easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

reenlistments

uocaram

unsummered

molinelli

filley

throuch

mascons

nuove

ostentantque

implessaverim

paiconeca

gigas

panzers

fabulon

profaturque

unleashes

myoliposis

tenentem


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: uirgines
cipher variations:
vjshjoft wktikpgu xlujlqhv ymvkmriw znwlnsjx
aoxmotky bpynpulz cqzoqvma draprwnb esbqsxoc
ftcrtypd gudsuzqe hvetvarf iwfuwbsg jxgvxcth
kyhwydui lzixzevj majyafwk nbkzbgxl oclachym
pdmbdizn qencejao rfodfkbp sgpeglcq thqfhmdr

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: uirgines
Cipher: fritrmvh

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: uirgines
Cipher: BAABB ABAAA BAAAA AABBA ABAAA ABBAA AABAA BAAAB

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: uirgines
cipher variations:
vjshjoftjzatzondxpifpovnlfqrfodxzvydvolhnlgplotrprwnrojldhezhorv
rxmlxozffnuxnohptdcjdopzhtkvtoxjwktikpgukabuapoeyqjgqpwomgrsgpey
awzewpmiomhqmpusqsxospkmeifaipswsynmypaggovyopiquedkepqaiulwupyk
xlujlqhvlbcvbqpfzrkhrqxpnhsthqfzbxafxqnjpnirnqvtrtyptqlnfjgbjqtx
tzonzqbhhpwzpqjrvfelfqrbjvmxvqzlymvkmriwmcdwcrqgaslisryqoituirga
cybgyrokqojsorwusuzqurmogkhckruyuapoarciiqxaqrkswgfmgrsckwnywram
znwlnsjxndexdsrhbtmjtszrpjuvjshbdzchzsplrpktpsxvtvarvsnphlidlsvz
vbqpbsdjjrybrsltxhgnhstdlxozxsbnaoxmotkyoefyetsicunkutasqkvwktic
eadiatqmsqluqtywuwbswtoqimjemtwawcrqctekkszcstmuyihoituemypaytco
bpynpulzpfgzfutjdvolvubtrlwxlujdfbejburntrmvruzxvxctxuprjnkfnuxb
xdsrduflltadtunvzjipjuvfnzqbzudpcqzoqvmaqghagvukewpmwvcusmxymvke
gcfkcvsousnwsvaywyduyvqskolgovycyetsevgmmubeuvowakjqkvwgoarcaveq
draprwnbrhibhwvlfxqnxwdvtnyznwlfhdgldwtpvtoxtwbzxzevzwrtlpmhpwzd
zfutfwhnnvcfvwpxblkrlwxhpbsdbwfresbqsxocsijcixwmgyroyxewuozaoxmg
iehmexuqwupyuxcayafwaxsumqniqxaeagvugxioowdgwxqycmlsmxyiqctecxgs
ftcrtypdtjkdjyxnhzspzyfxvpabpynhjfinfyvrxvqzvydbzbgxbytvnrojrybf
bhwvhyjppxehxyrzdnmtnyzjrdufdyhtgudsuzqeuklekzyoiatqazgywqbcqzoi
kgjogzwsywrawzecachyczuwospkszcgcixwizkqqyfiyzsaeonuozaksevgeziu
hvetvarfvlmflazpjburbahzxrcdrapjlhkphaxtzxsbxafdbdizdavxptqltadh
djyxjalrrzgjzatbfpovpabltfwhfajviwfuwbsgwmngmbaqkcvscbiaysdesbqk
milqibyuaytcybgecejaebwyqurmubeiekzykbmssahkabucgqpwqbcmugxigbkw
jxgvxcthxnohncbrldwtdcjbzteftcrlnjmrjczvbzudzchfdfkbfcxzrvsnvcfj
flazlcnttbilbcvdhrqxrcdnvhyjhclxkyhwyduiyopiodcsmexuedkcaufgudsm
oknskdawcaveadigeglcgdyaswtowdgkgmbamdouucjmcdweisrysdeowizkidmy
lzixzevjzpqjpedtnfyvfeldbvghvetnplotlebxdbwfbejhfhmdhezbtxupxehl
hncbnepvvdkndexfjtsztefpxjaljenzmajyafwkaqrkqfeuogzwgfmecwhiwfuo
qmpumfcyecxgcfkigineifacuyvqyfimiodcofqwweloefygkutaufgqykbmkfoa
nbkzbgxlbrslrgfvphaxhgnfdxijxgvprnqvngdzfdyhdgljhjofjgbdvzwrzgjn
jpedpgrxxfmpfgzhlvubvghrzlcnlgpboclachymcstmshgwqibyihogeyjkyhwq
sorwoheageziehmkikpgkhcewaxsahkokqfeqhsyygnqghaimwvcwhisamdomhqc
pdmbdizndtuntihxrjczjiphfzklzixrtpsxpifbhfajfinljlqhlidfxbytbilp
lrgfritzzhorhibjnxwdxijtbnepnirdqencejaoeuvoujiyskdakjqigalmajys
uqtyqjgcigbkgjomkmrimjegyczucjmqmshgsjuaaipsijckoyxeyjkucofqojse
rfodfkbpfvwpvkjztleblkrjhbmnbkztvruzrkhdjhclhkpnlnsjnkfhzdavdknr
ntihtkvbbjqtjkdlpzyfzklvdpgrpktfsgpeglcqgwxqwlkaumfcmlskicnoclau
wsvasliekidmilqomotkolgiaebwelosoujiulwcckruklemqazgalmweqhsqlug
thqfhmdrhxyrxmlbvngdnmtljdopdmbvxtwbtmjfljenjmrpnpulpmhjbfcxfmpt
pvkjvmxddlsvlmfnrbahbmnxfritrmvhuirginesiyzsynmcwoheonumkepqencw
yuxcunkgmkfoknsqoqvmqnikcgdygnquqwlkwnyeemtwmngoscbicnoygsjusnwi

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: uirgines
Cipher: hvetvarf

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: uirgines
Cipher: 5442242242335134

Extended Methods:
Method #1

Plaintext: uirgines
method variations:
zowmoskxetbrtxpckygwycuhpdmbdhzn

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
u i r g i n e s 
5 4 2 2 4 3 5 3 
4 2 4 2 2 3 1 4 
They are then read out in rows:
5422435342422314
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: uirgines
Cipher: ugopiimq

Read more ...
Method #3

Plaintext: uirgines
method variations:
tgirmxly girmxlyt irmxlytg
rmxlytgi mxlytgir xlytgirm
lytgirmx ytgirmxl

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: uirgines

first 5040 cipher variations(40320 total)
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uirgnsie uirgenis uirgensi uirgeins uirgeisn uirgesin uirgesni uirgsnei uirgsnie uirgseni uirgsein
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urniesig urniesgi urnisgei urnisgie urnisegi urniseig urnisieg urnisige urneiigs urneiisg urneigis
urneigsi urneisgi urneisig urneiigs urneiisg urneigis urneigsi urneisgi urneisig urnegiis urnegisi
urnegiis urnegisi urnegsii urnegsii urnesigi urnesiig urnesgii urnesgii urnesigi urnesiig urnsiieg
urnsiige urnsieig urnsiegi urnsigei urnsigie urnsiieg urnsiige urnsieig urnsiegi urnsigei urnsigie
urnseiig urnseigi urnseiig urnseigi urnsegii urnsegii urnsgiei urnsgiie urnsgeii urnsgeii urnsgiei
urnsgiie ureginis ureginsi uregiins uregiisn uregisin uregisni uregniis uregnisi uregniis uregnisi
uregnsii uregnsii ureginis ureginsi uregiins uregiisn uregisin uregisni uregsnii uregsnii uregsini
uregsiin uregsiin uregsini ureignis ureignsi ureigins ureigisn ureigsin ureigsni ureingis ureingsi
ureinigs ureinisg ureinsig ureinsgi ureiings ureiinsg ureiigns ureiigsn ureiisgn ureiisng ureisnig
ureisngi ureising ureisign ureisgin ureisgni urenigis urenigsi ureniigs ureniisg urenisig urenisgi
urengiis urengisi urengiis urengisi urengsii urengsii urenigis urenigsi ureniigs ureniisg urenisig
urenisgi urensgii urensgii urensigi urensiig urensiig urensigi ureiings ureiinsg ureiigns ureiigsn
ureiisgn ureiisng ureinigs ureinisg ureingis ureingsi ureinsgi ureinsig ureignis ureignsi ureigins
ureigisn ureigsin ureigsni ureisngi ureisnig ureisgni ureisgin ureisign ureising uresinig uresingi
uresiing uresiign uresigin uresigni uresniig uresnigi uresniig uresnigi uresngii uresngii uresinig
uresingi uresiing uresiign uresigin uresigni uresgnii uresgnii uresgini uresgiin uresgiin uresgini
ursginei ursginie ursgieni ursgiein ursgiien ursgiine ursgniei ursgniie ursgneii ursgneii ursgniei
ursgniie ursgenii ursgenii ursgeini ursgeiin ursgeiin ursgeini ursginei ursginie ursgieni ursgiein
ursgiien ursgiine ursignei ursignie ursigeni ursigein ursigien ursigine ursingei ursingie ursinegi
ursineig ursinieg ursinige ursiengi ursienig ursiegni ursiegin ursieign ursieing ursiineg ursiinge
ursiieng ursiiegn ursiigen ursiigne ursnigei ursnigie ursniegi ursnieig ursniieg ursniige ursngiei
ursngiie ursngeii ursngeii ursngiei ursngiie ursnegii ursnegii ursneigi ursneiig ursneiig ursneigi
ursnigei ursnigie ursniegi ursnieig ursniieg ursniige urseingi urseinig urseigni urseigin urseiign
urseiing ursenigi urseniig ursengii ursengii ursenigi urseniig ursegnii ursegnii ursegini ursegiin
ursegiin ursegini urseingi urseinig urseigni urseigin urseiign urseiing ursiineg ursiinge ursiieng
ursiiegn ursiigen ursiigne ursinieg ursinige ursineig ursinegi ursingei ursingie ursienig ursiengi
ursieing ursieign ursiegin ursiegni ursignei ursignie ursigeni ursigein ursigien ursigine ugriines
ugriinse ugriiens ugriiesn ugriisen ugriisne ugrinies ugrinise ugrineis ugrinesi ugrinsei ugrinsie
ugrienis ugriensi ugrieins ugrieisn ugriesin ugriesni ugrisnei ugrisnie ugriseni ugrisein ugrisien
ugrisine ugriines ugriinse ugriiens ugriiesn ugriisen ugriisne ugrinies ugrinise ugrineis ugrinesi
ugrinsei ugrinsie ugrienis ugriensi ugrieins ugrieisn ugriesin ugriesni ugrisnei ugrisnie ugriseni
ugrisein ugrisien ugrisine ugrniies ugrniise ugrnieis ugrniesi ugrnisei ugrnisie ugrniies ugrniise
ugrnieis ugrniesi ugrnisei ugrnisie ugrneiis ugrneisi ugrneiis ugrneisi ugrnesii ugrnesii ugrnsiei
ugrnsiie ugrnseii ugrnseii ugrnsiei ugrnsiie ugreinis ugreinsi ugreiins ugreiisn ugreisin ugreisni
ugreniis ugrenisi ugreniis ugrenisi ugrensii ugrensii ugreinis ugreinsi ugreiins ugreiisn ugreisin
ugreisni ugresnii ugresnii ugresini ugresiin ugresiin ugresini ugrsinei ugrsinie ugrsieni ugrsiein
ugrsiien ugrsiine ugrsniei ugrsniie ugrsneii ugrsneii ugrsniei ugrsniie ugrsenii ugrsenii ugrseini
ugrseiin ugrseiin ugrseini ugrsinei ugrsinie ugrsieni ugrsiein ugrsiien ugrsiine ugirines ugirinse
ugiriens ugiriesn ugirisen ugirisne ugirnies ugirnise ugirneis ugirnesi ugirnsei ugirnsie ugirenis
ugirensi ugireins ugireisn ugiresin ugiresni ugirsnei ugirsnie ugirseni ugirsein ugirsien ugirsine
ugiirnes ugiirnse ugiirens ugiiresn ugiirsen ugiirsne ugiinres ugiinrse ugiiners ugiinesr ugiinser
ugiinsre ugiienrs ugiiensr ugiierns ugiiersn ugiiesrn ugiiesnr ugiisner ugiisnre ugiisenr ugiisern
ugiisren ugiisrne uginires uginirse uginiers uginiesr uginiser uginisre uginries uginrise uginreis
uginresi uginrsei uginrsie ugineris uginersi ugineirs ugineisr uginesir uginesri uginsrei uginsrie
uginseri uginseir uginsier uginsire ugieinrs ugieinsr ugieirns ugieirsn ugieisrn ugieisnr ugienirs
ugienisr ugienris ugienrsi ugiensri ugiensir ugiernis ugiernsi ugierins ugierisn ugiersin ugiersni
ugiesnri ugiesnir ugiesrni ugiesrin ugiesirn ugiesinr ugisiner ugisinre ugisienr ugisiern ugisiren
ugisirne ugisnier ugisnire ugisneir ugisneri ugisnrei ugisnrie ugisenir ugisenri ugiseinr ugiseirn
ugiserin ugiserni ugisrnei ugisrnie ugisreni ugisrein ugisrien ugisrine ugiirnes ugiirnse ugiirens
ugiiresn ugiirsen ugiirsne ugiinres ugiinrse ugiiners ugiinesr ugiinser ugiinsre ugiienrs ugiiensr
ugiierns ugiiersn ugiiesrn ugiiesnr ugiisner ugiisnre ugiisenr ugiisern ugiisren ugiisrne ugirines
ugirinse ugiriens ugiriesn ugirisen ugirisne ugirnies ugirnise ugirneis ugirnesi ugirnsei ugirnsie
ugirenis ugirensi ugireins ugireisn ugiresin ugiresni ugirsnei ugirsnie ugirseni ugirsein ugirsien
ugirsine uginries uginrise uginreis uginresi uginrsei uginrsie uginires uginirse uginiers uginiesr
uginiser uginisre ugineirs ugineisr ugineris uginersi uginesri uginesir uginsier uginsire uginseir
uginseri uginsrei uginsrie ugiernis ugiernsi ugierins ugierisn ugiersin ugiersni ugienris ugienrsi
ugienirs ugienisr ugiensir ugiensri ugieinrs ugieinsr ugieirns ugieirsn ugieisrn ugieisnr ugiesnir
ugiesnri ugiesinr ugiesirn ugiesrin ugiesrni ugisrnei ugisrnie ugisreni ugisrein ugisrien ugisrine
ugisnrei ugisnrie ugisneri ugisneir ugisnier ugisnire ugisenri ugisenir ugiserni ugiserin ugiseirn
ugiseinr ugisiner ugisinre ugisienr ugisiern ugisiren ugisirne ugniires ugniirse ugniiers ugniiesr
ugniiser ugniisre ugniries ugnirise ugnireis ugniresi ugnirsei ugnirsie ugnieris ugniersi ugnieirs
ugnieisr ugniesir ugniesri ugnisrei ugnisrie ugniseri ugniseir ugnisier ugnisire ugniires ugniirse
ugniiers ugniiesr ugniiser ugniisre ugniries ugnirise ugnireis ugniresi ugnirsei ugnirsie ugnieris
ugniersi ugnieirs ugnieisr ugniesir ugniesri ugnisrei ugnisrie ugniseri ugniseir ugnisier ugnisire
ugnriies ugnriise ugnrieis ugnriesi ugnrisei ugnrisie ugnriies ugnriise ugnrieis ugnriesi ugnrisei
ugnrisie ugnreiis ugnreisi ugnreiis ugnreisi ugnresii ugnresii ugnrsiei ugnrsiie ugnrseii ugnrseii
ugnrsiei ugnrsiie ugneiris ugneirsi ugneiirs ugneiisr ugneisir ugneisri ugneriis ugnerisi ugneriis
ugnerisi ugnersii ugnersii ugneiris ugneirsi ugneiirs ugneiisr ugneisir ugneisri ugnesrii ugnesrii
ugnesiri ugnesiir ugnesiir ugnesiri ugnsirei ugnsirie ugnsieri ugnsieir ugnsiier ugnsiire ugnsriei
ugnsriie ugnsreii ugnsreii ugnsriei ugnsriie ugnserii ugnserii ugnseiri ugnseiir ugnseiir ugnseiri
ugnsirei ugnsirie ugnsieri ugnsieir ugnsiier ugnsiire ugeiinrs ugeiinsr ugeiirns ugeiirsn ugeiisrn
ugeiisnr ugeinirs ugeinisr ugeinris ugeinrsi ugeinsri ugeinsir ugeirnis ugeirnsi ugeirins ugeirisn
ugeirsin ugeirsni ugeisnri ugeisnir ugeisrni ugeisrin ugeisirn ugeisinr ugeiinrs ugeiinsr ugeiirns
ugeiirsn ugeiisrn ugeiisnr ugeinirs ugeinisr ugeinris ugeinrsi ugeinsri ugeinsir ugeirnis ugeirnsi
ugeirins ugeirisn ugeirsin ugeirsni ugeisnri ugeisnir ugeisrni ugeisrin ugeisirn ugeisinr ugeniirs
ugeniisr ugeniris ugenirsi ugenisri ugenisir ugeniirs ugeniisr ugeniris ugenirsi ugenisri ugenisir
ugenriis ugenrisi ugenriis ugenrisi ugenrsii ugenrsii ugensiri ugensiir ugensrii ugensrii ugensiri
ugensiir ugerinis ugerinsi ugeriins ugeriisn ugerisin ugerisni ugerniis ugernisi ugerniis ugernisi
ugernsii ugernsii ugerinis ugerinsi ugeriins ugeriisn ugerisin ugerisni ugersnii ugersnii ugersini
ugersiin ugersiin ugersini ugesinri ugesinir ugesirni ugesirin ugesiirn ugesiinr ugesniri ugesniir
ugesnrii ugesnrii ugesniri ugesniir ugesrnii ugesrnii ugesrini ugesriin ugesriin ugesrini ugesinri
ugesinir ugesirni ugesirin ugesiirn ugesiinr ugsiiner ugsiinre ugsiienr ugsiiern ugsiiren ugsiirne
ugsinier ugsinire ugsineir ugsineri ugsinrei ugsinrie ugsienir ugsienri ugsieinr ugsieirn ugsierin
ugsierni ugsirnei ugsirnie ugsireni ugsirein ugsirien ugsirine ugsiiner ugsiinre ugsiienr ugsiiern
ugsiiren ugsiirne ugsinier ugsinire ugsineir ugsineri ugsinrei ugsinrie ugsienir ugsienri ugsieinr
ugsieirn ugsierin ugsierni ugsirnei ugsirnie ugsireni ugsirein ugsirien ugsirine ugsniier ugsniire
ugsnieir ugsnieri ugsnirei ugsnirie ugsniier ugsniire ugsnieir ugsnieri ugsnirei ugsnirie ugsneiir
ugsneiri ugsneiir ugsneiri ugsnerii ugsnerii ugsnriei ugsnriie ugsnreii ugsnreii ugsnriei ugsnriie
ugseinir ugseinri ugseiinr ugseiirn ugseirin ugseirni ugseniir ugseniri ugseniir ugseniri ugsenrii
ugsenrii ugseinir ugseinri ugseiinr ugseiirn ugseirin ugseirni ugsernii ugsernii ugserini ugseriin
ugseriin ugserini ugsrinei ugsrinie ugsrieni ugsriein ugsriien ugsriine ugsrniei ugsrniie ugsrneii
ugsrneii ugsrniei ugsrniie ugsrenii ugsrenii ugsreini ugsreiin ugsreiin ugsreini ugsrinei ugsrinie
ugsrieni ugsriein ugsriien ugsriine uirgines uirginse uirgiens uirgiesn uirgisen uirgisne uirgnies
uirgnise uirgneis uirgnesi uirgnsei uirgnsie uirgenis uirgensi uirgeins uirgeisn uirgesin uirgesni
uirgsnei uirgsnie uirgseni uirgsein uirgsien uirgsine uirignes uirignse uirigens uirigesn uirigsen
uirigsne uiringes uiringse uirinegs uirinesg uirinseg uirinsge uiriengs uiriensg uiriegns uiriegsn
uiriesgn uiriesng uirisneg uirisnge uiriseng uirisegn uirisgen uirisgne uirniges uirnigse uirniegs
uirniesg uirniseg uirnisge uirngies uirngise uirngeis uirngesi uirngsei uirngsie uirnegis uirnegsi
uirneigs uirneisg uirnesig uirnesgi uirnsgei uirnsgie uirnsegi uirnseig uirnsieg uirnsige uireings
uireinsg uireigns uireigsn uireisgn uireisng uirenigs uirenisg uirengis uirengsi uirensgi uirensig
uiregnis uiregnsi uiregins uiregisn uiregsin uiregsni uiresngi uiresnig uiresgni uiresgin uiresign
uiresing uirsineg uirsinge uirsieng uirsiegn uirsigen uirsigne uirsnieg uirsnige uirsneig uirsnegi
uirsngei uirsngie uirsenig uirsengi uirseing uirseign uirsegin uirsegni uirsgnei uirsgnie uirsgeni
uirsgein uirsgien uirsgine uigrines uigrinse uigriens uigriesn uigrisen uigrisne uigrnies uigrnise
uigrneis uigrnesi uigrnsei uigrnsie uigrenis uigrensi uigreins uigreisn uigresin uigresni uigrsnei
uigrsnie uigrseni uigrsein uigrsien uigrsine uigirnes uigirnse uigirens uigiresn uigirsen uigirsne
uiginres uiginrse uiginers uiginesr uiginser uiginsre uigienrs uigiensr uigierns uigiersn uigiesrn
uigiesnr uigisner uigisnre uigisenr uigisern uigisren uigisrne uignires uignirse uigniers uigniesr
uigniser uignisre uignries uignrise uignreis uignresi uignrsei uignrsie uigneris uignersi uigneirs
uigneisr uignesir uignesri uignsrei uignsrie uignseri uignseir uignsier uignsire uigeinrs uigeinsr
uigeirns uigeirsn uigeisrn uigeisnr uigenirs uigenisr uigenris uigenrsi uigensri uigensir uigernis
uigernsi uigerins uigerisn uigersin uigersni uigesnri uigesnir uigesrni uigesrin uigesirn uigesinr
uigsiner uigsinre uigsienr uigsiern uigsiren uigsirne uigsnier uigsnire uigsneir uigsneri uigsnrei
uigsnrie uigsenir uigsenri uigseinr uigseirn uigserin uigserni uigsrnei uigsrnie uigsreni uigsrein
uigsrien uigsrine uiigrnes uiigrnse uiigrens uiigresn uiigrsen uiigrsne uiignres uiignrse uiigners
uiignesr uiignser uiignsre uiigenrs uiigensr uiigerns uiigersn uiigesrn uiigesnr uiigsner uiigsnre
uiigsenr uiigsern uiigsren uiigsrne uiirgnes uiirgnse uiirgens uiirgesn uiirgsen uiirgsne uiirnges
uiirngse uiirnegs uiirnesg uiirnseg uiirnsge uiirengs uiirensg uiiregns uiiregsn uiiresgn uiiresng
uiirsneg uiirsnge uiirseng uiirsegn uiirsgen uiirsgne uiinrges uiinrgse uiinregs uiinresg uiinrseg
uiinrsge uiingres uiingrse uiingers uiingesr uiingser uiingsre uiinegrs uiinegsr uiinergs uiinersg
uiinesrg uiinesgr uiinsger uiinsgre uiinsegr uiinserg uiinsreg uiinsrge uiierngs uiiernsg uiiergns
uiiergsn uiiersgn uiiersng uiienrgs uiienrsg uiiengrs uiiengsr uiiensgr uiiensrg uiiegnrs uiiegnsr
uiiegrns uiiegrsn uiiegsrn uiiegsnr uiiesngr uiiesnrg uiiesgnr uiiesgrn uiiesrgn uiiesrng uiisrneg
uiisrnge uiisreng uiisregn uiisrgen uiisrgne uiisnreg uiisnrge uiisnerg uiisnegr uiisnger uiisngre
uiisenrg uiisengr uiiserng uiisergn uiisegrn uiisegnr uiisgner uiisgnre uiisgenr uiisgern uiisgren
uiisgrne uingires uingirse uingiers uingiesr uingiser uingisre uingries uingrise uingreis uingresi
uingrsei uingrsie uingeris uingersi uingeirs uingeisr uingesir uingesri uingsrei uingsrie uingseri
uingseir uingsier uingsire uinigres uinigrse uinigers uinigesr uinigser uinigsre uinirges uinirgse
uiniregs uiniresg uinirseg uinirsge uiniergs uiniersg uiniegrs uiniegsr uiniesgr uiniesrg uinisreg
uinisrge uiniserg uinisegr uinisger uinisgre uinriges uinrigse uinriegs uinriesg uinriseg uinrisge
uinrgies uinrgise uinrgeis uinrgesi uinrgsei uinrgsie uinregis uinregsi uinreigs uinreisg uinresig
uinresgi uinrsgei uinrsgie uinrsegi uinrseig uinrsieg uinrsige uineirgs uineirsg uineigrs uineigsr
uineisgr uineisrg uinerigs uinerisg uinergis uinergsi uinersgi uinersig uinegris uinegrsi uinegirs
uinegisr uinegsir uinegsri uinesrgi uinesrig uinesgri uinesgir uinesigr uinesirg uinsireg uinsirge
uinsierg uinsiegr uinsiger uinsigre uinsrieg uinsrige uinsreig uinsregi uinsrgei uinsrgie uinserig
uinsergi uinseirg uinseigr uinsegir uinsegri uinsgrei uinsgrie uinsgeri uinsgeir uinsgier uinsgire
uieginrs uieginsr uiegirns uiegirsn uiegisrn uiegisnr uiegnirs uiegnisr uiegnris uiegnrsi uiegnsri
uiegnsir uiegrnis uiegrnsi uiegrins uiegrisn uiegrsin uiegrsni uiegsnri uiegsnir uiegsrni uiegsrin
uiegsirn uiegsinr uieignrs uieignsr uieigrns uieigrsn uieigsrn uieigsnr uieingrs uieingsr uieinrgs
uieinrsg uieinsrg uieinsgr uieirngs uieirnsg uieirgns uieirgsn uieirsgn uieirsng uieisnrg uieisngr
uieisrng uieisrgn uieisgrn uieisgnr uienigrs uienigsr uienirgs uienirsg uienisrg uienisgr uiengirs
uiengisr uiengris uiengrsi uiengsri uiengsir uienrgis uienrgsi uienrigs uienrisg uienrsig uienrsgi
uiensgri uiensgir uiensrgi uiensrig uiensirg uiensigr uierings uierinsg uierigns uierigsn uierisgn
uierisng uiernigs uiernisg uierngis uierngsi uiernsgi uiernsig uiergnis uiergnsi uiergins uiergisn
uiergsin uiergsni uiersngi uiersnig uiersgni uiersgin uiersign uiersing uiesinrg uiesingr uiesirng
uiesirgn uiesigrn uiesignr uiesnirg uiesnigr uiesnrig uiesnrgi uiesngri uiesngir uiesrnig uiesrngi
uiesring uiesrign uiesrgin uiesrgni uiesgnri uiesgnir uiesgrni uiesgrin uiesgirn uiesginr uisginer
uisginre uisgienr uisgiern uisgiren uisgirne uisgnier uisgnire uisgneir uisgneri uisgnrei uisgnrie
uisgenir uisgenri uisgeinr uisgeirn uisgerin uisgerni uisgrnei uisgrnie uisgreni uisgrein uisgrien
uisgrine uisigner uisignre uisigenr uisigern uisigren uisigrne uisinger uisingre uisinegr uisinerg
uisinreg uisinrge uisiengr uisienrg uisiegnr uisiegrn uisiergn uisierng uisirneg uisirnge uisireng
uisiregn uisirgen uisirgne uisniger uisnigre uisniegr uisnierg uisnireg uisnirge uisngier uisngire
uisngeir uisngeri uisngrei uisngrie uisnegir uisnegri uisneigr uisneirg uisnerig uisnergi uisnrgei
uisnrgie uisnregi uisnreig uisnrieg uisnrige uiseingr uiseinrg uiseignr uiseigrn uiseirgn uiseirng
uisenigr uisenirg uisengir uisengri uisenrgi uisenrig uisegnir uisegnri uiseginr uisegirn uisegrin
uisegrni uiserngi uisernig uisergni uisergin uiserign uisering uisrineg uisringe uisrieng uisriegn
uisrigen uisrigne uisrnieg uisrnige uisrneig uisrnegi uisrngei uisrngie uisrenig uisrengi uisreing
uisreign uisregin uisregni uisrgnei uisrgnie uisrgeni uisrgein uisrgien uisrgine unrgiies unrgiise
unrgieis unrgiesi unrgisei unrgisie unrgiies unrgiise unrgieis unrgiesi unrgisei unrgisie unrgeiis
unrgeisi unrgeiis unrgeisi unrgesii unrgesii unrgsiei unrgsiie unrgseii unrgseii unrgsiei unrgsiie
unrigies unrigise unrigeis unrigesi unrigsei unrigsie unriiges unriigse unriiegs unriiesg unriiseg
unriisge unrieigs unrieisg unriegis unriegsi unriesgi unriesig unrisieg unrisige unriseig unrisegi
unrisgei unrisgie unriiges unriigse unriiegs unriiesg unriiseg unriisge unrigies unrigise unrigeis
unrigesi unrigsei unrigsie unriegis unriegsi unrieigs unrieisg unriesig unriesgi unrisgei unrisgie
unrisegi unriseig unrisieg unrisige unreiigs unreiisg unreigis unreigsi unreisgi unreisig unreiigs
unreiisg unreigis unreigsi unreisgi unreisig unregiis unregisi unregiis unregisi unregsii unregsii
unresigi unresiig unresgii unresgii unresigi unresiig unrsiieg unrsiige unrsieig unrsiegi unrsigei
unrsigie unrsiieg unrsiige unrsieig unrsiegi unrsigei unrsigie unrseiig unrseigi unrseiig unrseigi
unrsegii unrsegii unrsgiei unrsgiie unrsgeii unrsgeii unrsgiei unrsgiie ungriies ungriise ungrieis
ungriesi ungrisei ungrisie ungriies ungriise ungrieis ungriesi ungrisei ungrisie ungreiis ungreisi
ungreiis ungreisi ungresii ungresii ungrsiei ungrsiie ungrseii ungrseii ungrsiei ungrsiie ungiries
ungirise ungireis ungiresi ungirsei ungirsie ungiires ungiirse ungiiers ungiiesr ungiiser ungiisre
ungieirs ungieisr ungieris ungiersi ungiesri ungiesir ungisier ungisire ungiseir ungiseri ungisrei
ungisrie ungiires ungiirse ungiiers ungiiesr ungiiser ungiisre ungiries ungirise ungireis ungiresi
ungirsei ungirsie ungieris ungiersi ungieirs ungieisr ungiesir ungiesri ungisrei ungisrie ungiseri
ungiseir ungisier ungisire ungeiirs ungeiisr ungeiris ungeirsi ungeisri ungeisir ungeiirs ungeiisr
ungeiris ungeirsi ungeisri ungeisir ungeriis ungerisi ungeriis ungerisi ungersii ungersii ungesiri
ungesiir ungesrii ungesrii ungesiri ungesiir ungsiier ungsiire ungsieir ungsieri ungsirei ungsirie
ungsiier ungsiire ungsieir ungsieri ungsirei ungsirie ungseiir ungseiri ungseiir ungseiri ungserii
ungserii ungsriei ungsriie ungsreii ungsreii ungsriei ungsriie unigries unigrise unigreis unigresi
unigrsei unigrsie unigires unigirse unigiers unigiesr unigiser unigisre unigeirs unigeisr unigeris
unigersi unigesri unigesir unigsier unigsire unigseir unigseri unigsrei unigsrie unirgies unirgise
unirgeis unirgesi unirgsei unirgsie uniriges unirigse uniriegs uniriesg uniriseg unirisge unireigs
unireisg uniregis uniregsi uniresgi uniresig unirsieg unirsige unirseig unirsegi unirsgei unirsgie
uniirges uniirgse uniiregs uniiresg uniirseg uniirsge uniigres uniigrse uniigers uniigesr uniigser
uniigsre uniiegrs uniiegsr uniiergs uniiersg uniiesrg uniiesgr uniisger uniisgre uniisegr uniiserg
uniisreg uniisrge unierigs unierisg uniergis uniergsi uniersgi uniersig unieirgs unieirsg unieigrs
unieigsr unieisgr unieisrg uniegirs uniegisr uniegris uniegrsi uniegsri uniegsir uniesigr uniesirg
uniesgir uniesgri uniesrgi uniesrig unisrieg unisrige unisreig unisregi unisrgei unisrgie unisireg
unisirge unisierg unisiegr unisiger unisigre uniseirg uniseigr uniserig unisergi unisegri unisegir
unisgier unisgire unisgeir unisgeri unisgrei unisgrie unigires unigirse unigiers unigiesr unigiser
unigisre unigries unigrise unigreis unigresi unigrsei unigrsie unigeris unigersi unigeirs unigeisr
unigesir unigesri unigsrei unigsrie unigseri unigseir unigsier unigsire uniigres uniigrse uniigers
uniigesr uniigser uniigsre uniirges uniirgse uniiregs uniiresg uniirseg uniirsge uniiergs uniiersg
uniiegrs uniiegsr uniiesgr uniiesrg uniisreg uniisrge uniiserg uniisegr uniisger uniisgre uniriges
unirigse uniriegs uniriesg uniriseg unirisge unirgies unirgise unirgeis unirgesi unirgsei unirgsie
uniregis uniregsi unireigs unireisg uniresig uniresgi unirsgei unirsgie unirsegi unirseig unirsieg
unirsige unieirgs unieirsg unieigrs unieigsr unieisgr unieisrg unierigs unierisg uniergis uniergsi
uniersgi uniersig uniegris uniegrsi uniegirs uniegisr uniegsir uniegsri uniesrgi uniesrig uniesgri
uniesgir uniesigr uniesirg unisireg unisirge unisierg unisiegr unisiger unisigre unisrieg unisrige
unisreig unisregi unisrgei unisrgie uniserig unisergi uniseirg uniseigr unisegir unisegri unisgrei
unisgrie unisgeri unisgeir unisgier unisgire unegiirs unegiisr unegiris unegirsi unegisri unegisir
unegiirs unegiisr unegiris unegirsi unegisri unegisir unegriis unegrisi unegriis unegrisi unegrsii
unegrsii unegsiri unegsiir unegsrii unegsrii unegsiri unegsiir uneigirs uneigisr uneigris uneigrsi
uneigsri uneigsir uneiigrs uneiigsr uneiirgs uneiirsg uneiisrg uneiisgr uneirigs uneirisg uneirgis
uneirgsi uneirsgi uneirsig uneisirg uneisigr uneisrig uneisrgi uneisgri uneisgir uneiigrs uneiigsr
uneiirgs uneiirsg uneiisrg uneiisgr uneigirs uneigisr uneigris uneigrsi uneigsri uneigsir uneirgis
uneirgsi uneirigs uneirisg uneirsig uneirsgi uneisgri uneisgir uneisrgi uneisrig uneisirg uneisigr
uneriigs uneriisg unerigis unerigsi unerisgi unerisig uneriigs uneriisg unerigis unerigsi unerisgi
unerisig unergiis unergisi unergiis unergisi unergsii unergsii unersigi unersiig unersgii unersgii
unersigi unersiig unesiirg unesiigr unesirig unesirgi unesigri unesigir unesiirg unesiigr unesirig
unesirgi unesigri unesigir unesriig unesrigi unesriig unesrigi unesrgii unesrgii unesgiri unesgiir
unesgrii unesgrii unesgiri unesgiir unsgiier unsgiire unsgieir unsgieri unsgirei unsgirie unsgiier
unsgiire unsgieir unsgieri unsgirei unsgirie unsgeiir unsgeiri unsgeiir unsgeiri unsgerii unsgerii
unsgriei unsgriie unsgreii unsgreii unsgriei unsgriie unsigier unsigire unsigeir unsigeri unsigrei
unsigrie unsiiger unsiigre unsiiegr unsiierg unsiireg unsiirge unsieigr unsieirg unsiegir unsiegri
unsiergi unsierig unsirieg unsirige unsireig unsiregi unsirgei unsirgie unsiiger unsiigre unsiiegr
unsiierg unsiireg unsiirge unsigier unsigire unsigeir unsigeri unsigrei unsigrie unsiegir unsiegri
unsieigr unsieirg unsierig unsiergi unsirgei unsirgie unsiregi unsireig unsirieg unsirige unseiigr
unseiirg unseigir unseigri unseirgi unseirig unseiigr unseiirg unseigir unseigri unseirgi unseirig
unsegiir unsegiri unsegiir unsegiri unsegrii unsegrii unserigi unseriig unsergii unsergii unserigi
unseriig unsriieg unsriige unsrieig unsriegi unsrigei unsrigie unsriieg unsriige unsrieig unsriegi
unsrigei unsrigie unsreiig unsreigi unsreiig unsreigi unsregii unsregii unsrgiei unsrgiie unsrgeii
unsrgeii unsrgiei unsrgiie uerginis uerginsi uergiins uergiisn uergisin uergisni uergniis uergnisi
uergniis uergnisi uergnsii uergnsii uerginis uerginsi uergiins uergiisn uergisin uergisni uergsnii
uergsnii uergsini uergsiin uergsiin uergsini uerignis uerignsi uerigins uerigisn uerigsin uerigsni
ueringis ueringsi uerinigs uerinisg uerinsig uerinsgi ueriings ueriinsg ueriigns ueriigsn ueriisgn
ueriisng uerisnig uerisngi uerising uerisign uerisgin uerisgni uernigis uernigsi uerniigs uerniisg
uernisig uernisgi uerngiis uerngisi uerngiis uerngisi uerngsii uerngsii uernigis uernigsi uerniigs
uerniisg uernisig uernisgi uernsgii uernsgii uernsigi uernsiig uernsiig uernsigi ueriings ueriinsg
ueriigns ueriigsn ueriisgn ueriisng uerinigs uerinisg ueringis ueringsi uerinsgi uerinsig uerignis
uerignsi uerigins uerigisn uerigsin uerigsni uerisngi uerisnig uerisgni uerisgin uerisign uerising
uersinig uersingi uersiing uersiign uersigin uersigni uersniig uersnigi uersniig uersnigi uersngii
uersngii uersinig uersingi uersiing uersiign uersigin uersigni uersgnii uersgnii uersgini uersgiin
uersgiin uersgini uegrinis uegrinsi uegriins uegriisn uegrisin uegrisni uegrniis uegrnisi uegrniis
uegrnisi uegrnsii uegrnsii uegrinis uegrinsi uegriins uegriisn uegrisin uegrisni uegrsnii uegrsnii
uegrsini uegrsiin uegrsiin uegrsini uegirnis uegirnsi uegirins uegirisn uegirsin uegirsni ueginris
ueginrsi ueginirs ueginisr ueginsir ueginsri uegiinrs uegiinsr uegiirns uegiirsn uegiisrn uegiisnr
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uegiirsn uegiisrn uegiisnr ueginirs ueginisr ueginris ueginrsi ueginsri ueginsir uegirnis uegirnsi
uegirins uegirisn uegirsin uegirsni uegisnri uegisnir uegisrni uegisrin uegisirn uegisinr uegsinir
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uegsinir uegsinri uegsiinr uegsiirn uegsirin uegsirni uegsrnii uegsrnii uegsrini uegsriin uegsriin
uegsrini ueigrnis ueigrnsi ueigrins ueigrisn ueigrsin ueigrsni ueignris ueignrsi ueignirs ueignisr
ueignsir ueignsri ueiginrs ueiginsr ueigirns ueigirsn ueigisrn ueigisnr ueigsnir ueigsnri ueigsinr
ueigsirn ueigsrin ueigsrni ueirgnis ueirgnsi ueirgins ueirgisn ueirgsin ueirgsni ueirngis ueirngsi
ueirnigs ueirnisg ueirnsig ueirnsgi ueirings ueirinsg ueirigns ueirigsn ueirisgn ueirisng ueirsnig
ueirsngi ueirsing ueirsign ueirsgin ueirsgni ueinrgis ueinrgsi ueinrigs ueinrisg ueinrsig ueinrsgi
ueingris ueingrsi ueingirs ueingisr ueingsir ueingsri ueinigrs ueinigsr ueinirgs ueinirsg ueinisrg
ueinisgr ueinsgir ueinsgri ueinsigr ueinsirg ueinsrig ueinsrgi ueiirngs ueiirnsg ueiirgns ueiirgsn
ueiirsgn ueiirsng ueiinrgs ueiinrsg ueiingrs ueiingsr ueiinsgr ueiinsrg ueiignrs ueiignsr ueiigrns
ueiigrsn ueiigsrn ueiigsnr ueiisngr ueiisnrg ueiisgnr ueiisgrn ueiisrgn ueiisrng ueisrnig ueisrngi
ueisring ueisrign ueisrgin ueisrgni ueisnrig ueisnrgi ueisnirg ueisnigr ueisngir ueisngri ueisinrg
ueisingr ueisirng ueisirgn ueisigrn ueisignr ueisgnir ueisgnri ueisginr ueisgirn ueisgrin ueisgrni
uengiris uengirsi uengiirs uengiisr uengisir uengisri uengriis uengrisi uengriis uengrisi uengrsii
uengrsii uengiris uengirsi uengiirs uengiisr uengisir uengisri uengsrii uengsrii uengsiri uengsiir
uengsiir uengsiri uenigris uenigrsi uenigirs uenigisr uenigsir uenigsri uenirgis uenirgsi uenirigs
uenirisg uenirsig uenirsgi ueniirgs ueniirsg ueniigrs ueniigsr ueniisgr ueniisrg uenisrig uenisrgi
uenisirg uenisigr uenisgir uenisgri uenrigis uenrigsi uenriigs uenriisg uenrisig uenrisgi uenrgiis
uenrgisi uenrgiis uenrgisi uenrgsii uenrgsii uenrigis uenrigsi uenriigs uenriisg uenrisig uenrisgi
uenrsgii uenrsgii uenrsigi uenrsiig uenrsiig uenrsigi ueniirgs ueniirsg ueniigrs ueniigsr ueniisgr
ueniisrg uenirigs uenirisg uenirgis uenirgsi uenirsgi uenirsig uenigris uenigrsi uenigirs uenigisr
uenigsir uenigsri uenisrgi uenisrig uenisgri uenisgir uenisigr uenisirg uensirig uensirgi uensiirg
uensiigr uensigir uensigri uensriig uensrigi uensriig uensrigi uensrgii uensrgii uensirig uensirgi
uensiirg uensiigr uensigir uensigri uensgrii uensgrii uensgiri uensgiir uensgiir uensgiri ueiginrs
ueiginsr ueigirns ueigirsn ueigisrn ueigisnr ueignirs ueignisr ueignris ueignrsi ueignsri ueignsir
ueigrnis ueigrnsi ueigrins ueigrisn ueigrsin ueigrsni ueigsnri ueigsnir ueigsrni ueigsrin ueigsirn
ueigsinr ueiignrs ueiignsr ueiigrns ueiigrsn ueiigsrn ueiigsnr ueiingrs ueiingsr ueiinrgs ueiinrsg
ueiinsrg ueiinsgr ueiirngs ueiirnsg ueiirgns ueiirgsn ueiirsgn ueiirsng ueiisnrg ueiisngr ueiisrng
ueiisrgn ueiisgrn ueiisgnr ueinigrs ueinigsr ueinirgs ueinirsg ueinisrg ueinisgr ueingirs ueingisr
ueingris ueingrsi ueingsri ueingsir ueinrgis ueinrgsi ueinrigs ueinrisg ueinrsig ueinrsgi ueinsgri
ueinsgir ueinsrgi ueinsrig ueinsirg ueinsigr ueirings ueirinsg ueirigns ueirigsn ueirisgn ueirisng
ueirnigs ueirnisg ueirngis ueirngsi ueirnsgi ueirnsig ueirgnis ueirgnsi ueirgins ueirgisn ueirgsin
ueirgsni ueirsngi ueirsnig ueirsgni ueirsgin ueirsign ueirsing ueisinrg ueisingr ueisirng ueisirgn
ueisigrn ueisignr ueisnirg ueisnigr ueisnrig ueisnrgi ueisngri ueisngir ueisrnig ueisrngi ueisring
ueisrign ueisrgin ueisrgni ueisgnri ueisgnir ueisgrni ueisgrin ueisgirn ueisginr uesginir uesginri
uesgiinr uesgiirn uesgirin uesgirni uesgniir uesgniri uesgniir uesgniri uesgnrii uesgnrii uesginir
uesginri uesgiinr uesgiirn uesgirin uesgirni uesgrnii uesgrnii uesgrini uesgriin uesgriin uesgrini
uesignir uesignri uesiginr uesigirn uesigrin uesigrni uesingir uesingri uesinigr uesinirg uesinrig
uesinrgi uesiingr uesiinrg uesiignr uesiigrn uesiirgn uesiirng uesirnig uesirngi uesiring uesirign
uesirgin uesirgni uesnigir uesnigri uesniigr uesniirg uesnirig uesnirgi uesngiir uesngiri uesngiir
uesngiri uesngrii uesngrii uesnigir uesnigri uesniigr uesniirg uesnirig uesnirgi uesnrgii uesnrgii
uesnrigi uesnriig uesnriig uesnrigi uesiingr uesiinrg uesiignr uesiigrn uesiirgn uesiirng uesinigr
uesinirg uesingir uesingri uesinrgi uesinrig uesignir uesignri uesiginr uesigirn uesigrin uesigrni
uesirngi uesirnig uesirgni uesirgin uesirign uesiring uesrinig uesringi uesriing uesriign uesrigin
uesrigni uesrniig uesrnigi uesrniig uesrnigi uesrngii uesrngii uesrinig uesringi uesriing uesriign
uesrigin uesrigni uesrgnii uesrgnii uesrgini uesrgiin uesrgiin uesrgini usrginei usrginie usrgieni
usrgiein usrgiien usrgiine usrgniei usrgniie usrgneii usrgneii usrgniei usrgniie usrgenii usrgenii
usrgeini usrgeiin usrgeiin usrgeini usrginei usrginie usrgieni usrgiein usrgiien usrgiine usrignei
usrignie usrigeni usrigein usrigien usrigine usringei usringie usrinegi usrineig usrinieg usrinige
usriengi usrienig usriegni usriegin usrieign usrieing usriineg usriinge usriieng usriiegn usriigen
usriigne usrnigei usrnigie usrniegi usrnieig usrniieg usrniige usrngiei usrngiie usrngeii usrngeii
usrngiei usrngiie usrnegii usrnegii usrneigi usrneiig usrneiig usrneigi usrnigei usrnigie usrniegi
usrnieig usrniieg usrniige usreingi usreinig usreigni usreigin usreiign usreiing usrenigi usreniig
usrengii usrengii usrenigi usreniig usregnii usregnii usregini usregiin usregiin usregini usreingi
usreinig usreigni usreigin usreiign usreiing usriineg usriinge usriieng usriiegn usriigen usriigne
usrinieg usrinige usrineig usrinegi usringei usringie usrienig usriengi usrieing usrieign usriegin
usriegni usrignei usrignie usrigeni usrigein usrigien usrigine usgrinei usgrinie usgrieni usgriein
usgriien usgriine usgrniei usgrniie usgrneii usgrneii usgrniei usgrniie usgrenii usgrenii usgreini
usgreiin usgreiin usgreini usgrinei usgrinie usgrieni usgriein usgriien usgriine usgirnei usgirnie
usgireni usgirein usgirien usgirine usginrei usginrie usgineri usgineir usginier usginire usgienri
usgienir usgierni usgierin usgieirn usgieinr usgiiner usgiinre usgiienr usgiiern usgiiren usgiirne
usgnirei usgnirie usgnieri usgnieir usgniier usgniire usgnriei usgnriie usgnreii usgnreii usgnriei
usgnriie usgnerii usgnerii usgneiri usgneiir usgneiir usgneiri usgnirei usgnirie usgnieri usgnieir
usgniier usgniire usgeinri usgeinir usgeirni usgeirin usgeiirn usgeiinr usgeniri usgeniir usgenrii
usgenrii usgeniri usgeniir usgernii usgernii usgerini usgeriin usgeriin usgerini usgeinri usgeinir
usgeirni usgeirin usgeiirn usgeiinr usgiiner usgiinre usgiienr usgiiern usgiiren usgiirne usginier
usginire usgineir usgineri usginrei usginrie usgienir usgienri usgieinr usgieirn usgierin usgierni
usgirnei usgirnie usgireni usgirein usgirien usgirine usigrnei usigrnie usigreni usigrein usigrien
usigrine usignrei usignrie usigneri usigneir usignier usignire usigenri usigenir usigerni usigerin
usigeirn usigeinr usiginer usiginre usigienr usigiern usigiren usigirne usirgnei usirgnie usirgeni
usirgein usirgien usirgine usirngei usirngie usirnegi usirneig usirnieg usirnige usirengi usirenig
usiregni usiregin usireign usireing usirineg usiringe usirieng usiriegn usirigen usirigne usinrgei
usinrgie usinregi usinreig usinrieg usinrige usingrei usingrie usingeri usingeir usingier usingire
usinegri usinegir usinergi usinerig usineirg usineigr usiniger usinigre usiniegr usinierg usinireg
usinirge usierngi usiernig usiergni usiergin usierign usiering usienrgi usienrig usiengri usiengir
usienigr usienirg usiegnri usiegnir usiegrni usiegrin usiegirn usieginr usieingr usieinrg usieignr
usieigrn usieirgn usieirng usiirneg usiirnge usiireng usiiregn usiirgen usiirgne usiinreg usiinrge
usiinerg usiinegr usiinger usiingre usiienrg usiiengr usiierng usiiergn usiiegrn usiiegnr usiigner
usiignre usiigenr usiigern usiigren usiigrne usngirei usngirie usngieri usngieir usngiier usngiire
usngriei usngriie usngreii usngreii usngriei usngriie usngerii usngerii usngeiri usngeiir usngeiir
usngeiri usngirei usngirie usngieri usngieir usngiier usngiire usnigrei usnigrie usnigeri usnigeir
usnigier usnigire usnirgei usnirgie usniregi usnireig usnirieg usnirige usniergi usnierig usniegri
usniegir usnieigr usnieirg usniireg usniirge usniierg usniiegr usniiger usniigre usnrigei usnrigie
usnriegi usnrieig usnriieg usnriige usnrgiei usnrgiie usnrgeii usnrgeii usnrgiei usnrgiie usnregii
usnregii usnreigi usnreiig usnreiig usnreigi usnrigei usnrigie usnriegi usnrieig usnriieg usnriige
usneirgi usneirig usneigri usneigir usneiigr usneiirg usnerigi usneriig usnergii usnergii usnerigi
usneriig usnegrii usnegrii usnegiri usnegiir usnegiir usnegiri usneirgi usneirig usneigri usneigir
usneiigr usneiirg usniireg usniirge usniierg usniiegr usniiger usniigre usnirieg usnirige usnireig
usniregi usnirgei usnirgie usnierig usniergi usnieirg usnieigr usniegir usniegri usnigrei usnigrie
usnigeri usnigeir usnigier usnigire useginri useginir usegirni usegirin usegiirn usegiinr usegniri
usegniir usegnrii usegnrii usegniri usegniir usegrnii usegrnii usegrini usegriin usegriin usegrini
useginri useginir usegirni usegirin usegiirn usegiinr useignri useignir useigrni useigrin useigirn
useiginr useingri useingir useinrgi useinrig useinirg useinigr useirngi useirnig useirgni useirgin
useirign useiring useiinrg useiingr useiirng useiirgn useiigrn useiignr usenigri usenigir usenirgi
usenirig useniirg useniigr usengiri usengiir usengrii usengrii usengiri usengiir usenrgii usenrgii
usenrigi usenriig usenriig usenrigi usenigri usenigir usenirgi usenirig useniirg useniigr useringi
userinig userigni userigin useriign useriing usernigi userniig userngii userngii usernigi userniig
usergnii usergnii usergini usergiin usergiin usergini useringi userinig userigni userigin useriign
useriing useiinrg useiingr useiirng useiirgn useiigrn useiignr useinirg useinigr useinrig useinrgi
useingri useingir useirnig useirngi useiring useirign useirgin useirgni useignri useignir useigrni
useigrin useigirn useiginr usiginer usiginre usigienr usigiern usigiren usigirne usignier usignire
usigneir usigneri usignrei usignrie usigenir usigenri usigeinr usigeirn usigerin usigerni usigrnei
usigrnie usigreni usigrein usigrien usigrine usiigner usiignre usiigenr usiigern usiigren usiigrne
usiinger usiingre usiinegr usiinerg usiinreg usiinrge usiiengr usiienrg usiiegnr usiiegrn usiiergn
usiierng usiirneg usiirnge usiireng usiiregn usiirgen usiirgne usiniger usinigre usiniegr usinierg
usinireg usinirge usingier usingire usingeir usingeri usingrei usingrie usinegir usinegri usineigr
usineirg usinerig usinergi usinrgei usinrgie usinregi usinreig usinrieg usinrige usieingr usieinrg
usieignr usieigrn usieirgn usieirng usienigr usienirg usiengir usiengri usienrgi usienrig usiegnir
usiegnri usieginr usiegirn usiegrin usiegrni usierngi usiernig usiergni usiergin usierign usiering
usirineg usiringe usirieng usiriegn usirigen usirigne usirnieg usirnige usirneig usirnegi usirngei
usirngie usirenig usirengi usireing usireign usiregin usiregni usirgnei usirgnie usirgeni usirgein
usirgien usirgine

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History of cryptography
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