easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

jeromy

gentleheartedness

fruitions

wyschnegradsky

canephroi

quaeroque

fubar

perisarcous

circumsistamus

playground

debilitation

spout

stigmatizes

orthitic

criminologic

unmews

sneest

karolien


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: swinger
cipher variations:
txjohfs uykpigt vzlqjhu wamrkiv xbnsljw
ycotmkx zdpunly aeqvomz bfrwpna cgsxqob
dhtyrpc eiuzsqd fjvatre gkwbusf hlxcvtg
imydwuh jnzexvi koafywj lpbgzxk mqchayl
nrdibzm osejcan ptfkdbo quglecp rvhmfdq

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: swinger
Cipher: hdrmtvi

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: swinger
Cipher: BAAAB BABAA ABAAA ABBAA AABBA 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: swinger
cipher variations:
txjohfsdpzotnanhpofvixzfordqhrvodlyrjloptgltronjwvlhozre
fdxolzmpvnoxhuzndojpcjftovxkuykpigteqapuoboiqpgwjyagpser
iswpemzskmpquhmuspokxwmipasfgeypmanqwopyivaoepkqdkgupwyl
vzlqjhufrbqvpcpjrqhxkzbhqtfsjtxqfnatlnqrvinvtqplyxnjqbtg
hfzqnborxpqzjwbpfqlrelhvqxzmwamrkivgscrwqdqksriylacirugt
kuyrgobumorswjowurqmzyokrcuhigarocpsyqrakxcqgrmsfmiwryan
xbnsljwhtdsxrerltsjzmbdjsvhulvzshpcvnpstxkpxvsrnazplsdvi
jhbspdqtzrsblydrhsntgnjxszboycotmkxiuetysfsmutkancektwiv
mwatiqdwoqtuylqywtsobaqmtewjkictqeruastcmzesitouhokytacp
zdpunlyjvfuztgtnvulbodfluxjwnxbujrexpruvzmrzxutpcbrnufxk
ljdurfsvbtudnaftjupviplzubdqaeqvomzkwgvauhuowvmcpegmvykx
oycvksfyqsvwansayvuqdcsovgylmkevsgtwcuveobgukvqwjqmavcer
bfrwpnalxhwbvivpxwndqfhnwzlypzdwltgzrtwxbotbzwvredtpwhzm
nlfwthuxdvwfpchvlwrxkrnbwdfscgsxqobmyixcwjwqyxoergioxamz
qaexmuhasuxycpucaxwsfeuqxianomgxuivyewxgqdiwmxsylsocxegt
dhtyrpcnzjydxkxrzypfshjpybnarbfynvibtvyzdqvdbyxtgfvryjbo
pnhyvjwzfxyhrejxnytzmtpdyfhueiuzsqdoakzeylysazqgtikqzcob
scgzowjcuwzaerweczyuhgwszkcpqoizwkxagyzisfkyozuanuqezgiv
fjvatrepblafzmztbarhujlradpctdhapxkdvxabfsxfdazvihxtaldq
rpjaxlybhzajtglzpavbovrfahjwgkwbusfqcmbganaucbsivkmsbeqd
ueibqylewybcgtygebawjiyubmersqkbymzciabkuhmaqbwcpwsgbikx
hlxcvtgrdnchbobvdctjwlntcfrevfjcrzmfxzcdhuzhfcbxkjzvcnfs
trlcznadjbclvinbrcxdqxthcjlyimydwuhseodicpcwedukxmoudgsf
wgkdsangyadeivaigdcylkawdogtusmdaobekcdmwjocsdyeryuidkmz
jnzexvitfpejdqdxfevlynpvehtgxhletbohzbefjwbjhedzmlbxephu
vtnebpcfldenxkpdtezfszvjelnakoafywjugqfkereygfwmzoqwfiuh
yimfucpiacfgkxckifeanmcyfqivwuofcqdgmefoylqeufagtawkfmob
lpbgzxkvhrglfsfzhgxnaprxgjvizjngvdqjbdghlydljgfbondzgrjw
xvpgdrehnfgpzmrfvgbhubxlgnpcmqchaylwishmgtgaihyobqsyhkwj
akohwerkcehimzemkhgcpoeahskxywqhesfioghqansgwhcivcymhoqd
nrdibzmxjtinhuhbjizpcrtzilxkblpixfsldfijnafnlihdqpfbitly
zxriftgjphirbothxidjwdznipreosejcanykujoivickjaqdsuajmyl
cmqjygtmegjkobgomjierqgcjumzaysjguhkqijscpuiyjekxeaojqsf
ptfkdbozlvkpjwjdlkbretvbknzmdnrkzhunfhklpchpnkjfsrhdkvna
bztkhvilrjktdqvjzkflyfbpkrtgquglecpamwlqkxkemlcsfuwcloan
eoslaivogilmqdiqolkgtsielwobcauliwjmskluerwkalgmzgcqlsuh
rvhmfdqbnxmrlylfnmdtgvxdmpbofptmbjwphjmnrejrpmlhutjfmxpc
dbvmjxkntlmvfsxlbmhnahdrmtviswingercoynsmzmgoneuhwyenqcp
gqunckxqiknosfksqnmivukgnyqdecwnkyloumnwgtymcniobiesnuwj

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: swinger
Cipher: fjvatre

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: swinger
Cipher: 34254233225124

Extended Methods:
Method #1

Plaintext: swinger
method variations:
xbosmkwcgtxrpbhmycwugnrdhbzm

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
s w i n g e r 
3 2 4 3 2 5 2 
4 5 2 3 2 1 4 
They are then read out in rows:
32432524523214
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: swinger
Cipher: howrkhq

Read more ...
Method #3

Plaintext: swinger
method variations:
iumhwfo umhwfoi mhwfoiu
hwfoium wfoiumh foiumhw
oiumhwf

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: swinger

all 5040 cipher variations:
swinger swingre swinegr swinerg swinreg swinrge swigner swignre swigenr swigern swigren
swigrne swiegnr swiegrn swiengr swienrg swierng swiergn swirgen swirgne swiregn swireng
swirneg swirnge swniger swnigre swniegr swnierg swnireg swnirge swngier swngire swngeir
swngeri swngrei swngrie swnegir swnegri swneigr swneirg swnerig swnergi swnrgei swnrgie
swnregi swnreig swnrieg swnrige swgnier swgnire swgneir swgneri swgnrei swgnrie swginer
swginre swgienr swgiern swgiren swgirne swgeinr swgeirn swgenir swgenri swgerni swgerin
swgrien swgrine swgrein swgreni swgrnei swgrnie swengir swengri swenigr swenirg swenrig
swenrgi swegnir swegnri sweginr swegirn swegrin swegrni sweignr sweigrn sweingr sweinrg
sweirng sweirgn swergin swergni swerign swering swernig swerngi swrngei swrngie swrnegi
swrneig swrnieg swrnige swrgnei swrgnie swrgeni swrgein swrgien swrgine swregni swregin
swrengi swrenig swreing swreign swrigen swrigne swriegn swrieng swrineg swringe siwnger
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wrensgi wregnis wregnsi wregins wregisn wregsin wregsni wreigns wreigsn wreings wreinsg
wreisng wreisgn wresgin wresgni wresign wresing wresnig wresngi wrsngei wrsngie wrsnegi
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wrsengi wrsenig wrseing wrseign wrsigen wrsigne wrsiegn wrsieng wrsineg wrsinge iwsnger
iwsngre iwsnegr iwsnerg iwsnreg iwsnrge iwsgner iwsgnre iwsgenr iwsgern iwsgren iwsgrne
iwsegnr iwsegrn iwsengr iwsenrg iwserng iwsergn iwsrgen iwsrgne iwsregn iwsreng iwsrneg
iwsrnge iwnsger iwnsgre iwnsegr iwnserg iwnsreg iwnsrge iwngser iwngsre iwngesr iwngers
iwngres iwngrse iwnegsr iwnegrs iwnesgr iwnesrg iwnersg iwnergs iwnrges iwnrgse iwnregs
iwnresg iwnrseg iwnrsge iwgnser iwgnsre iwgnesr iwgners iwgnres iwgnrse iwgsner iwgsnre
iwgsenr iwgsern iwgsren iwgsrne iwgesnr iwgesrn iwgensr iwgenrs iwgerns iwgersn iwgrsen
iwgrsne iwgresn iwgrens iwgrnes iwgrnse iwengsr iwengrs iwensgr iwensrg iwenrsg iwenrgs
iwegnsr iwegnrs iwegsnr iwegsrn iwegrsn iwegrns iwesgnr iwesgrn iwesngr iwesnrg iwesrng
iwesrgn iwergsn iwergns iwersgn iwersng iwernsg iwerngs iwrnges iwrngse iwrnegs iwrnesg
iwrnseg iwrnsge iwrgnes iwrgnse iwrgens iwrgesn iwrgsen iwrgsne iwregns iwregsn iwrengs
iwrensg iwresng iwresgn iwrsgen iwrsgne iwrsegn iwrseng iwrsneg iwrsnge iswnger iswngre
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isnwger isnwgre isnwegr isnwerg isnwreg isnwrge isngwer isngwre isngewr isngerw isngrew
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isnrweg isnrwge isgnwer isgnwre isgnewr isgnerw isgnrew isgnrwe isgwner isgwnre isgwenr
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isergwn isergnw iserwgn iserwng isernwg iserngw isrngew isrngwe isrnegw isrnewg isrnweg
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inwegsr inwegrs inwesgr inwesrg inwersg inwergs inwrges inwrgse inwregs inwresg inwrseg
inwrsge ingwser ingwsre ingwesr ingwers ingwres ingwrse ingswer ingswre ingsewr ingserw
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inergws inersgw inerswg inerwsg inerwgs inrwges inrwgse inrwegs inrwesg inrwseg inrwsge
inrgwes inrgwse inrgews inrgesw inrgsew inrgswe inregws inregsw inrewgs inrewsg inreswg
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ignsewr ignserw ignsrew ignsrwe ignwser ignwsre ignwesr ignwers ignwres ignwrse ignewsr
ignewrs igneswr ignesrw ignersw ignerws ignrwes ignrwse ignrews ignresw ignrsew ignrswe
igwnser igwnsre igwnesr igwners igwnres igwnrse igwsner igwsnre igwsenr igwsern igwsren
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ienwsgr ienwsrg ienwrsg ienwrgs ienrgws ienrgsw ienrwgs ienrwsg ienrswg ienrsgw iegnswr
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iewgrsn iewgrns iewsgnr iewsgrn iewsngr iewsnrg iewsrng iewsrgn iewrgsn iewrgns iewrsgn
iewrsng iewrnsg iewrngs ierngws ierngsw iernwgs iernwsg iernswg iernsgw iergnws iergnsw
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irsewgn irswgen irswgne irswegn irsweng irswneg irswnge irnsgew irnsgwe irnsegw irnsewg
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irneswg irnewsg irnewgs irnwges irnwgse irnwegs irnwesg irnwseg irnwsge irgnsew irgnswe
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irgeswn irgensw irgenws irgewns irgewsn irgwsen irgwsne irgwesn irgwens irgwnes irgwnse
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irewnsg irewngs irwnges irwngse irwnegs irwnesg irwnseg irwnsge irwgnes irwgnse irwgens
irwgesn irwgsen irwgsne irwegns irwegsn irwengs irwensg irwesng irwesgn irwsgen irwsgne
irwsegn irwseng irwsneg irwsnge nwisger nwisgre nwisegr nwiserg nwisreg nwisrge nwigser
nwigsre nwigesr nwigers nwigres nwigrse nwiegsr nwiegrs nwiesgr nwiesrg nwiersg nwiergs
nwirges nwirgse nwiregs nwiresg nwirseg nwirsge nwsiger nwsigre nwsiegr nwsierg nwsireg
nwsirge nwsgier nwsgire nwsgeir nwsgeri nwsgrei nwsgrie nwsegir nwsegri nwseigr nwseirg
nwserig nwsergi nwsrgei nwsrgie nwsregi nwsreig nwsrieg nwsrige nwgsier nwgsire nwgseir
nwgseri nwgsrei nwgsrie nwgiser nwgisre nwgiesr nwgiers nwgires nwgirse nwgeisr nwgeirs
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nwesgri nwesigr nwesirg nwesrig nwesrgi nwegsir nwegsri nwegisr nwegirs nwegris nwegrsi
nweigsr nweigrs nweisgr nweisrg nweirsg nweirgs nwergis nwergsi nwerigs nwerisg nwersig
nwersgi nwrsgei nwrsgie nwrsegi nwrseig nwrsieg nwrsige nwrgsei nwrgsie nwrgesi nwrgeis
nwrgies nwrgise nwregsi nwregis nwresgi nwresig nwreisg nwreigs nwriges nwrigse nwriegs
nwriesg nwriseg nwrisge niwsger niwsgre niwsegr niwserg niwsreg niwsrge niwgser niwgsre
niwgesr niwgers niwgres niwgrse niwegsr niwegrs niwesgr niwesrg niwersg niwergs niwrges
niwrgse niwregs niwresg niwrseg niwrsge niswger niswgre niswegr niswerg niswreg niswrge
nisgwer nisgwre nisgewr nisgerw nisgrew nisgrwe nisegwr nisegrw nisewgr nisewrg niserwg
nisergw nisrgew nisrgwe nisregw nisrewg nisrweg nisrwge nigswer nigswre nigsewr nigserw
nigsrew nigsrwe nigwser nigwsre nigwesr nigwers nigwres nigwrse nigewsr nigewrs nigeswr
nigesrw nigersw nigerws nigrwes nigrwse nigrews nigresw nigrsew nigrswe niesgwr niesgrw
nieswgr nieswrg niesrwg niesrgw niegswr niegsrw niegwsr niegwrs niegrws niegrsw niewgsr
niewgrs niewsgr niewsrg niewrsg niewrgs niergws niergsw nierwgs nierwsg nierswg niersgw
nirsgew nirsgwe nirsegw nirsewg nirsweg nirswge nirgsew nirgswe nirgesw nirgews nirgwes
nirgwse niregsw niregws niresgw nireswg nirewsg nirewgs nirwges nirwgse nirwegs nirwesg
nirwseg nirwsge nsiwger nsiwgre nsiwegr nsiwerg nsiwreg nsiwrge nsigwer nsigwre nsigewr
nsigerw nsigrew nsigrwe nsiegwr nsiegrw nsiewgr nsiewrg nsierwg nsiergw nsirgew nsirgwe
nsiregw nsirewg nsirweg nsirwge nswiger nswigre nswiegr nswierg nswireg nswirge nswgier
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nsewirg nsewrig nsewrgi nsegwir nsegwri nsegiwr nsegirw nsegriw nsegrwi nseigwr nseigrw
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nsrwgie nsrwegi nsrweig nsrwieg nsrwige nsrgwei nsrgwie nsrgewi nsrgeiw nsrgiew nsrgiwe
nsregwi nsregiw nsrewgi nsrewig nsreiwg nsreigw nsrigew nsrigwe nsriegw nsriewg nsriweg
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ngiwres ngiwrse ngiewsr ngiewrs ngieswr ngiesrw ngiersw ngierws ngirwes ngirwse ngirews
ngiresw ngirsew ngirswe ngsiwer ngsiwre ngsiewr ngsierw ngsirew ngsirwe ngswier ngswire
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ngsrwie ngsrewi ngsreiw ngsriew ngsriwe ngwsier ngwsire ngwseir ngwseri ngwsrei ngwsrie
ngwiser ngwisre ngwiesr ngwiers ngwires ngwirse ngweisr ngweirs ngwesir ngwesri ngwersi
ngweris ngwries ngwrise ngwreis ngwresi ngwrsei ngwrsie ngeswir ngeswri ngesiwr ngesirw
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neisgwr neisgrw neiswgr neiswrg neisrwg neisrgw neigswr neigsrw neigwsr neigwrs neigrws
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negisrw negiwsr negiwrs negirws negirsw negwisr negwirs negwsir negwsri negwrsi negwris
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nriwsge nrsigew nrsigwe nrsiegw nrsiewg nrsiweg nrsiwge nrsgiew nrsgiwe nrsgeiw nrsgewi
nrsgwei nrsgwie nrsegiw nrsegwi nrseigw nrseiwg nrsewig nrsewgi nrswgei nrswgie nrswegi
nrsweig nrswieg nrswige nrgsiew nrgsiwe nrgseiw nrgsewi nrgswei nrgswie nrgisew nrgiswe
nrgiesw nrgiews nrgiwes nrgiwse nrgeisw nrgeiws nrgesiw nrgeswi nrgewsi nrgewis nrgwies
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nregsiw nregswi nregisw nregiws nregwis nregwsi nreigsw nreigws nreisgw nreiswg nreiwsg
nreiwgs nrewgis nrewgsi nrewigs nrewisg nrewsig nrewsgi nrwsgei nrwsgie nrwsegi nrwseig
nrwsieg nrwsige nrwgsei nrwgsie nrwgesi nrwgeis nrwgies nrwgise nrwegsi nrwegis nrwesgi
nrwesig nrweisg nrweigs nrwiges nrwigse nrwiegs nrwiesg nrwiseg nrwisge gwinser gwinsre
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gwnsrie gwnesir gwnesri gwneisr gwneirs gwneris gwnersi gwnrsei gwnrsie gwnresi gwnreis
gwnries gwnrise gwsnier gwsnire gwsneir gwsneri gwsnrei gwsnrie gwsiner gwsinre gwsienr
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gwsrein gwsreni gwsrnei gwsrnie gwensir gwensri gwenisr gwenirs gwenris gwenrsi gwesnir
gwesnri gwesinr gwesirn gwesrin gwesrni gweisnr gweisrn gweinsr gweinrs gweirns gweirsn
gwersin gwersni gwerisn gwerins gwernis gwernsi gwrnsei gwrnsie gwrnesi gwrneis gwrnies
gwrnise gwrsnei gwrsnie gwrseni gwrsein gwrsien gwrsine gwresni gwresin gwrensi gwrenis
gwreins gwreisn gwrisen gwrisne gwriesn gwriens gwrines gwrinse giwnser giwnsre giwnesr
giwners giwnres giwnrse giwsner giwsnre giwsenr giwsern giwsren giwsrne giwesnr giwesrn
giwensr giwenrs giwerns giwersn giwrsen giwrsne giwresn giwrens giwrnes giwrnse ginwser
ginwsre ginwesr ginwers ginwres ginwrse ginswer ginswre ginsewr ginserw ginsrew ginsrwe
gineswr ginesrw ginewsr ginewrs ginerws ginersw ginrsew ginrswe ginresw ginrews ginrwes
ginrwse gisnwer gisnwre gisnewr gisnerw gisnrew gisnrwe giswner giswnre giswenr giswern
giswren giswrne gisewnr gisewrn gisenwr gisenrw gisernw giserwn gisrwen gisrwne gisrewn
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gieswnr gieswrn giesrwn giesrnw giewsnr giewsrn giewnsr giewnrs giewrns giewrsn gierswn
giersnw gierwsn gierwns giernws giernsw girnsew girnswe girnesw girnews girnwes girnwse
girsnew girsnwe girsenw girsewn girswen girswne giresnw gireswn girensw girenws girewns
girewsn girwsen girwsne girwesn girwens girwnes girwnse gniwser gniwsre gniwesr gniwers
gniwres gniwrse gniswer gniswre gnisewr gniserw gnisrew gnisrwe gnieswr gniesrw gniewsr
gniewrs gnierws gniersw gnirsew gnirswe gniresw gnirews gnirwes gnirwse gnwiser gnwisre
gnwiesr gnwiers gnwires gnwirse gnwsier gnwsire gnwseir gnwseri gnwsrei gnwsrie gnwesir
gnwesri gnweisr gnweirs gnweris gnwersi gnwrsei gnwrsie gnwresi gnwreis gnwries gnwrise
gnswier gnswire gnsweir gnsweri gnswrei gnswrie gnsiwer gnsiwre gnsiewr gnsierw gnsirew
gnsirwe gnseiwr gnseirw gnsewir gnsewri gnserwi gnseriw gnsriew gnsriwe gnsreiw gnsrewi
gnsrwei gnsrwie gnewsir gnewsri gnewisr gnewirs gnewris gnewrsi gneswir gneswri gnesiwr
gnesirw gnesriw gnesrwi gneiswr gneisrw gneiwsr gneiwrs gneirws gneirsw gnersiw gnerswi
gnerisw gneriws gnerwis gnerwsi gnrwsei gnrwsie gnrwesi gnrweis gnrwies gnrwise gnrswei
gnrswie gnrsewi gnrseiw gnrsiew gnrsiwe gnreswi gnresiw gnrewsi gnrewis gnreiws gnreisw
gnrisew gnriswe gnriesw gnriews gnriwes gnriwse gsinwer gsinwre gsinewr gsinerw gsinrew
gsinrwe gsiwner gsiwnre gsiwenr gsiwern gsiwren gsiwrne gsiewnr gsiewrn gsienwr gsienrw
gsiernw gsierwn gsirwen gsirwne gsirewn gsirenw gsirnew gsirnwe gsniwer gsniwre gsniewr
gsnierw gsnirew gsnirwe gsnwier gsnwire gsnweir gsnweri gsnwrei gsnwrie gsnewir gsnewri
gsneiwr gsneirw gsneriw gsnerwi gsnrwei gsnrwie gsnrewi gsnreiw gsnriew gsnriwe gswnier
gswnire gswneir gswneri gswnrei gswnrie gswiner gswinre gswienr gswiern gswiren gswirne
gsweinr gsweirn gswenir gswenri gswerni gswerin gswrien gswrine gswrein gswreni gswrnei
gswrnie gsenwir gsenwri gseniwr gsenirw gsenriw gsenrwi gsewnir gsewnri gsewinr gsewirn
gsewrin gsewrni gseiwnr gseiwrn gseinwr gseinrw gseirnw gseirwn gserwin gserwni gseriwn
gserinw gserniw gsernwi gsrnwei gsrnwie gsrnewi gsrneiw gsrniew gsrniwe gsrwnei gsrwnie
gsrweni gsrwein gsrwien gsrwine gsrewni gsrewin gsrenwi gsreniw gsreinw gsreiwn gsriwen
gsriwne gsriewn gsrienw gsrinew gsrinwe geinswr geinsrw geinwsr geinwrs geinrws geinrsw
geisnwr geisnrw geiswnr geiswrn geisrwn geisrnw geiwsnr geiwsrn geiwnsr geiwnrs geiwrns
geiwrsn geirswn geirsnw geirwsn geirwns geirnws geirnsw geniswr genisrw geniwsr geniwrs
genirws genirsw gensiwr gensirw genswir genswri gensrwi gensriw genwsir genwsri genwisr
genwirs genwris genwrsi genrswi genrsiw genrwsi genrwis genriws genrisw gesniwr gesnirw
gesnwir gesnwri gesnrwi gesnriw gesinwr gesinrw gesiwnr gesiwrn gesirwn gesirnw geswinr
geswirn geswnir geswnri geswrni geswrin gesriwn gesrinw gesrwin gesrwni gesrnwi gesrniw
gewnsir gewnsri gewnisr gewnirs gewnris gewnrsi gewsnir gewsnri gewsinr gewsirn gewsrin
gewsrni gewisnr gewisrn gewinsr gewinrs gewirns gewirsn gewrsin gewrsni gewrisn gewrins
gewrnis gewrnsi gernswi gernsiw gernwsi gernwis gerniws gernisw gersnwi gersniw gerswni
gerswin gersiwn gersinw gerwsni gerwsin gerwnsi gerwnis gerwins gerwisn geriswn gerisnw
geriwsn geriwns gerinws gerinsw grinsew grinswe grinesw grinews grinwes grinwse grisnew
grisnwe grisenw grisewn griswen griswne griesnw grieswn griensw grienws griewns griewsn
griwsen griwsne griwesn griwens griwnes griwnse grnisew grniswe grniesw grniews grniwes
grniwse grnsiew grnsiwe grnseiw grnsewi grnswei grnswie grnesiw grneswi grneisw grneiws
grnewis grnewsi grnwsei grnwsie grnwesi grnweis grnwies grnwise grsniew grsniwe grsneiw
grsnewi grsnwei grsnwie grsinew grsinwe grsienw grsiewn grsiwen grsiwne grseinw grseiwn
grseniw grsenwi grsewni grsewin grswien grswine grswein grsweni grswnei grswnie grensiw
grenswi grenisw greniws grenwis grenwsi gresniw gresnwi gresinw gresiwn greswin greswni
greisnw greiswn greinsw greinws greiwns greiwsn grewsin grewsni grewisn grewins grewnis
grewnsi grwnsei grwnsie grwnesi grwneis grwnies grwnise grwsnei grwsnie grwseni grwsein
grwsien grwsine grwesni grwesin grwensi grwenis grweins grweisn grwisen grwisne grwiesn
grwiens grwines grwinse ewingsr ewingrs ewinsgr ewinsrg ewinrsg ewinrgs ewignsr ewignrs
ewigsnr ewigsrn ewigrsn ewigrns ewisgnr ewisgrn ewisngr ewisnrg ewisrng ewisrgn ewirgsn
ewirgns ewirsgn ewirsng ewirnsg ewirngs ewnigsr ewnigrs ewnisgr ewnisrg ewnirsg ewnirgs
ewngisr ewngirs ewngsir ewngsri ewngrsi ewngris ewnsgir ewnsgri ewnsigr ewnsirg ewnsrig
ewnsrgi ewnrgsi ewnrgis ewnrsgi ewnrsig ewnrisg ewnrigs ewgnisr ewgnirs ewgnsir ewgnsri
ewgnrsi ewgnris ewginsr ewginrs ewgisnr ewgisrn ewgirsn ewgirns ewgsinr ewgsirn ewgsnir
ewgsnri ewgsrni ewgsrin ewgrisn ewgrins ewgrsin ewgrsni ewgrnsi ewgrnis ewsngir ewsngri
ewsnigr ewsnirg ewsnrig ewsnrgi ewsgnir ewsgnri ewsginr ewsgirn ewsgrin ewsgrni ewsignr
ewsigrn ewsingr ewsinrg ewsirng ewsirgn ewsrgin ewsrgni ewsrign ewsring ewsrnig ewsrngi
ewrngsi ewrngis ewrnsgi ewrnsig ewrnisg ewrnigs ewrgnsi ewrgnis ewrgsni ewrgsin ewrgisn
ewrgins ewrsgni ewrsgin ewrsngi ewrsnig ewrsing ewrsign ewrigsn ewrigns ewrisgn ewrisng
ewrinsg ewrings eiwngsr eiwngrs eiwnsgr eiwnsrg eiwnrsg eiwnrgs eiwgnsr eiwgnrs eiwgsnr
eiwgsrn eiwgrsn eiwgrns eiwsgnr eiwsgrn eiwsngr eiwsnrg eiwsrng eiwsrgn eiwrgsn eiwrgns
eiwrsgn eiwrsng eiwrnsg eiwrngs einwgsr einwgrs einwsgr einwsrg einwrsg einwrgs eingwsr
eingwrs eingswr eingsrw eingrsw eingrws einsgwr einsgrw einswgr einswrg einsrwg einsrgw
einrgsw einrgws einrsgw einrswg einrwsg einrwgs eignwsr eignwrs eignswr eignsrw eignrsw
eignrws eigwnsr eigwnrs eigwsnr eigwsrn eigwrsn eigwrns eigswnr eigswrn eigsnwr eigsnrw
eigsrnw eigsrwn eigrwsn eigrwns eigrswn eigrsnw eigrnsw eigrnws eisngwr eisngrw eisnwgr
eisnwrg eisnrwg eisnrgw eisgnwr eisgnrw eisgwnr eisgwrn eisgrwn eisgrnw eiswgnr eiswgrn
eiswngr eiswnrg eiswrng eiswrgn eisrgwn eisrgnw eisrwgn eisrwng eisrnwg eisrngw eirngsw
eirngws eirnsgw eirnswg eirnwsg eirnwgs eirgnsw eirgnws eirgsnw eirgswn eirgwsn eirgwns
eirsgnw eirsgwn eirsngw eirsnwg eirswng eirswgn eirwgsn eirwgns eirwsgn eirwsng eirwnsg
eirwngs eniwgsr eniwgrs eniwsgr eniwsrg eniwrsg eniwrgs enigwsr enigwrs enigswr enigsrw
enigrsw enigrws enisgwr enisgrw eniswgr eniswrg enisrwg enisrgw enirgsw enirgws enirsgw
enirswg enirwsg enirwgs enwigsr enwigrs enwisgr enwisrg enwirsg enwirgs enwgisr enwgirs
enwgsir enwgsri enwgrsi enwgris enwsgir enwsgri enwsigr enwsirg enwsrig enwsrgi enwrgsi
enwrgis enwrsgi enwrsig enwrisg enwrigs engwisr engwirs engwsir engwsri engwrsi engwris
engiwsr engiwrs engiswr engisrw engirsw engirws engsiwr engsirw engswir engswri engsrwi
engsriw engrisw engriws engrsiw engrswi engrwsi engrwis enswgir enswgri enswigr enswirg
enswrig enswrgi ensgwir ensgwri ensgiwr ensgirw ensgriw ensgrwi ensigwr ensigrw ensiwgr
ensiwrg ensirwg ensirgw ensrgiw ensrgwi ensrigw ensriwg ensrwig ensrwgi enrwgsi enrwgis
enrwsgi enrwsig enrwisg enrwigs enrgwsi enrgwis enrgswi enrgsiw enrgisw enrgiws enrsgwi
enrsgiw enrswgi enrswig enrsiwg enrsigw enrigsw enrigws enrisgw enriswg enriwsg enriwgs
eginwsr eginwrs eginswr eginsrw eginrsw eginrws egiwnsr egiwnrs egiwsnr egiwsrn egiwrsn
egiwrns egiswnr egiswrn egisnwr egisnrw egisrnw egisrwn egirwsn egirwns egirswn egirsnw
egirnsw egirnws egniwsr egniwrs egniswr egnisrw egnirsw egnirws egnwisr egnwirs egnwsir
egnwsri egnwrsi egnwris egnswir egnswri egnsiwr egnsirw egnsriw egnsrwi egnrwsi egnrwis
egnrswi egnrsiw egnrisw egnriws egwnisr egwnirs egwnsir egwnsri egwnrsi egwnris egwinsr
egwinrs egwisnr egwisrn egwirsn egwirns egwsinr egwsirn egwsnir egwsnri egwsrni egwsrin
egwrisn egwrins egwrsin egwrsni egwrnsi egwrnis egsnwir egsnwri egsniwr egsnirw egsnriw
egsnrwi egswnir egswnri egswinr egswirn egswrin egswrni egsiwnr egsiwrn egsinwr egsinrw
egsirnw egsirwn egsrwin egsrwni egsriwn egsrinw egsrniw egsrnwi egrnwsi egrnwis egrnswi
egrnsiw egrnisw egrniws egrwnsi egrwnis egrwsni egrwsin egrwisn egrwins egrswni egrswin
egrsnwi egrsniw egrsinw egrsiwn egriwsn egriwns egriswn egrisnw egrinsw egrinws esingwr
esingrw esinwgr esinwrg esinrwg esinrgw esignwr esignrw esigwnr esigwrn esigrwn esigrnw
esiwgnr esiwgrn esiwngr esiwnrg esiwrng esiwrgn esirgwn esirgnw esirwgn esirwng esirnwg
esirngw esnigwr esnigrw esniwgr esniwrg esnirwg esnirgw esngiwr esngirw esngwir esngwri
esngrwi esngriw esnwgir esnwgri esnwigr esnwirg esnwrig esnwrgi esnrgwi esnrgiw esnrwgi
esnrwig esnriwg esnrigw esgniwr esgnirw esgnwir esgnwri esgnrwi esgnriw esginwr esginrw
esgiwnr esgiwrn esgirwn esgirnw esgwinr esgwirn esgwnir esgwnri esgwrni esgwrin esgriwn
esgrinw esgrwin esgrwni esgrnwi esgrniw eswngir eswngri eswnigr eswnirg eswnrig eswnrgi
eswgnir eswgnri eswginr eswgirn eswgrin eswgrni eswignr eswigrn eswingr eswinrg eswirng
eswirgn eswrgin eswrgni eswrign eswring eswrnig eswrngi esrngwi esrngiw esrnwgi esrnwig
esrniwg esrnigw esrgnwi esrgniw esrgwni esrgwin esrgiwn esrginw esrwgni esrwgin esrwngi
esrwnig esrwing esrwign esrigwn esrignw esriwgn esriwng esrinwg esringw eringsw eringws
erinsgw erinswg erinwsg erinwgs erignsw erignws erigsnw erigswn erigwsn erigwns erisgnw
erisgwn erisngw erisnwg eriswng eriswgn eriwgsn eriwgns eriwsgn eriwsng eriwnsg eriwngs
ernigsw ernigws ernisgw erniswg erniwsg erniwgs erngisw erngiws erngsiw erngswi erngwsi
erngwis ernsgiw ernsgwi ernsigw ernsiwg ernswig ernswgi ernwgsi ernwgis ernwsgi ernwsig
ernwisg ernwigs ergnisw ergniws ergnsiw ergnswi ergnwsi ergnwis erginsw erginws ergisnw
ergiswn ergiwsn ergiwns ergsinw ergsiwn ergsniw ergsnwi ergswni ergswin ergwisn ergwins
ergwsin ergwsni ergwnsi ergwnis ersngiw ersngwi ersnigw ersniwg ersnwig ersnwgi ersgniw
ersgnwi ersginw ersgiwn ersgwin ersgwni ersignw ersigwn ersingw ersinwg ersiwng ersiwgn
erswgin erswgni erswign erswing erswnig erswngi erwngsi erwngis erwnsgi erwnsig erwnisg
erwnigs erwgnsi erwgnis erwgsni erwgsin erwgisn erwgins erwsgni erwsgin erwsngi erwsnig
erwsing erwsign erwigsn erwigns erwisgn erwisng erwinsg erwings rwinges rwingse rwinegs
rwinesg rwinseg rwinsge rwignes rwignse rwigens rwigesn rwigsen rwigsne rwiegns rwiegsn
rwiengs rwiensg rwiesng rwiesgn rwisgen rwisgne rwisegn rwiseng rwisneg rwisnge rwniges
rwnigse rwniegs rwniesg rwniseg rwnisge rwngies rwngise rwngeis rwngesi rwngsei rwngsie
rwnegis rwnegsi rwneigs rwneisg rwnesig rwnesgi rwnsgei rwnsgie rwnsegi rwnseig rwnsieg
rwnsige rwgnies rwgnise rwgneis rwgnesi rwgnsei rwgnsie rwgines rwginse rwgiens rwgiesn
rwgisen rwgisne rwgeins rwgeisn rwgenis rwgensi rwgesni rwgesin rwgsien rwgsine rwgsein
rwgseni rwgsnei rwgsnie rwengis rwengsi rwenigs rwenisg rwensig rwensgi rwegnis rwegnsi
rwegins rwegisn rwegsin rwegsni rweigns rweigsn rweings rweinsg rweisng rweisgn rwesgin
rwesgni rwesign rwesing rwesnig rwesngi rwsngei rwsngie rwsnegi rwsneig rwsnieg rwsnige
rwsgnei rwsgnie rwsgeni rwsgein rwsgien rwsgine rwsegni rwsegin rwsengi rwsenig rwseing
rwseign rwsigen rwsigne rwsiegn rwsieng rwsineg rwsinge riwnges riwngse riwnegs riwnesg
riwnseg riwnsge riwgnes riwgnse riwgens riwgesn riwgsen riwgsne riwegns riwegsn riwengs
riwensg riwesng riwesgn riwsgen riwsgne riwsegn riwseng riwsneg riwsnge rinwges rinwgse
rinwegs rinwesg rinwseg rinwsge ringwes ringwse ringews ringesw ringsew ringswe rinegws
rinegsw rinewgs rinewsg rineswg rinesgw rinsgew rinsgwe rinsegw rinsewg rinsweg rinswge
rignwes rignwse rignews rignesw rignsew rignswe rigwnes rigwnse rigwens rigwesn rigwsen
rigwsne rigewns rigewsn rigenws rigensw rigesnw rigeswn rigswen rigswne rigsewn rigsenw
rigsnew rigsnwe riengws riengsw rienwgs rienwsg rienswg riensgw riegnws riegnsw riegwns
riegwsn riegswn riegsnw riewgns riewgsn riewngs riewnsg riewsng riewsgn riesgwn riesgnw
rieswgn rieswng riesnwg riesngw risngew risngwe risnegw risnewg risnweg risnwge risgnew
risgnwe risgenw risgewn risgwen risgwne risegnw risegwn risengw risenwg risewng risewgn
riswgen riswgne riswegn risweng riswneg riswnge rniwges rniwgse rniwegs rniwesg rniwseg
rniwsge rnigwes rnigwse rnigews rnigesw rnigsew rnigswe rniegws rniegsw rniewgs rniewsg
rnieswg rniesgw rnisgew rnisgwe rnisegw rnisewg rnisweg rniswge rnwiges rnwigse rnwiegs
rnwiesg rnwiseg rnwisge rnwgies rnwgise rnwgeis rnwgesi rnwgsei rnwgsie rnwegis rnwegsi
rnweigs rnweisg rnwesig rnwesgi rnwsgei rnwsgie rnwsegi rnwseig rnwsieg rnwsige rngwies
rngwise rngweis rngwesi rngwsei rngwsie rngiwes rngiwse rngiews rngiesw rngisew rngiswe
rngeiws rngeisw rngewis rngewsi rngeswi rngesiw rngsiew rngsiwe rngseiw rngsewi rngswei
rngswie rnewgis rnewgsi rnewigs rnewisg rnewsig rnewsgi rnegwis rnegwsi rnegiws rnegisw
rnegsiw rnegswi rneigws rneigsw rneiwgs rneiwsg rneiswg rneisgw rnesgiw rnesgwi rnesigw
rnesiwg rneswig rneswgi rnswgei rnswgie rnswegi rnsweig rnswieg rnswige rnsgwei rnsgwie
rnsgewi rnsgeiw rnsgiew rnsgiwe rnsegwi rnsegiw rnsewgi rnsewig rnseiwg rnseigw rnsigew
rnsigwe rnsiegw rnsiewg rnsiweg rnsiwge rginwes rginwse rginews rginesw rginsew rginswe
rgiwnes rgiwnse rgiwens rgiwesn rgiwsen rgiwsne rgiewns rgiewsn rgienws rgiensw rgiesnw
rgieswn rgiswen rgiswne rgisewn rgisenw rgisnew rgisnwe rgniwes rgniwse rgniews rgniesw
rgnisew rgniswe rgnwies rgnwise rgnweis rgnwesi rgnwsei rgnwsie rgnewis rgnewsi rgneiws
rgneisw rgnesiw rgneswi rgnswei rgnswie rgnsewi rgnseiw rgnsiew rgnsiwe rgwnies rgwnise
rgwneis rgwnesi rgwnsei rgwnsie rgwines rgwinse rgwiens rgwiesn rgwisen rgwisne rgweins
rgweisn rgwenis rgwensi rgwesni rgwesin rgwsien rgwsine rgwsein rgwseni rgwsnei rgwsnie
rgenwis rgenwsi rgeniws rgenisw rgensiw rgenswi rgewnis rgewnsi rgewins rgewisn rgewsin
rgewsni rgeiwns rgeiwsn rgeinws rgeinsw rgeisnw rgeiswn rgeswin rgeswni rgesiwn rgesinw
rgesniw rgesnwi rgsnwei rgsnwie rgsnewi rgsneiw rgsniew rgsniwe rgswnei rgswnie rgsweni
rgswein rgswien rgswine rgsewni rgsewin rgsenwi rgseniw rgseinw rgseiwn rgsiwen rgsiwne
rgsiewn rgsienw rgsinew rgsinwe reingws reingsw reinwgs reinwsg reinswg reinsgw reignws
reignsw reigwns reigwsn reigswn reigsnw reiwgns reiwgsn reiwngs reiwnsg reiwsng reiwsgn
reisgwn reisgnw reiswgn reiswng reisnwg reisngw renigws renigsw reniwgs reniwsg reniswg
renisgw rengiws rengisw rengwis rengwsi rengswi rengsiw renwgis renwgsi renwigs renwisg
renwsig renwsgi rensgwi rensgiw renswgi renswig rensiwg rensigw regniws regnisw regnwis
regnwsi regnswi regnsiw reginws reginsw regiwns regiwsn regiswn regisnw regwins regwisn
regwnis regwnsi regwsni regwsin regsiwn regsinw regswin regswni regsnwi regsniw rewngis
rewngsi rewnigs rewnisg rewnsig rewnsgi rewgnis rewgnsi rewgins rewgisn rewgsin rewgsni
rewigns rewigsn rewings rewinsg rewisng rewisgn rewsgin rewsgni rewsign rewsing rewsnig
rewsngi resngwi resngiw resnwgi resnwig resniwg resnigw resgnwi resgniw resgwni resgwin
resgiwn resginw reswgni reswgin reswngi reswnig reswing reswign resigwn resignw resiwgn
resiwng resinwg resingw rsingew rsingwe rsinegw rsinewg rsinweg rsinwge rsignew rsignwe
rsigenw rsigewn rsigwen rsigwne rsiegnw rsiegwn rsiengw rsienwg rsiewng rsiewgn rsiwgen
rsiwgne rsiwegn rsiweng rsiwneg rsiwnge rsnigew rsnigwe rsniegw rsniewg rsniweg rsniwge
rsngiew rsngiwe rsngeiw rsngewi rsngwei rsngwie rsnegiw rsnegwi rsneigw rsneiwg rsnewig
rsnewgi rsnwgei rsnwgie rsnwegi rsnweig rsnwieg rsnwige rsgniew rsgniwe rsgneiw rsgnewi
rsgnwei rsgnwie rsginew rsginwe rsgienw rsgiewn rsgiwen rsgiwne rsgeinw rsgeiwn rsgeniw
rsgenwi rsgewni rsgewin rsgwien rsgwine rsgwein rsgweni rsgwnei rsgwnie rsengiw rsengwi
rsenigw rseniwg rsenwig rsenwgi rsegniw rsegnwi rseginw rsegiwn rsegwin rsegwni rseignw
rseigwn rseingw rseinwg rseiwng rseiwgn rsewgin rsewgni rsewign rsewing rsewnig rsewngi
rswngei rswngie rswnegi rswneig rswnieg rswnige rswgnei rswgnie rswgeni rswgein rswgien
rswgine rswegni rswegin rswengi rswenig rsweing rsweign rswigen rswigne rswiegn rswieng
rswineg rswinge

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History of cryptography
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