easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

ogdoas

hoggin

markmac

lassam

violaceochromogenes

donis

underjanitor

mellifluently

capitoul

dishwashings

gisburo

theologize

transcurras

undispelled

obidiah

columbae

gatchwork

clarescit


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: onerent
cipher variations:
pofsfou qpgtgpv rqhuhqw srivirx tsjwjsy
utkxktz vulylua wvmzmvb xwnanwc yxoboxd
zypcpye azqdqzf barerag cbsfsbh dctgtci
eduhudj fevivek gfwjwfl hgxkxgm ihylyhn
jizmzio kjanajp lkbobkq mlcpclr nmdqdms

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: onerent
Cipher: lmvivmg

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: onerent
Cipher: ABBAB ABBAA AABAA BAAAA AABAA ABBAA BAABA

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: onerent
cipher variations:
pofsfouronanogtovivosvodqdoexolyloqzotgtocdojwjoaforerom
hozmzoyjohuhoklopcpownoxkxoiqpgtgpvspobophupwjwptwperepf
ypmzmprapuhupdepkxkpbgpsfspnipanapzkpiviplmpqdqpxopylypj
rqhuhqwtqpcpqivqxkxquxqfsfqgzqnanqsbqvivqefqlylqchqtgtqo
jqbobqalqjwjqmnqrerqypqzmzqksrivirxurqdqrjwrylyrvyrgtgrh
arobortcrwjwrfgrmzmrdiruhurpkrcpcrbmrkxkrnorsfsrzqranarl
tsjwjsyvsrerskxszmzswzshuhsibspcpsudsxkxsghsnansejsvivsq
lsdqdscnslylsopstgtsarsbobsmutkxktzwtsfstlytanatxativitj
ctqdqtvetylythitobotfktwjwtrmteretdotmzmtpqtuhutbstcpctn
vulyluaxutgtumzubobuybujwjukdureruwfuzmzuijupcpugluxkxus
nufsfuepunanuqruvivuctudqduowvmzmvbyvuhuvnavcpcvzcvkxkvl
evsfsvxgvanavjkvqdqvhmvylyvtovgtgvfqvobovrsvwjwvduverevp
xwnanwczwvivwobwdqdwadwlylwmfwtgtwyhwbobwklwrerwinwzmzwu
pwhuhwgrwpcpwstwxkxwevwfsfwqyxoboxdaxwjwxpcxerexbexmzmxn
gxuhuxzixcpcxlmxsfsxjoxanaxvqxivixhsxqdqxtuxylyxfwxgtgxr
zypcpyebyxkxyqdyfsfycfynanyohyvivyajydqdymnytgtykpybobyw
ryjwjyityreryuvyzmzygxyhuhysazqdqzfczylyzrezgtgzdgzobozp
izwjwzbkzereznozuhuzlqzcpczxszkxkzjuzsfszvwzanazhyzivizt
bareragdazmzasfahuhaehapcpaqjaxkxaclafsfaopavivamradqday
talylakvatgtawxabobaizajwjaucbsfsbhebanabtgbivibfibqdqbr
kbylybdmbgtgbpqbwjwbnsberebzubmzmblwbuhubxybcpcbjabkxkbv
dctgtcifcbobcuhcjwjcgjcrercslczmzcenchuhcqrcxkxcotcfsfca
vcnancmxcvivcyzcdqdckbclylcweduhudjgdcpcdvidkxkdhkdsfsdt
mdanadfodividrsdylydpudgtgdbwdobodnydwjwdzaderedlcdmzmdx
fevivekhedqdewjelyleiletgteunebobegpejwjestezmzeqvehuhec
xepcpeozexkxeabefsfemdenaneygfwjwfliferefxkfmzmfjmfuhufv
ofcpcfhqfkxkftufanafrwfivifdyfqdqfpafylyfbcfgtgfnefobofz
hgxkxgmjgfsfgylgnangkngvivgwpgdqdgirglylguvgbobgsxgjwjge
zgrergqbgzmzgcdghuhgofgpcpgaihylyhnkhgtghzmhobohlohwjwhx
qherehjshmzmhvwhcpchtyhkxkhfahsfshrchanahdehivihpghqdqhb
jizmziolihuhianipcpimpixkxiyrifsfiktinaniwxidqdiuzilylig
bitgtisdibobiefijwjiqhirerickjanajpmjivijbojqdqjnqjylyjz
sjgtgjlujobojxyjerejvajmzmjhcjuhujtejcpcjfgjkxkjrijsfsjd
lkbobkqnkjwjkcpkrerkorkzmzkatkhuhkmvkpcpkyzkfsfkwbknanki
dkvivkufkdqdkghklylksjktgtkemlcpclrolkxkldqlsfslpslanalb
ulivilnwlqdqlzalgtglxcloboljelwjwlvglerelhilmzmltkluhulf
nmdqdmspmlylmermtgtmqtmbobmcvmjwjmoxmrermabmhuhmydmpcpmk
fmxkxmwhmfsfmijmnanmulmvivmgonerentqnmzmnfsnuhunruncpcnd
wnkxknpynsfsnbcnivinzenqdqnlgnylynxingtgnjknobonvmnwjwnh

The decryption function is

where a - 1 is the modular multiplicative inverse of a modulo m. I.e., it satisfies the equation

The multiplicative inverse of a only exists if a and m are coprime. Hence without the restriction on a decryption might not be possible. It can be shown as follows that decryption function is the inverse of the encryption function,

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ROT13 Cipher
Applying ROT13 to a piece of text merely requires examining its alphabetic characters and replacing each one by the letter 13 places further along in the alphabet, wrapping back to the beginning if necessary. A becomes N, B becomes O, and so on up to M, which becomes Z, then the sequence continues at the beginning of the alphabet: N becomes A, O becomes B, and so on to Z, which becomes M. Only those letters which occur in the English alphabet are affected; numbers, symbols, whitespace, and all other characters are left unchanged. Because there are 26 letters in the English alphabet and 26 = 2 * 13, the ROT13 function is its own inverse:

ROT13(ROT13(x)) = x for any basic Latin-alphabet text x


An example plaintext to ciphertext using ROT13:

Plain: onerent
Cipher: barerag

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: onerent
Cipher: 43335124513344

Extended Methods:
Method #1

Plaintext: onerent
method variations:
tskwksyyxpbpxddcuguciihzmzho

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
o n e r e n t 
4 3 5 2 5 3 4 
3 3 1 4 1 3 4 
They are then read out in rows:
43525343314134
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: onerent
Cipher: okpocds

Read more ...
Method #3

Plaintext: onerent
method variations:
nxfylst xfylstn fylstnx
ylstnxf lstnxfy stnxfyl
tnxfyls

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: onerent

all 5040 cipher variations:
onerent oneretn onernet onernte onertne onerten oneernt oneertn oneenrt oneentr oneetnr
oneetrn onenert onenetr onenret onenrte onentre onenter onetenr onetern onetner onetnre
onetrne onetren onreent onreetn onrenet onrente onretne onreten onreent onreetn onrenet
onrente onretne onreten onrneet onrnete onrneet onrnete onrntee onrntee onrtene onrteen
onrtnee onrtnee onrtene onrteen onerent oneretn onernet onernte onertne onerten oneernt
oneertn oneenrt oneentr oneetnr oneetrn onenert onenetr onenret onenrte onentre onenter
onetenr onetern onetner onetnre onetrne onetren onnreet onnrete onnreet onnrete onnrtee
onnrtee onneret onnerte onneert onneetr onneter onnetre onneert onneetr onneret onnerte
onnetre onneter onnteer onntere onnteer onntere onntree onntree ontrene ontreen ontrnee
ontrnee ontrene ontreen onterne onteren ontenre ontener onteenr onteern ontnere ontneer
ontnree ontnree ontnere ontneer onteenr onteern ontener ontenre onterne onteren oenrent
oenretn oenrnet oenrnte oenrtne oenrten oenernt oenertn oenenrt oenentr oenetnr oenetrn
oennert oennetr oennret oennrte oenntre oennter oentenr oentern oentner oentnre oentrne
oentren oernent oernetn oernnet oernnte oerntne oernten oerennt oerentn oerennt oerentn
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oennter oentenr oentern oentner oentnre oentrne oentren oetrenn oetrenn oetrnen oetrnne
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oertenn oenrent oenretn oenrnet oenrnte oenrtne oenrten oenernt oenertn oenenrt oenentr
oenetnr oenetrn oennert oennetr oennret oennrte oenntre oennter oentenr oentern oentner
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oennert oennetr oennter oenntre oenenrt oenentr oenernt oenertn oenetrn oenetnr oentner
oentnre oentenr oentern oentren oentrne oetrnne oetrnen oetrnne oetrnen oetrenn oetrenn
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oetnenr oetennr oetenrn oetennr oetenrn oeternn oeternn onerent oneretn onernet onernte
onertne onerten oneernt oneertn oneenrt oneentr oneetnr oneetrn onenert onenetr onenret
onenrte onentre onenter onetenr onetern onetner onetnre onetrne onetren onreent onreetn
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onerent oneretn onernet onernte onertne onerten oneernt oneertn oneenrt oneentr oneetnr
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nteoenr nteoern nteoner nteonre nteorne nteoren ntnreeo ntnreoe ntnreeo ntnreoe ntnroee
ntnroee ntnereo ntneroe ntneero ntneeor ntneoer ntneore ntneero ntneeor ntnereo ntneroe
ntneore ntneoer ntnoeer ntnoere ntnoeer ntnoere ntnoree ntnoree ntorene ntoreen ntornee
ntornee ntorene ntoreen ntoerne ntoeren ntoenre ntoener ntoeenr ntoeern ntonere ntoneer
ntonree ntonree ntonere ntoneer ntoeenr ntoeern ntoener ntoenre ntoerne ntoeren enorent
enoretn enornet enornte enortne enorten enoernt enoertn enoenrt enoentr enoetnr enoetrn
enonert enonetr enonret enonrte enontre enonter enotenr enotern enotner enotnre enotrne
enotren enroent enroetn enronet enronte enrotne enroten enreont enreotn enrenot enrento
enretno enreton enrneot enrneto enrnoet enrnote enrntoe enrnteo enrteno enrteon enrtneo
enrtnoe enrtone enrtoen eneront enerotn enernot enernto enertno enerton eneornt eneortn
eneonrt eneontr eneotnr eneotrn enenort enenotr enenrot enenrto enentro enentor enetonr
enetorn enetnor enetnro enetrno enetron ennreot ennreto ennroet ennrote ennrtoe ennrteo
ennerot ennerto enneort enneotr ennetor ennetro ennoert ennoetr ennoret ennorte ennotre
ennoter ennteor enntero enntoer enntore enntroe enntreo entreno entreon entrneo entrnoe
entrone entroen enterno enteron entenro entenor enteonr enteorn entnero entneor entnreo
entnroe entnore entnoer entoenr entoern entoner entonre entorne entoren eonrent eonretn
eonrnet eonrnte eonrtne eonrten eonernt eonertn eonenrt eonentr eonetnr eonetrn eonnert
eonnetr eonnret eonnrte eonntre eonnter eontenr eontern eontner eontnre eontrne eontren
eornent eornetn eornnet eornnte eorntne eornten eorennt eorentn eorennt eorentn eoretnn
eoretnn eornent eornetn eornnet eornnte eorntne eornten eortenn eortenn eortnen eortnne
eortnne eortnen eoernnt eoerntn eoernnt eoerntn eoertnn eoertnn eoenrnt eoenrtn eoennrt
eoenntr eoentnr eoentrn eoennrt eoenntr eoenrnt eoenrtn eoentrn eoentnr eoetnnr eoetnrn
eoetnnr eoetnrn eoetrnn eoetrnn eonrent eonretn eonrnet eonrnte eonrtne eonrten eonernt
eonertn eonenrt eonentr eonetnr eonetrn eonnert eonnetr eonnret eonnrte eonntre eonnter
eontenr eontern eontner eontnre eontrne eontren eotrenn eotrenn eotrnen eotrnne eotrnne
eotrnen eoternn eoternn eotenrn eotennr eotennr eotenrn eotnern eotnenr eotnren eotnrne
eotnnre eotnner eotnenr eotnern eotnner eotnnre eotnrne eotnren eronent eronetn eronnet
eronnte erontne eronten eroennt eroentn eroennt eroentn eroetnn eroetnn eronent eronetn
eronnet eronnte erontne eronten erotenn erotenn erotnen erotnne erotnne erotnen ernoent
ernoetn ernonet ernonte ernotne ernoten erneont erneotn ernenot ernento ernetno erneton
ernneot ernneto ernnoet ernnote ernntoe ernnteo ernteno ernteon erntneo erntnoe erntone
erntoen erenont erenotn erennot erennto erentno erenton ereonnt ereontn ereonnt ereontn
ereotnn ereotnn erenont erenotn erennot erennto erentno erenton eretonn eretonn eretnon
eretnno eretnno eretnon ernneot ernneto ernnoet ernnote ernntoe ernnteo ernenot ernento
erneont erneotn erneton ernetno ernoent ernoetn ernonet ernonte ernotne ernoten ernteon
ernteno erntoen erntone erntnoe erntneo ertneno ertneon ertnneo ertnnoe ertnone ertnoen
ertenno ertenon ertenno ertenon erteonn erteonn ertneno ertneon ertnneo ertnnoe ertnone
ertnoen ertoenn ertoenn ertonen ertonne ertonne ertonen eeornnt eeorntn eeornnt eeorntn
eeortnn eeortnn eeonrnt eeonrtn eeonnrt eeonntr eeontnr eeontrn eeonnrt eeonntr eeonrnt
eeonrtn eeontrn eeontnr eeotnnr eeotnrn eeotnnr eeotnrn eeotrnn eeotrnn eeronnt eerontn
eeronnt eerontn eerotnn eerotnn eernont eernotn eernnot eernnto eerntno eernton eernnot
eernnto eernont eernotn eernton eerntno eertnno eertnon eertnno eertnon eertonn eertonn
eenront eenrotn eenrnot eenrnto eenrtno eenrton eenornt eenortn eenonrt eenontr eenotnr
eenotrn eennort eennotr eennrot eennrto eenntro eenntor eentonr eentorn eentnor eentnro
eentrno eentron eenrnot eenrnto eenront eenrotn eenrton eenrtno eennrot eennrto eennort
eennotr eenntor eenntro eenonrt eenontr eenornt eenortn eenotrn eenotnr eentnor eentnro
eentonr eentorn eentron eentrno eetrnno eetrnon eetrnno eetrnon eetronn eetronn eetnrno
eetnron eetnnro eetnnor eetnonr eetnorn eetnnro eetnnor eetnrno eetnron eetnorn eetnonr
eetonnr eetonrn eetonnr eetonrn eetornn eetornn enorent enoretn enornet enornte enortne
enorten enoernt enoertn enoenrt enoentr enoetnr enoetrn enonert enonetr enonret enonrte
enontre enonter enotenr enotern enotner enotnre enotrne enotren enroent enroetn enronet
enronte enrotne enroten enreont enreotn enrenot enrento enretno enreton enrneot enrneto
enrnoet enrnote enrntoe enrnteo enrteno enrteon enrtneo enrtnoe enrtone enrtoen eneront
enerotn enernot enernto enertno enerton eneornt eneortn eneonrt eneontr eneotnr eneotrn
enenort enenotr enenrot enenrto enentro enentor enetonr enetorn enetnor enetnro enetrno
enetron ennreot ennreto ennroet ennrote ennrtoe ennrteo ennerot ennerto enneort enneotr
ennetor ennetro ennoert ennoetr ennoret ennorte ennotre ennoter ennteor enntero enntoer
enntore enntroe enntreo entreno entreon entrneo entrnoe entrone entroen enterno enteron
entenro entenor enteonr enteorn entnero entneor entnreo entnroe entnore entnoer entoenr
entoern entoner entonre entorne entoren etorenn etorenn etornen etornne etornne etornen
etoernn etoernn etoenrn etoennr etoennr etoenrn etonern etonenr etonren etonrne etonnre
etonner etonenr etonern etonner etonnre etonrne etonren etroenn etroenn etronen etronne
etronne etronen etreonn etreonn etrenon etrenno etrenno etrenon etrneon etrneno etrnoen
etrnone etrnnoe etrnneo etrneno etrneon etrnneo etrnnoe etrnone etrnoen eteronn eteronn
eternon eternno eternno eternon eteornn eteornn eteonrn eteonnr eteonnr eteonrn etenorn
etenonr etenron etenrno etennro etennor etenonr etenorn etennor etennro etenrno etenron
etnreon etnreno etnroen etnrone etnrnoe etnrneo etneron etnerno etneorn etneonr etnenor
etnenro etnoern etnoenr etnoren etnorne etnonre etnoner etnneor etnnero etnnoer etnnore
etnnroe etnnreo etnreno etnreon etnrneo etnrnoe etnrone etnroen etnerno etneron etnenro
etnenor etneonr etneorn etnnero etnneor etnnreo etnnroe etnnore etnnoer etnoenr etnoern
etnoner etnonre etnorne etnoren rneoent rneoetn rneonet rneonte rneotne rneoten rneeont
rneeotn rneenot rneento rneetno rneeton rneneot rneneto rnenoet rnenote rnentoe rnenteo
rneteno rneteon rnetneo rnetnoe rnetone rnetoen rnoeent rnoeetn rnoenet rnoente rnoetne
rnoeten rnoeent rnoeetn rnoenet rnoente rnoetne rnoeten rnoneet rnonete rnoneet rnonete
rnontee rnontee rnotene rnoteen rnotnee rnotnee rnotene rnoteen rneoent rneoetn rneonet
rneonte rneotne rneoten rneeont rneeotn rneenot rneento rneetno rneeton rneneot rneneto
rnenoet rnenote rnentoe rnenteo rneteno rneteon rnetneo rnetnoe rnetone rnetoen rnnoeet
rnnoete rnnoeet rnnoete rnnotee rnnotee rnneoet rnneote rnneeot rnneeto rnneteo rnnetoe
rnneeot rnneeto rnneoet rnneote rnnetoe rnneteo rnnteeo rnnteoe rnnteeo rnnteoe rnntoee
rnntoee rntoene rntoeen rntonee rntonee rntoene rntoeen rnteone rnteoen rntenoe rnteneo
rnteeno rnteeon rntneoe rntneeo rntnoee rntnoee rntneoe rntneeo rnteeno rnteeon rnteneo
rntenoe rnteone rnteoen renoent renoetn renonet renonte renotne renoten reneont reneotn
renenot renento renetno reneton renneot renneto rennoet rennote renntoe rennteo renteno
renteon rentneo rentnoe rentone rentoen reonent reonetn reonnet reonnte reontne reonten
reoennt reoentn reoennt reoentn reoetnn reoetnn reonent reonetn reonnet reonnte reontne
reonten reotenn reotenn reotnen reotnne reotnne reotnen reeonnt reeontn reeonnt reeontn
reeotnn reeotnn reenont reenotn reennot reennto reentno reenton reennot reennto reenont
reenotn reenton reentno reetnno reetnon reetnno reetnon reetonn reetonn renoent renoetn
renonet renonte renotne renoten reneont reneotn renenot renento renetno reneton renneot
renneto rennoet rennote renntoe rennteo renteno renteon rentneo rentnoe rentone rentoen
retoenn retoenn retonen retonne retonne retonen reteonn reteonn retenon retenno retenno
retenon retneon retneno retnoen retnone retnnoe retnneo retneno retneon retnneo retnnoe
retnone retnoen roenent roenetn roennet roennte roentne roenten roeennt roeentn roeennt
roeentn roeetnn roeetnn roenent roenetn roennet roennte roentne roenten roetenn roetenn
roetnen roetnne roetnne roetnen roneent roneetn ronenet ronente ronetne roneten roneent
roneetn ronenet ronente ronetne roneten ronneet ronnete ronneet ronnete ronntee ronntee
rontene ronteen rontnee rontnee rontene ronteen roenent roenetn roennet roennte roentne
roenten roeennt roeentn roeennt roeentn roeetnn roeetnn roenent roenetn roennet roennte
roentne roenten roetenn roetenn roetnen roetnne roetnne roetnen ronneet ronnete ronneet
ronnete ronntee ronntee ronenet ronente roneent roneetn roneten ronetne roneent roneetn
ronenet ronente ronetne roneten ronteen rontene ronteen rontene rontnee rontnee rotnene
rotneen rotnnee rotnnee rotnene rotneen rotenne rotenen rotenne rotenen roteenn roteenn
rotnene rotneen rotnnee rotnnee rotnene rotneen roteenn roteenn rotenen rotenne rotenne
rotenen reeonnt reeontn reeonnt reeontn reeotnn reeotnn reenont reenotn reennot reennto
reentno reenton reennot reennto reenont reenotn reenton reentno reetnno reetnon reetnno
reetnon reetonn reetonn reoennt reoentn reoennt reoentn reoetnn reoetnn reonent reonetn
reonnet reonnte reontne reonten reonnet reonnte reonent reonetn reonten reontne reotnne
reotnen reotnne reotnen reotenn reotenn renoent renoetn renonet renonte renotne renoten
reneont reneotn renenot renento renetno reneton renneot renneto rennoet rennote renntoe
rennteo renteno renteon rentneo rentnoe rentone rentoen renonet renonte renoent renoetn
renoten renotne rennoet rennote renneot renneto rennteo renntoe renenot renento reneont
reneotn reneton renetno rentneo rentnoe renteno renteon rentoen rentone retonne retonen
retonne retonen retoenn retoenn retnone retnoen retnnoe retnneo retneno retneon retnnoe
retnneo retnone retnoen retneon retneno retenno retenon retenno retenon reteonn reteonn
rneoent rneoetn rneonet rneonte rneotne rneoten rneeont rneeotn rneenot rneento rneetno
rneeton rneneot rneneto rnenoet rnenote rnentoe rnenteo rneteno rneteon rnetneo rnetnoe
rnetone rnetoen rnoeent rnoeetn rnoenet rnoente rnoetne rnoeten rnoeent rnoeetn rnoenet
rnoente rnoetne rnoeten rnoneet rnonete rnoneet rnonete rnontee rnontee rnotene rnoteen
rnotnee rnotnee rnotene rnoteen rneoent rneoetn rneonet rneonte rneotne rneoten rneeont
rneeotn rneenot rneento rneetno rneeton rneneot rneneto rnenoet rnenote rnentoe rnenteo
rneteno rneteon rnetneo rnetnoe rnetone rnetoen rnnoeet rnnoete rnnoeet rnnoete rnnotee
rnnotee rnneoet rnneote rnneeot rnneeto rnneteo rnnetoe rnneeot rnneeto rnneoet rnneote
rnnetoe rnneteo rnnteeo rnnteoe rnnteeo rnnteoe rnntoee rnntoee rntoene rntoeen rntonee
rntonee rntoene rntoeen rnteone rnteoen rntenoe rnteneo rnteeno rnteeon rntneoe rntneeo
rntnoee rntnoee rntneoe rntneeo rnteeno rnteeon rnteneo rntenoe rnteone rnteoen rteoenn
rteoenn rteonen rteonne rteonne rteonen rteeonn rteeonn rteenon rteenno rteenno rteenon
rteneon rteneno rtenoen rtenone rtennoe rtenneo rteneno rteneon rtenneo rtennoe rtenone
rtenoen rtoeenn rtoeenn rtoenen rtoenne rtoenne rtoenen rtoeenn rtoeenn rtoenen rtoenne
rtoenne rtoenen rtoneen rtonene rtoneen rtonene rtonnee rtonnee rtonene rtoneen rtonnee
rtonnee rtonene rtoneen rteoenn rteoenn rteonen rteonne rteonne rteonen rteeonn rteeonn
rteenon rteenno rteenno rteenon rteneon rteneno rtenoen rtenone rtennoe rtenneo rteneno
rteneon rtenneo rtennoe rtenone rtenoen rtnoeen rtnoene rtnoeen rtnoene rtnonee rtnonee
rtneoen rtneone rtneeon rtneeno rtneneo rtnenoe rtneeon rtneeno rtneoen rtneone rtnenoe
rtneneo rtnneeo rtnneoe rtnneeo rtnneoe rtnnoee rtnnoee rtnoene rtnoeen rtnonee rtnonee
rtnoene rtnoeen rtneone rtneoen rtnenoe rtneneo rtneeno rtneeon rtnneoe rtnneeo rtnnoee
rtnnoee rtnneoe rtnneeo rtneeno rtneeon rtneneo rtnenoe rtneone rtneoen eneront enerotn
enernot enernto enertno enerton eneornt eneortn eneonrt eneontr eneotnr eneotrn enenort
enenotr enenrot enenrto enentro enentor enetonr enetorn enetnor enetnro enetrno enetron
enreont enreotn enrenot enrento enretno enreton enroent enroetn enronet enronte enrotne
enroten enrnoet enrnote enrneot enrneto enrnteo enrntoe enrtone enrtoen enrtnoe enrtneo
enrteno enrteon enorent enoretn enornet enornte enortne enorten enoernt enoertn enoenrt
enoentr enoetnr enoetrn enonert enonetr enonret enonrte enontre enonter enotenr enotern
enotner enotnre enotrne enotren ennroet ennrote ennreot ennreto ennrteo ennrtoe ennoret
ennorte ennoert ennoetr ennoter ennotre enneort enneotr ennerot ennerto ennetro ennetor
enntoer enntore ennteor enntero enntreo enntroe entrone entroen entrnoe entrneo entreno
entreon entorne entoren entonre entoner entoenr entoern entnore entnoer entnroe entnreo
entnero entneor enteonr enteorn entenor entenro enterno enteron eenront eenrotn eenrnot
eenrnto eenrtno eenrton eenornt eenortn eenonrt eenontr eenotnr eenotrn eennort eennotr
eennrot eennrto eenntro eenntor eentonr eentorn eentnor eentnro eentrno eentron eernont
eernotn eernnot eernnto eerntno eernton eeronnt eerontn eeronnt eerontn eerotnn eerotnn
eernont eernotn eernnot eernnto eerntno eernton eertonn eertonn eertnon eertnno eertnno
eertnon eeornnt eeorntn eeornnt eeorntn eeortnn eeortnn eeonrnt eeonrtn eeonnrt eeonntr
eeontnr eeontrn eeonnrt eeonntr eeonrnt eeonrtn eeontrn eeontnr eeotnnr eeotnrn eeotnnr
eeotnrn eeotrnn eeotrnn eenront eenrotn eenrnot eenrnto eenrtno eenrton eenornt eenortn
eenonrt eenontr eenotnr eenotrn eennort eennotr eennrot eennrto eenntro eenntor eentonr
eentorn eentnor eentnro eentrno eentron eetronn eetronn eetrnon eetrnno eetrnno eetrnon
eetornn eetornn eetonrn eetonnr eetonnr eetonrn eetnorn eetnonr eetnron eetnrno eetnnro
eetnnor eetnonr eetnorn eetnnor eetnnro eetnrno eetnron erenont erenotn erennot erennto
erentno erenton ereonnt ereontn ereonnt ereontn ereotnn ereotnn erenont erenotn erennot
erennto erentno erenton eretonn eretonn eretnon eretnno eretnno eretnon erneont erneotn
ernenot ernento ernetno erneton ernoent ernoetn ernonet ernonte ernotne ernoten ernnoet
ernnote ernneot ernneto ernnteo ernntoe erntone erntoen erntnoe erntneo ernteno ernteon
eronent eronetn eronnet eronnte erontne eronten eroennt eroentn eroennt eroentn eroetnn
eroetnn eronent eronetn eronnet eronnte erontne eronten erotenn erotenn erotnen erotnne
erotnne erotnen ernnoet ernnote ernneot ernneto ernnteo ernntoe ernonet ernonte ernoent
ernoetn ernoten ernotne erneont erneotn ernenot ernento ernetno erneton erntoen erntone
ernteon ernteno erntneo erntnoe ertnone ertnoen ertnnoe ertnneo ertneno ertneon ertonne
ertonen ertonne ertonen ertoenn ertoenn ertnone ertnoen ertnnoe ertnneo ertneno ertneon
erteonn erteonn ertenon ertenno ertenno ertenon eoernnt eoerntn eoernnt eoerntn eoertnn
eoertnn eoenrnt eoenrtn eoennrt eoenntr eoentnr eoentrn eoennrt eoenntr eoenrnt eoenrtn
eoentrn eoentnr eoetnnr eoetnrn eoetnnr eoetnrn eoetrnn eoetrnn eorennt eorentn eorennt
eorentn eoretnn eoretnn eornent eornetn eornnet eornnte eorntne eornten eornnet eornnte
eornent eornetn eornten eorntne eortnne eortnen eortnne eortnen eortenn eortenn eonrent
eonretn eonrnet eonrnte eonrtne eonrten eonernt eonertn eonenrt eonentr eonetnr eonetrn
eonnert eonnetr eonnret eonnrte eonntre eonnter eontenr eontern eontner eontnre eontrne
eontren eonrnet eonrnte eonrent eonretn eonrten eonrtne eonnret eonnrte eonnert eonnetr
eonnter eonntre eonenrt eonentr eonernt eonertn eonetrn eonetnr eontner eontnre eontenr
eontern eontren eontrne eotrnne eotrnen eotrnne eotrnen eotrenn eotrenn eotnrne eotnren
eotnnre eotnner eotnenr eotnern eotnnre eotnner eotnrne eotnren eotnern eotnenr eotennr
eotenrn eotennr eotenrn eoternn eoternn eneront enerotn enernot enernto enertno enerton
eneornt eneortn eneonrt eneontr eneotnr eneotrn enenort enenotr enenrot enenrto enentro
enentor enetonr enetorn enetnor enetnro enetrno enetron enreont enreotn enrenot enrento
enretno enreton enroent enroetn enronet enronte enrotne enroten enrnoet enrnote enrneot
enrneto enrnteo enrntoe enrtone enrtoen enrtnoe enrtneo enrteno enrteon enorent enoretn
enornet enornte enortne enorten enoernt enoertn enoenrt enoentr enoetnr enoetrn enonert
enonetr enonret enonrte enontre enonter enotenr enotern enotner enotnre enotrne enotren
ennroet ennrote ennreot ennreto ennrteo ennrtoe ennoret ennorte ennoert ennoetr ennoter
ennotre enneort enneotr ennerot ennerto ennetro ennetor enntoer enntore ennteor enntero
enntreo enntroe entrone entroen entrnoe entrneo entreno entreon entorne entoren entonre
entoner entoenr entoern entnore entnoer entnroe entnreo entnero entneor enteonr enteorn
entenor entenro enterno enteron eteronn eteronn eternon eternno eternno eternon eteornn
eteornn eteonrn eteonnr eteonnr eteonrn etenorn etenonr etenron etenrno etennro etennor
etenonr etenorn etennor etennro etenrno etenron etreonn etreonn etrenon etrenno etrenno
etrenon etroenn etroenn etronen etronne etronne etronen etrnoen etrnone etrneon etrneno
etrnneo etrnnoe etrnone etrnoen etrnnoe etrnneo etrneno etrneon etorenn etorenn etornen
etornne etornne etornen etoernn etoernn etoenrn etoennr etoennr etoenrn etonern etonenr
etonren etonrne etonnre etonner etonenr etonern etonner etonnre etonrne etonren etnroen
etnrone etnreon etnreno etnrneo etnrnoe etnoren etnorne etnoern etnoenr etnoner etnonre
etneorn etneonr etneron etnerno etnenro etnenor etnnoer etnnore etnneor etnnero etnnreo
etnnroe etnrone etnroen etnrnoe etnrneo etnreno etnreon etnorne etnoren etnonre etnoner
etnoenr etnoern etnnore etnnoer etnnroe etnnreo etnnero etnneor etneonr etneorn etnenor
etnenro etnerno etneron nnereot nnereto nneroet nnerote nnertoe nnerteo nneerot nneerto
nneeort nneeotr nneetor nneetro nneoert nneoetr nneoret nneorte nneotre nneoter nneteor
nnetero nnetoer nnetore nnetroe nnetreo nnreeot nnreeto nnreoet nnreote nnretoe nnreteo
nnreeot nnreeto nnreoet nnreote nnretoe nnreteo nnroeet nnroete nnroeet nnroete nnrotee
nnrotee nnrteoe nnrteeo nnrtoee nnrtoee nnrteoe nnrteeo nnereot nnereto nneroet nnerote
nnertoe nnerteo nneerot nneerto nneeort nneeotr nneetor nneetro nneoert nneoetr nneoret
nneorte nneotre nneoter nneteor nnetero nnetoer nnetore nnetroe nnetreo nnoreet nnorete
nnoreet nnorete nnortee nnortee nnoeret nnoerte nnoeert nnoeetr nnoeter nnoetre nnoeert
nnoeetr nnoeret nnoerte nnoetre nnoeter nnoteer nnotere nnoteer nnotere nnotree nnotree
nntreoe nntreeo nntroee nntroee nntreoe nntreeo nnteroe nntereo nnteore nnteoer nnteeor
nnteero nntoere nntoeer nntoree nntoree nntoere nntoeer nnteeor nnteero nnteoer nnteore
nnteroe nntereo nenreot nenreto nenroet nenrote nenrtoe nenrteo nenerot nenerto neneort
neneotr nenetor nenetro nenoert nenoetr nenoret nenorte nenotre nenoter nenteor nentero
nentoer nentore nentroe nentreo nerneot nerneto nernoet nernote nerntoe nernteo nerenot
nerento nereont nereotn nereton neretno neroent neroetn neronet neronte nerotne neroten
nerteon nerteno nertoen nertone nertnoe nertneo neernot neernto neeront neerotn neerton
neertno neenrot neenrto neenort neenotr neentor neentro neeonrt neeontr neeornt neeortn
neeotrn neeotnr neetnor neetnro neetonr neetorn neetron neetrno neorent neoretn neornet
neornte neortne neorten neoernt neoertn neoenrt neoentr neoetnr neoetrn neonert neonetr
neonret neonrte neontre neonter neotenr neotern neotner neotnre neotrne neotren netreon
netreno netroen netrone netrnoe netrneo neteron neterno neteorn neteonr netenor netenro
netoern netoenr netoren netorne netonre netoner netneor netnero netnoer netnore netnroe
netnreo nreneot nreneto nrenoet nrenote nrentoe nrenteo nreenot nreento nreeont nreeotn
nreeton nreetno nreoent nreoetn nreonet nreonte nreotne nreoten nreteon nreteno nretoen
nretone nretnoe nretneo nrneeot nrneeto nrneoet nrneote nrnetoe nrneteo nrneeot nrneeto
nrneoet nrneote nrnetoe nrneteo nrnoeet nrnoete nrnoeet nrnoete nrnotee nrnotee nrnteoe
nrnteeo nrntoee nrntoee nrnteoe nrnteeo nreneot nreneto nrenoet nrenote nrentoe nrenteo
nreenot nreento nreeont nreeotn nreeton nreetno nreoent nreoetn nreonet nreonte nreotne
nreoten nreteon nreteno nretoen nretone nretnoe nretneo nroneet nronete nroneet nronete
nrontee nrontee nroenet nroente nroeent nroeetn nroeten nroetne nroeent nroeetn nroenet
nroente nroetne nroeten nroteen nrotene nroteen nrotene nrotnee nrotnee nrtneoe nrtneeo
nrtnoee nrtnoee nrtneoe nrtneeo nrtenoe nrteneo nrteone nrteoen nrteeon nrteeno nrtoene
nrtoeen nrtonee nrtonee nrtoene nrtoeen nrteeon nrteeno nrteoen nrteone nrtenoe nrteneo
neernot neernto neeront neerotn neerton neertno neenrot neenrto neenort neenotr neentor
neentro neeonrt neeontr neeornt neeortn neeotrn neeotnr neetnor neetnro neetonr neetorn
neetron neetrno nerenot nerento nereont nereotn nereton neretno nerneot nerneto nernoet
nernote nerntoe nernteo neronet neronte neroent neroetn neroten nerotne nertnoe nertneo
nertone nertoen nerteon nerteno nenreot nenreto nenroet nenrote nenrtoe nenrteo nenerot
nenerto neneort neneotr nenetor nenetro nenoert nenoetr nenoret nenorte nenotre nenoter
nenteor nentero nentoer nentore nentroe nentreo neornet neornte neorent neoretn neorten
neortne neonret neonrte neonert neonetr neonter neontre neoenrt neoentr neoernt neoertn
neoetrn neoetnr neotner neotnre neotenr neotern neotren neotrne netrnoe netrneo netrone
netroen netreon netreno netnroe netnreo netnore netnoer netneor netnero netonre netoner
netorne netoren netoern netoenr netenor netenro neteonr neteorn neteron neterno noerent
noeretn noernet noernte noertne noerten noeernt noeertn noeenrt noeentr noeetnr noeetrn
noenert noenetr noenret noenrte noentre noenter noetenr noetern noetner noetnre noetrne
noetren noreent noreetn norenet norente noretne noreten noreent noreetn norenet norente
noretne noreten norneet nornete norneet nornete norntee norntee nortene norteen nortnee
nortnee nortene norteen noerent noeretn noernet noernte noertne noerten noeernt noeertn
noeenrt noeentr noeetnr noeetrn noenert noenetr noenret noenrte noentre noenter noetenr
noetern noetner noetnre noetrne noetren nonreet nonrete nonreet nonrete nonrtee nonrtee
noneret nonerte noneert noneetr noneter nonetre noneert noneetr noneret nonerte nonetre
noneter nonteer nontere nonteer nontere nontree nontree notrene notreen notrnee notrnee
notrene notreen noterne noteren notenre notener noteenr noteern notnere notneer notnree
notnree notnere notneer noteenr noteern notener notenre noterne noteren ntereon ntereno
nteroen nterone nternoe nterneo nteeron nteerno nteeorn nteeonr nteenor nteenro nteoern
nteoenr nteoren nteorne nteonre nteoner nteneor ntenero ntenoer ntenore ntenroe ntenreo
ntreeon ntreeno ntreoen ntreone ntrenoe ntreneo ntreeon ntreeno ntreoen ntreone ntrenoe
ntreneo ntroeen ntroene ntroeen ntroene ntronee ntronee ntrneoe ntrneeo ntrnoee ntrnoee
ntrneoe ntrneeo ntereon ntereno nteroen nterone nternoe nterneo nteeron nteerno nteeorn
nteeonr nteenor nteenro nteoern nteoenr nteoren nteorne nteonre nteoner nteneor ntenero
ntenoer ntenore ntenroe ntenreo ntoreen ntorene ntoreen ntorene ntornee ntornee ntoeren
ntoerne ntoeern ntoeenr ntoener ntoenre ntoeern ntoeenr ntoeren ntoerne ntoenre ntoener
ntoneer ntonere ntoneer ntonere ntonree ntonree ntnreoe ntnreeo ntnroee ntnroee ntnreoe
ntnreeo ntneroe ntnereo ntneore ntneoer ntneeor ntneero ntnoere ntnoeer ntnoree ntnoree
ntnoere ntnoeer ntneeor ntneero ntneoer ntneore ntneroe ntnereo tnereno tnereon tnerneo
tnernoe tnerone tneroen tneerno tneeron tneenro tneenor tneeonr tneeorn tnenero tneneor
tnenreo tnenroe tnenore tnenoer tneoenr tneoern tneoner tneonre tneorne tneoren tnreeno
tnreeon tnreneo tnrenoe tnreone tnreoen tnreeno tnreeon tnreneo tnrenoe tnreone tnreoen
tnrneeo tnrneoe tnrneeo tnrneoe tnrnoee tnrnoee tnroene tnroeen tnronee tnronee tnroene
tnroeen tnereno tnereon tnerneo tnernoe tnerone tneroen tneerno tneeron tneenro tneenor
tneeonr tneeorn tnenero tneneor tnenreo tnenroe tnenore tnenoer tneoenr tneoern tneoner
tneonre tneorne tneoren tnnreeo tnnreoe tnnreeo tnnreoe tnnroee tnnroee tnnereo tnneroe
tnneero tnneeor tnneoer tnneore tnneero tnneeor tnnereo tnneroe tnneore tnneoer tnnoeer
tnnoere tnnoeer tnnoere tnnoree tnnoree tnorene tnoreen tnornee tnornee tnorene tnoreen
tnoerne tnoeren tnoenre tnoener tnoeenr tnoeern tnonere tnoneer tnonree tnonree tnonere
tnoneer tnoeenr tnoeern tnoener tnoenre tnoerne tnoeren tenreno tenreon tenrneo tenrnoe
tenrone tenroen tenerno teneron tenenro tenenor teneonr teneorn tennero tenneor tennreo
tennroe tennore tennoer tenoenr tenoern tenoner tenonre tenorne tenoren terneno terneon
ternneo ternnoe ternone ternoen terenno terenon terenno terenon tereonn tereonn terneno
terneon ternneo ternnoe ternone ternoen teroenn teroenn teronen teronne teronne teronen
teernno teernon teernno teernon teeronn teeronn teenrno teenron teennro teennor teenonr
teenorn teennro teennor teenrno teenron teenorn teenonr teeonnr teeonrn teeonnr teeonrn
teeornn teeornn tenreno tenreon tenrneo tenrnoe tenrone tenroen tenerno teneron tenenro
tenenor teneonr teneorn tennero tenneor tennreo tennroe tennore tennoer tenoenr tenoern
tenoner tenonre tenorne tenoren teorenn teorenn teornen teornne teornne teornen teoernn
teoernn teoenrn teoennr teoennr teoenrn teonern teonenr teonren teonrne teonnre teonner
teonenr teonern teonner teonnre teonrne teonren treneno treneon trenneo trennoe trenone
trenoen treenno treenon treenno treenon treeonn treeonn treneno treneon trenneo trennoe
trenone trenoen treoenn treoenn treonen treonne treonne treonen trneeno trneeon trneneo
trnenoe trneone trneoen trneeno trneeon trneneo trnenoe trneone trneoen trnneeo trnneoe
trnneeo trnneoe trnnoee trnnoee trnoene trnoeen trnonee trnonee trnoene trnoeen treneno
treneon trenneo trennoe trenone trenoen treenno treenon treenno treenon treeonn treeonn
treneno treneon trenneo trennoe trenone trenoen treoenn treoenn treonen treonne treonne
treonen trnneeo trnneoe trnneeo trnneoe trnnoee trnnoee trneneo trnenoe trneeno trneeon
trneoen trneone trneeno trneeon trneneo trnenoe trneone trneoen trnoeen trnoene trnoeen
trnoene trnonee trnonee tronene troneen tronnee tronnee tronene troneen troenne troenen
troenne troenen troeenn troeenn tronene troneen tronnee tronnee tronene troneen troeenn
troeenn troenen troenne troenne troenen teernno teernon teernno teernon teeronn teeronn
teenrno teenron teennro teennor teenonr teenorn teennro teennor teenrno teenron teenorn
teenonr teeonnr teeonrn teeonnr teeonrn teeornn teeornn terenno terenon terenno terenon
tereonn tereonn terneno terneon ternneo ternnoe ternone ternoen ternneo ternnoe terneno
terneon ternoen ternone teronne teronen teronne teronen teroenn teroenn tenreno tenreon
tenrneo tenrnoe tenrone tenroen tenerno teneron tenenro tenenor teneonr teneorn tennero
tenneor tennreo tennroe tennore tennoer tenoenr tenoern tenoner tenonre tenorne tenoren
tenrneo tenrnoe tenreno tenreon tenroen tenrone tennreo tennroe tennero tenneor tennoer
tennore tenenro tenenor tenerno teneron teneorn teneonr tenoner tenonre tenoenr tenoern
tenoren tenorne teornne teornen teornne teornen teorenn teorenn teonrne teonren teonnre
teonner teonenr teonern teonnre teonner teonrne teonren teonern teonenr teoennr teoenrn
teoennr teoenrn teoernn teoernn tnereno tnereon tnerneo tnernoe tnerone tneroen tneerno
tneeron tneenro tneenor tneeonr tneeorn tnenero tneneor tnenreo tnenroe tnenore tnenoer
tneoenr tneoern tneoner tneonre tneorne tneoren tnreeno tnreeon tnreneo tnrenoe tnreone
tnreoen tnreeno tnreeon tnreneo tnrenoe tnreone tnreoen tnrneeo tnrneoe tnrneeo tnrneoe
tnrnoee tnrnoee tnroene tnroeen tnronee tnronee tnroene tnroeen tnereno tnereon tnerneo
tnernoe tnerone tneroen tneerno tneeron tneenro tneenor tneeonr tneeorn tnenero tneneor
tnenreo tnenroe tnenore tnenoer tneoenr tneoern tneoner tneonre tneorne tneoren tnnreeo
tnnreoe tnnreeo tnnreoe tnnroee tnnroee tnnereo tnneroe tnneero tnneeor tnneoer tnneore
tnneero tnneeor tnnereo tnneroe tnneore tnneoer tnnoeer tnnoere tnnoeer tnnoere tnnoree
tnnoree tnorene tnoreen tnornee tnornee tnorene tnoreen tnoerne tnoeren tnoenre tnoener
tnoeenr tnoeern tnonere tnoneer tnonree tnonree tnonere tnoneer tnoeenr tnoeern tnoener
tnoenre tnoerne tnoeren toerenn toerenn toernen toernne toernne toernen toeernn toeernn
toeenrn toeennr toeennr toeenrn toenern toenenr toenren toenrne toennre toenner toenenr
toenern toenner toennre toenrne toenren toreenn toreenn torenen torenne torenne torenen
toreenn toreenn torenen torenne torenne torenen torneen tornene torneen tornene tornnee
tornnee tornene torneen tornnee tornnee tornene torneen toerenn toerenn toernen toernne
toernne toernen toeernn toeernn toeenrn toeennr toeennr toeenrn toenern toenenr toenren
toenrne toennre toenner toenenr toenern toenner toennre toenrne toenren tonreen tonrene
tonreen tonrene tonrnee tonrnee toneren tonerne toneern toneenr tonener tonenre toneern
toneenr toneren tonerne tonenre tonener tonneer tonnere tonneer tonnere tonnree tonnree
tonrene tonreen tonrnee tonrnee tonrene tonreen tonerne toneren tonenre tonener toneenr
toneern tonnere tonneer tonnree tonnree tonnere tonneer toneenr toneern tonener tonenre
tonerne toneren

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History of cryptography
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