serwnui serwniu serwinu serwiun srwiuen srwiune srwieun srwienu srwineu srwinue srwuien
srwuine srwuein srwueni srwunei srwunie srweuin srweuni srweiun srweinu srweniu srwenui
srwnuei srwnuie srwneui srwneiu srwnieu srwniue sriwuen sriwune sriweun sriwenu sriwneu
sriwnue sriuwen sriuwne sriuewn sriuenw sriunew sriunwe srieuwn srieunw sriewun sriewnu
srienwu srienuw srinuew srinuwe srineuw srinewu srinweu srinwue sruiwen sruiwne sruiewn
sruienw sruinew sruinwe sruwien sruwine sruwein sruweni sruwnei sruwnie sruewin sruewni
srueiwn srueinw srueniw sruenwi srunwei srunwie srunewi sruneiw sruniew sruniwe sreiuwn
sreiunw sreiwun sreiwnu sreinwu sreinuw sreuiwn sreuinw sreuwin sreuwni sreunwi sreuniw
srewuin srewuni srewiun srewinu srewniu srewnui srenuwi srenuiw srenwui srenwiu sreniwu
sreniuw srniuew srniuwe srnieuw srniewu srniweu srniwue srnuiew srnuiwe srnueiw srnuewi
srnuwei srnuwie srneuiw srneuwi srneiuw srneiwu srnewiu srnewui srnwuei srnwuie srnweui
srnweiu srnwieu srnwiue enwisur enwisru enwiusr enwiurs enwirus enwirsu enwsiur enwsiru
enwsuir enwsuri enwsrui enwsriu enwusir enwusri enwuisr enwuirs enwuris enwursi enwrsui
enwrsiu enwrusi enwruis enwrius enwrisu eniwsur eniwsru eniwusr eniwurs eniwrus eniwrsu
eniswur eniswru enisuwr enisurw enisruw enisrwu eniuswr eniusrw eniuwsr eniuwrs eniurws
eniursw enirsuw enirswu enirusw eniruws enirwus enirwsu ensiwur ensiwru ensiuwr ensiurw
ensiruw ensirwu enswiur enswiru enswuir enswuri enswrui enswriu ensuwir ensuwri ensuiwr
ensuirw ensuriw ensurwi ensrwui ensrwiu ensruwi ensruiw ensriuw ensriwu enuiswr enuisrw
enuiwsr enuiwrs enuirws enuirsw enusiwr enusirw enuswir enuswri enusrwi enusriw enuwsir
enuwsri enuwisr enuwirs enuwris enuwrsi enurswi enursiw enurwsi enurwis enuriws enurisw
enrisuw enriswu enriusw enriuws enriwus enriwsu enrsiuw enrsiwu enrsuiw enrsuwi enrswui
enrswiu enrusiw enruswi enruisw enruiws enruwis enruwsi enrwsui enrwsiu enrwusi enrwuis
enrwius enrwisu ewnisur ewnisru ewniusr ewniurs ewnirus ewnirsu ewnsiur ewnsiru ewnsuir
ewnsuri ewnsrui ewnsriu ewnusir ewnusri ewnuisr ewnuirs ewnuris ewnursi ewnrsui ewnrsiu
ewnrusi ewnruis ewnrius ewnrisu ewinsur ewinsru ewinusr ewinurs ewinrus ewinrsu ewisnur
ewisnru ewisunr ewisurn ewisrun ewisrnu ewiusnr ewiusrn ewiunsr ewiunrs ewiurns ewiursn
ewirsun ewirsnu ewirusn ewiruns ewirnus ewirnsu ewsinur ewsinru ewsiunr ewsiurn ewsirun
ewsirnu ewsniur ewsniru ewsnuir ewsnuri ewsnrui ewsnriu ewsunir ewsunri ewsuinr ewsuirn
ewsurin ewsurni ewsrnui ewsrniu ewsruni ewsruin ewsriun ewsrinu ewuisnr ewuisrn ewuinsr
ewuinrs ewuirns ewuirsn ewusinr ewusirn ewusnir ewusnri ewusrni ewusrin ewunsir ewunsri
ewunisr ewunirs ewunris ewunrsi ewursni ewursin ewurnsi ewurnis ewurins ewurisn ewrisun
ewrisnu ewriusn ewriuns ewrinus ewrinsu ewrsiun ewrsinu ewrsuin ewrsuni ewrsnui ewrsniu
ewrusin ewrusni ewruisn ewruins ewrunis ewrunsi ewrnsui ewrnsiu ewrnusi ewrnuis ewrnius
ewrnisu eiwnsur eiwnsru eiwnusr eiwnurs eiwnrus eiwnrsu eiwsnur eiwsnru eiwsunr eiwsurn
eiwsrun eiwsrnu eiwusnr eiwusrn eiwunsr eiwunrs eiwurns eiwursn eiwrsun eiwrsnu eiwrusn
eiwruns eiwrnus eiwrnsu einwsur einwsru einwusr einwurs einwrus einwrsu einswur einswru
einsuwr einsurw einsruw einsrwu einuswr einusrw einuwsr einuwrs einurws einursw einrsuw
einrswu einrusw einruws einrwus einrwsu eisnwur eisnwru eisnuwr eisnurw eisnruw eisnrwu
eiswnur eiswnru eiswunr eiswurn eiswrun eiswrnu eisuwnr eisuwrn eisunwr eisunrw eisurnw
eisurwn eisrwun eisrwnu eisruwn eisrunw eisrnuw eisrnwu eiunswr eiunsrw eiunwsr eiunwrs
eiunrws eiunrsw eiusnwr eiusnrw eiuswnr eiuswrn eiusrwn eiusrnw eiuwsnr eiuwsrn eiuwnsr
eiuwnrs eiuwrns eiuwrsn eiurswn eiursnw eiurwsn eiurwns eiurnws eiurnsw eirnsuw eirnswu
eirnusw eirnuws eirnwus eirnwsu eirsnuw eirsnwu eirsunw eirsuwn eirswun eirswnu eirusnw
eiruswn eirunsw eirunws eiruwns eiruwsn eirwsun eirwsnu eirwusn eirwuns eirwnus eirwnsu
eswinur eswinru eswiunr eswiurn eswirun eswirnu eswniur eswniru eswnuir eswnuri eswnrui
eswnriu eswunir eswunri eswuinr eswuirn eswurin eswurni eswrnui eswrniu eswruni eswruin
eswriun eswrinu esiwnur esiwnru esiwunr esiwurn esiwrun esiwrnu esinwur esinwru esinuwr
esinurw esinruw esinrwu esiunwr esiunrw esiuwnr esiuwrn esiurwn esiurnw esirnuw esirnwu
esirunw esiruwn esirwun esirwnu esniwur esniwru esniuwr esniurw esniruw esnirwu esnwiur
esnwiru esnwuir esnwuri esnwrui esnwriu esnuwir esnuwri esnuiwr esnuirw esnuriw esnurwi
esnrwui esnrwiu esnruwi esnruiw esnriuw esnriwu esuinwr esuinrw esuiwnr esuiwrn esuirwn
esuirnw esuniwr esunirw esunwir esunwri esunrwi esunriw esuwnir esuwnri esuwinr esuwirn
esuwrin esuwrni esurnwi esurniw esurwni esurwin esuriwn esurinw esrinuw esrinwu esriunw
esriuwn esriwun esriwnu esrniuw esrniwu esrnuiw esrnuwi esrnwui esrnwiu esruniw esrunwi
esruinw esruiwn esruwin esruwni esrwnui esrwniu esrwuni esrwuin esrwiun esrwinu euwisnr
euwisrn euwinsr euwinrs euwirns euwirsn euwsinr euwsirn euwsnir euwsnri euwsrni euwsrin
euwnsir euwnsri euwnisr euwnirs euwnris euwnrsi euwrsni euwrsin euwrnsi euwrnis euwrins
euwrisn euiwsnr euiwsrn euiwnsr euiwnrs euiwrns euiwrsn euiswnr euiswrn euisnwr euisnrw
euisrnw euisrwn euinswr euinsrw euinwsr euinwrs euinrws euinrsw euirsnw euirswn euirnsw
euirnws euirwns euirwsn eusiwnr eusiwrn eusinwr eusinrw eusirnw eusirwn euswinr euswirn
euswnir euswnri euswrni euswrin eusnwir eusnwri eusniwr eusnirw eusnriw eusnrwi eusrwni
eusrwin eusrnwi eusrniw eusrinw eusriwn euniswr eunisrw euniwsr euniwrs eunirws eunirsw
eunsiwr eunsirw eunswir eunswri eunsrwi eunsriw eunwsir eunwsri eunwisr eunwirs eunwris
eunwrsi eunrswi eunrsiw eunrwsi eunrwis eunriws eunrisw eurisnw euriswn eurinsw eurinws
euriwns euriwsn eursinw eursiwn eursniw eursnwi eurswni eurswin eurnsiw eurnswi eurnisw
eurniws eurnwis eurnwsi eurwsni eurwsin eurwnsi eurwnis eurwins eurwisn erwisun erwisnu
erwiusn erwiuns erwinus erwinsu erwsiun erwsinu erwsuin erwsuni erwsnui erwsniu erwusin
erwusni erwuisn erwuins erwunis erwunsi erwnsui erwnsiu erwnusi erwnuis erwnius erwnisu
eriwsun eriwsnu eriwusn eriwuns eriwnus eriwnsu eriswun eriswnu erisuwn erisunw erisnuw
erisnwu eriuswn eriusnw eriuwsn eriuwns eriunws eriunsw erinsuw erinswu erinusw erinuws
erinwus erinwsu ersiwun ersiwnu ersiuwn ersiunw ersinuw ersinwu erswiun erswinu erswuin
erswuni erswnui erswniu ersuwin ersuwni ersuiwn ersuinw ersuniw ersunwi ersnwui ersnwiu
ersnuwi ersnuiw ersniuw ersniwu eruiswn eruisnw eruiwsn eruiwns eruinws eruinsw erusiwn
erusinw eruswin eruswni erusnwi erusniw eruwsin eruwsni eruwisn eruwins eruwnis eruwnsi
erunswi erunsiw erunwsi erunwis eruniws erunisw ernisuw erniswu erniusw erniuws erniwus
erniwsu ernsiuw ernsiwu ernsuiw ernsuwi ernswui ernswiu ernusiw ernuswi ernuisw ernuiws
ernuwis ernuwsi ernwsui ernwsiu ernwusi ernwuis ernwius ernwisu rnwiseu rnwisue rnwiesu
rnwieus rnwiues rnwiuse rnwsieu rnwsiue rnwseiu rnwseui rnwsuei rnwsuie rnwesiu rnwesui
rnweisu rnweius rnweuis rnweusi rnwusei rnwusie rnwuesi rnwueis rnwuies rnwuise rniwseu
rniwsue rniwesu rniweus rniwues rniwuse rnisweu rniswue rnisewu rniseuw rnisuew rnisuwe
rnieswu rniesuw rniewsu rniewus rnieuws rnieusw rniusew rniuswe rniuesw rniuews rniuwes
rniuwse rnsiweu rnsiwue rnsiewu rnsieuw rnsiuew rnsiuwe rnswieu rnswiue rnsweiu rnsweui
rnswuei rnswuie rnsewiu rnsewui rnseiwu rnseiuw rnseuiw rnseuwi rnsuwei rnsuwie rnsuewi
rnsueiw rnsuiew rnsuiwe rneiswu rneisuw rneiwsu rneiwus rneiuws rneiusw rnesiwu rnesiuw
rneswiu rneswui rnesuwi rnesuiw rnewsiu rnewsui rnewisu rnewius rnewuis rnewusi rneuswi
rneusiw rneuwsi rneuwis rneuiws rneuisw rnuisew rnuiswe rnuiesw rnuiews rnuiwes rnuiwse
rnusiew rnusiwe rnuseiw rnusewi rnuswei rnuswie rnuesiw rnueswi rnueisw rnueiws rnuewis
rnuewsi rnuwsei rnuwsie rnuwesi rnuweis rnuwies rnuwise rwniseu rwnisue rwniesu rwnieus
rwniues rwniuse rwnsieu rwnsiue rwnseiu rwnseui rwnsuei rwnsuie rwnesiu rwnesui rwneisu
rwneius rwneuis rwneusi rwnusei rwnusie rwnuesi rwnueis rwnuies rwnuise rwinseu rwinsue
rwinesu rwineus rwinues rwinuse rwisneu rwisnue rwisenu rwiseun rwisuen rwisune rwiesnu
rwiesun rwiensu rwienus rwieuns rwieusn rwiusen rwiusne rwiuesn rwiuens rwiunes rwiunse
rwsineu rwsinue rwsienu rwsieun rwsiuen rwsiune rwsnieu rwsniue rwsneiu rwsneui rwsnuei
rwsnuie rwseniu rwsenui rwseinu rwseiun rwseuin rwseuni rwsunei rwsunie rwsueni rwsuein
rwsuien rwsuine rweisnu rweisun rweinsu rweinus rweiuns rweiusn rwesinu rwesiun rwesniu
rwesnui rwesuni rwesuin rwensiu rwensui rwenisu rwenius rwenuis rwenusi rweusni rweusin
rweunsi rweunis rweuins rweuisn rwuisen rwuisne rwuiesn rwuiens rwuines rwuinse rwusien
rwusine rwusein rwuseni rwusnei rwusnie rwuesin rwuesni rwueisn rwueins rwuenis rwuensi
rwunsei rwunsie rwunesi rwuneis rwunies rwunise riwnseu riwnsue riwnesu riwneus riwnues
riwnuse riwsneu riwsnue riwsenu riwseun riwsuen riwsune riwesnu riwesun riwensu riwenus
riweuns riweusn riwusen riwusne riwuesn riwuens riwunes riwunse rinwseu rinwsue rinwesu
rinweus rinwues rinwuse rinsweu rinswue rinsewu rinseuw rinsuew rinsuwe rineswu rinesuw
rinewsu rinewus rineuws rineusw rinusew rinuswe rinuesw rinuews rinuwes rinuwse risnweu
risnwue risnewu risneuw risnuew risnuwe riswneu riswnue riswenu risweun riswuen riswune
risewnu risewun risenwu risenuw riseunw riseuwn risuwen risuwne risuewn risuenw risunew
risunwe rienswu riensuw rienwsu rienwus rienuws rienusw riesnwu riesnuw rieswnu rieswun
riesuwn riesunw riewsnu riewsun riewnsu riewnus riewuns riewusn rieuswn rieusnw rieuwsn
rieuwns rieunws rieunsw riunsew riunswe riunesw riunews riunwes riunwse riusnew riusnwe
riusenw riusewn riuswen riuswne riuesnw riueswn riuensw riuenws riuewns riuewsn riuwsen
riuwsne riuwesn riuwens riuwnes riuwnse rswineu rswinue rswienu rswieun rswiuen rswiune
rswnieu rswniue rswneiu rswneui rswnuei rswnuie rsweniu rswenui rsweinu rsweiun rsweuin
rsweuni rswunei rswunie rswueni rswuein rswuien rswuine rsiwneu rsiwnue rsiwenu rsiweun
rsiwuen rsiwune rsinweu rsinwue rsinewu rsineuw rsinuew rsinuwe rsienwu rsienuw rsiewnu
rsiewun rsieuwn rsieunw rsiunew rsiunwe rsiuenw rsiuewn rsiuwen rsiuwne rsniweu rsniwue
rsniewu rsnieuw rsniuew rsniuwe rsnwieu rsnwiue rsnweiu rsnweui rsnwuei rsnwuie rsnewiu
rsnewui rsneiwu rsneiuw rsneuiw rsneuwi rsnuwei rsnuwie rsnuewi rsnueiw rsnuiew rsnuiwe
rseinwu rseinuw rseiwnu rseiwun rseiuwn rseiunw rseniwu rseniuw rsenwiu rsenwui rsenuwi
rsenuiw rsewniu rsewnui rsewinu rsewiun rsewuin rsewuni rseunwi rseuniw rseuwni rseuwin
rseuiwn rseuinw rsuinew rsuinwe rsuienw rsuiewn rsuiwen rsuiwne rsuniew rsuniwe rsuneiw
rsunewi rsunwei rsunwie rsueniw rsuenwi rsueinw rsueiwn rsuewin rsuewni rsuwnei rsuwnie
rsuweni rsuwein rsuwien rsuwine rewisnu rewisun rewinsu rewinus rewiuns rewiusn rewsinu
rewsiun rewsniu rewsnui rewsuni rewsuin rewnsiu rewnsui rewnisu rewnius rewnuis rewnusi
rewusni rewusin rewunsi rewunis rewuins rewuisn reiwsnu reiwsun reiwnsu reiwnus reiwuns
reiwusn reiswnu reiswun reisnwu reisnuw reisunw reisuwn reinswu reinsuw reinwsu reinwus
reinuws reinusw reiusnw reiuswn reiunsw reiunws reiuwns reiuwsn resiwnu resiwun resinwu
resinuw resiunw resiuwn reswinu reswiun reswniu reswnui reswuni reswuin resnwiu resnwui
resniwu resniuw resnuiw resnuwi resuwni resuwin resunwi resuniw resuinw resuiwn reniswu
renisuw reniwsu reniwus reniuws reniusw rensiwu rensiuw renswiu renswui rensuwi rensuiw
renwsiu renwsui renwisu renwius renwuis renwusi renuswi renusiw renuwsi renuwis renuiws
renuisw reuisnw reuiswn reuinsw reuinws reuiwns reuiwsn reusinw reusiwn reusniw reusnwi
reuswni reuswin reunsiw reunswi reunisw reuniws reunwis reunwsi reuwsni reuwsin reuwnsi
reuwnis reuwins reuwisn ruwisen ruwisne ruwiesn ruwiens ruwines ruwinse ruwsien ruwsine
ruwsein ruwseni ruwsnei ruwsnie ruwesin ruwesni ruweisn ruweins ruwenis ruwensi ruwnsei
ruwnsie ruwnesi ruwneis ruwnies ruwnise ruiwsen ruiwsne ruiwesn ruiwens ruiwnes ruiwnse
ruiswen ruiswne ruisewn ruisenw ruisnew ruisnwe ruieswn ruiesnw ruiewsn ruiewns ruienws
ruiensw ruinsew ruinswe ruinesw ruinews ruinwes ruinwse rusiwen rusiwne rusiewn rusienw
rusinew rusinwe ruswien ruswine ruswein rusweni ruswnei ruswnie rusewin rusewni ruseiwn
ruseinw ruseniw rusenwi rusnwei rusnwie rusnewi rusneiw rusniew rusniwe rueiswn rueisnw
rueiwsn rueiwns rueinws rueinsw ruesiwn ruesinw rueswin rueswni ruesnwi ruesniw ruewsin
ruewsni ruewisn ruewins ruewnis ruewnsi ruenswi ruensiw ruenwsi ruenwis rueniws ruenisw
runisew runiswe runiesw runiews runiwes runiwse runsiew runsiwe runseiw runsewi runswei
runswie runesiw runeswi runeisw runeiws runewis runewsi runwsei runwsie runwesi runweis
runwies runwise

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History of cryptography
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