easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

nataniel

vastari

residatque

quietis

uzzell

obregon

fairling

hoopwood

trampe

raphes

ungreatness

simulationem

methodeutic

regauging

saddened

cayuses

benno

mills


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: filaneri
cipher variations:
gjmbofsj hkncpgtk ilodqhul jmperivm knqfsjwn
lorgtkxo mpshulyp nqtivmzq orujwnar psvkxobs
qtwlypct ruxmzqdu svynarev twzobsfw uxapctgx
vybqduhy wzcreviz xadsfwja ybetgxkb zcfuhylc
adgvizmd behwjane cfixkbof dgjylcpg ehkzmdqh

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: filaneri
Cipher: urozmvir

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: filaneri
Cipher: AABAB ABAAA ABABA AAAAA ABBAA AABAA BAAAA ABAAA

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Affine Cipher
In the affine cipher the letters of an alphabet of size m are first mapped to the integers in the range 0..m - 1. It then uses modular arithmetic to transform the integer that each plaintext letter corresponds to into another integer that correspond to a ciphertext letter. The encryption function for a single letter is

where modulus m is the size of the alphabet and a and b are the key of the cipher. The value a must be chosen such that a and m are coprime.
Considering the specific case of encrypting messages in English (i.e. m = 26), there are a total of 286 non-trivial affine ciphers, not counting the 26 trivial Caesar ciphers. This number comes from the fact there are 12 numbers that are coprime with 26 that are less than 26 (these are the possible values of a). Each value of a can have 26 different addition shifts (the b value) ; therefore, there are 12*26 or 312 possible keys.
Plaintext: filaneri
cipher variations:
gjmbofsjqzibonazapebovipkfabodqfuvwbolyvelsbotglyrkbojwrihgboreh
sxcbozmxcnybohunmdubopcdwtqboxkthkncpgtkrajcpobabqfcpwjqlgbcperg
vwxcpmzwfmtcpuhmzslcpkxsjihcpsfitydcpanydozcpivonevcpqdexurcpylu
ilodqhulsbkdqpcbcrgdqxkrmhcdqfshwxydqnaxgnudqvinatmdqlytkjidqtgj
uzedqbozepadqjwpofwdqrefyvsdqzmvjmperivmtclerqdcdsherylsnidergti
xyzerobyhoverwjobunermzulkjeruhkvafercpafqberkxqpgxersfgzwteranw
knqfsjwnudmfsredetifszmtojefshujyzafspczipwfsxkpcvofsnavmlkfsvil
wbgfsdqbgrcfslyrqhyfstghaxufsboxlorgtkxovengtsfefujgtanupkfgtivk
zabgtqdajqxgtylqdwpgtobwnmlgtwjmxchgterchsdgtmzsrizgtuhibyvgtcpy
mpshulypwfohutgfgvkhubovqlghujwlabchurebkryhuzmrexqhupcxonmhuxkn
ydihufsditehunatsjahuvijczwhudqznqtivmzqxgpivuhghwlivcpwrmhivkxm
bcdivsfclszivansfyrivqdyponivylozejivgtejufivobutkbivwjkdaxivera
orujwnaryhqjwvihixmjwdqxsnijwlyncdejwtgdmtajwbotgzsjwrezqpojwzmp
afkjwhufkvgjwpcvulcjwxklebyjwfsbpsvkxobszirkxwjijynkxerytojkxmzo
defkxuhenubkxcpuhatkxsfarqpkxanqbglkxivglwhkxqdwvmdkxylmfczkxgtc
qtwlypctajslyxkjkzolyfszupklynapefglyvifovclydqvibulytgbsrqlybor
chmlyjwhmxilyrexwnelyzmngdalyhudruxmzqdubktmzylklapmzgtavqlmzobq
fghmzwjgpwdmzerwjcvmzuhctsrmzcpsdinmzkxinyjmzsfyxofmzanohebmzive
svynarevclunazmlmbqnahubwrmnapcrghinaxkhqxenafsxkdwnavidutsnadqt
ejonalyjozknatgzypgnabopifcnajwftwzobsfwdmvobanmncrobivcxsnobqds
hijobyliryfobgtylexobwjevutoberufkpobmzkpalobuhazqhobcpqjgdobkxg
uxapctgxenwpcbonodspcjwdytopcretijkpczmjszgpchuzmfypcxkfwvupcfsv
glqpcnalqbmpcvibaripcdqrkhepclyhvybqduhyfoxqdcpopetqdkxezupqdsfu
jklqdanktahqdivangzqdylgxwvqdgtwhmrqdobmrcnqdwjcbsjqderslifqdmzi
wzcrevizgpyredqpqfurelyfavqretgvklmrebolubirejwboharezmhyxwrehux
insrepcnsdorexkdctkrefstmjgrenajxadsfwjahqzsferqrgvsfmzgbwrsfuhw
lmnsfcpmvcjsfkxcpibsfanizyxsfivyjotsfqdotepsfyledulsfgtunkhsfobk
ybetgxkbiratgfsrshwtgnahcxstgvixmnotgdqnwdktglydqjctgbojazytgjwz
kputgrepufqtgzmfevmtghuvolitgpclzcfuhylcjsbuhgtstixuhobidytuhwjy
nopuheroxeluhmzerkduhcpkbazuhkxalqvuhsfqvgruhangfwnuhivwpmjuhqdm
adgvizmdktcvihutujyvipcjezuvixkzopqvifspyfmvinafslevidqlcbavilyb
mrwvitgrwhsvibohgxovijwxqnkvirenbehwjaneludwjivuvkzwjqdkfavwjyla
pqrwjgtqzgnwjobgtmfwjermdcbwjmzcnsxwjuhsxitwjcpihypwjkxyrolwjsfo
cfixkbofmvexkjwvwlaxkrelgbwxkzmbqrsxkhurahoxkpchungxkfsnedcxknad
otyxkvityjuxkdqjizqxklyzspmxktgpdgjylcpgnwfylkxwxmbylsfmhcxylanc
rstylivsbipylqdivohylgtofedylobepuzylwjuzkvylerkjarylmzatqnyluhq
ehkzmdqhoxgzmlyxynczmtgnidyzmbodstuzmjwtcjqzmrejwpizmhupgfezmpcf
qvazmxkvalwzmfslkbszmnaburozmvirfilaneripyhanmzyzodanuhojezancpe
tuvankxudkransfkxqjanivqhgfanqdgrwbanylwbmxangtmlctanobcvspanwjs

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: filaneri
Cipher: svynarev

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: filaneri
Cipher: 1242131133512442

Extended Methods:
Method #1

Plaintext: filaneri
method variations:
loqfskwoqtvlxpbtvyaqcugyadfvhzmd

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
f i l a n e r i 
1 4 1 1 3 5 2 4 
2 2 3 1 3 1 4 2 
They are then read out in rows:
1411352422313142
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: filaneri
Cipher: qaxrgcci

Read more ...
Method #3

Plaintext: filaneri
method variations:
rbclxftb bclxftbr clxftbrb
lxftbrbc xftbrbcl ftbrbclx
tbrbclxf brbclxft

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: filaneri

first 5040 cipher variations(40320 total)
filaneri filaneir filanrei filanrie filanire filanier filaenri filaenir filaerni filaerin filaeirn
filaeinr filareni filarein filarnei filarnie filarine filarien filaiern filaienr filairen filairne
filainre filainer filnaeri filnaeir filnarei filnarie filnaire filnaier filneari filneair filnerai
filneria filneira filneiar filnreai filnreia filnraei filnraie filnriae filnriea filniera filniear
filnirea filnirae filniare filniaer filenari filenair filenrai filenria filenira fileniar fileanri
fileanir filearni filearin fileairn fileainr filerani filerain filernai filernia filerina filerian
fileiarn fileianr fileiran fileirna fileinra fileinar filrneai filrneia filrnaei filrnaie filrniae
filrniea filrenai filrenia filreani filreain filreian filreina filraeni filraein filranei filranie
filraine filraien filriean filriena filriaen filriane filrinae filrinea filinera filinear filinrea
filinrae filinare filinaer filienra filienar filierna filieran filiearn filieanr filirena filirean
filirnea filirnae filirane filiraen filiaern filiaenr filiaren filiarne filianre filianer fialneri
fialneir fialnrei fialnrie fialnire fialnier fialenri fialenir fialerni fialerin fialeirn fialeinr
fialreni fialrein fialrnei fialrnie fialrine fialrien fialiern fialienr fialiren fialirne fialinre
fialiner fianleri fianleir fianlrei fianlrie fianlire fianlier fianelri fianelir fianerli fianeril
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fiaeilnr fiaeirln fiaeirnl fiaeinrl fiaeinlr fiarneli fiarneil fiarnlei fiarnlie fiarnile fiarniel
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fiarlien fiarieln fiarienl fiarilen fiarilne fiarinle fiarinel fiainerl fiainelr fiainrel fiainrle
fiainlre fiainler fiaienrl fiaienlr fiaiernl fiaierln fiaielrn fiaielnr fiairenl fiaireln fiairnel
fiairnle fiairlne fiairlen fiailern fiailenr fiailren fiailrne fiailnre fiailner finaleri finaleir
finalrei finalrie finalire finalier finaelri finaelir finaerli finaeril finaeirl finaeilr finareli
finareil finarlei finarlie finarile finariel finaierl finaielr finairel finairle finailre finailer
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finliare finliaer finelari finelair finelrai finelria finelira fineliar finealri finealir finearli
finearil fineairl fineailr finerali finerail finerlai finerlia finerila finerial fineiarl fineialr
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firnalei firnalie firnaile firnaiel firneali firneail firnelai firnelia firneila firneial firnleai
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fireinla fireinal firlneai firlneia firlnaei firlnaie firlniae firlniea firlenai firlenia firleani
firleain firleian firleina firlaeni firlaein firlanei firlanie firlaine firlaien firliean firliena
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flraeiin flraeini flraieni flraiein flrainei flrainie flraiine flraiien flraiein flraieni flraiien
flraiine flrainie flrainei flrnaeii flrnaeii flrnaiei flrnaiie flrnaiie flrnaiei flrneaii flrneaii
flrneiai flrneiia flrneiia flrneiai flrnieai flrnieia flrniaei flrniaie flrniiae flrniiea flrnieia
flrnieai flrniiea flrniiae flrniaie flrniaei flrenaii flrenaii flreniai flreniia flreniia flreniai
flreanii flreanii flreaini flreaiin flreaiin flreaini flreiani flreiain flreinai flreinia flreiina
flreiian flreiain flreiani flreiian flreiina flreinia flreinai flrineai flrineia flrinaei flrinaie
flriniae flriniea flrienai flrienia flrieani flrieain flrieian flrieina flriaeni flriaein flrianei
flrianie flriaine flriaien flriiean flriiena flriiaen flriiane flriinae flriinea flrineia flrineai
flriniea flriniae flrinaie flrinaei flrienia flrienai flrieina flrieian flrieain flrieani flriiena
flriiean flriinea flriinae flriiane flriiaen flriaein flriaeni flriaien flriaine flrianie flrianei
flianeri flianeir flianrei flianrie flianire flianier fliaenri fliaenir fliaerni fliaerin fliaeirn
fliaeinr fliareni fliarein fliarnei fliarnie fliarine fliarien fliaiern fliaienr fliairen fliairne
fliainre fliainer flinaeri flinaeir flinarei flinarie flinaire flinaier flineari flineair flinerai
flineria flineira flineiar flinreai flinreia flinraei flinraie flinriae flinriea fliniera fliniear
flinirea flinirae fliniare fliniaer flienari flienair flienrai flienria flienira flieniar flieanri
flieanir fliearni fliearin flieairn flieainr flierani flierain fliernai fliernia flierina flierian
flieiarn flieianr flieiran flieirna flieinra flieinar flirneai flirneia flirnaei flirnaie flirniae
flirniea flirenai flirenia flireani flireain flireian flireina fliraeni fliraein fliranei fliranie
fliraine fliraien fliriean fliriena fliriaen fliriane flirinae flirinea fliinera fliinear fliinrea
fliinrae fliinare fliinaer fliienra fliienar fliierna fliieran fliiearn fliieanr fliirena fliirean
fliirnea fliirnae fliirane fliiraen fliiaern fliiaenr fliiaren fliiarne fliianre fliianer falineri
falineir falinrei falinrie falinire falinier falienri falienir falierni falierin falieirn falieinr
falireni falirein falirnei falirnie falirine falirien faliiern faliienr faliiren faliirne faliinre
faliiner falnieri falnieir falnirei falnirie falniire falniier falneiri falneiir falnerii falnerii
falneiri falneiir falnreii falnreii falnriei falnriie falnriie falnriei falnieri falnieir falnirei
falnirie falniire falniier faleniri faleniir falenrii falenrii faleniri faleniir faleinri faleinir
faleirni faleirin faleiirn faleiinr falerini faleriin falernii falernii falerini faleriin faleiirn
faleiinr faleirin faleirni faleinri faleinir falrneii falrneii falrniei falrniie falrniie falrniei
falrenii falrenii falreini falreiin falreiin falreini falrieni falriein falrinei falrinie falriine
falriien falriein falrieni falriien falriine falrinie falrinei falineri falineir falinrei falinrie
falinire falinier falienri falienir falierni falierin falieirn falieinr falireni falirein falirnei
falirnie falirine falirien faliiern faliienr faliiren faliirne faliinre faliiner failneri failneir
failnrei failnrie failnire failnier failenri failenir failerni failerin faileirn faileinr failreni
failrein failrnei failrnie failrine failrien failiern failienr failiren failirne failinre failiner
fainleri fainleir fainlrei fainlrie fainlire fainlier fainelri fainelir fainerli faineril faineirl
faineilr fainreli fainreil fainrlei fainrlie fainrile fainriel fainierl fainielr fainirel fainirle
fainilre fainiler faienlri faienlir faienrli faienril faienirl faienilr faielnri faielnir faielrni
faielrin faielirn faielinr faierlni faierlin faiernli faiernil faierinl faieriln faieilrn faieilnr
faieirln faieirnl faieinrl faieinlr fairneli fairneil fairnlei fairnlie fairnile fairniel fairenli
fairenil fairelni fairelin faireiln faireinl fairleni fairlein fairlnei fairlnie fairline fairlien
fairieln fairienl fairilen fairilne fairinle fairinel faiinerl faiinelr faiinrel faiinrle faiinlre
faiinler faiienrl faiienlr faiiernl faiierln faiielrn faiielnr faiirenl faiireln faiirnel faiirnle
faiirlne faiirlen faiilern faiilenr faiilren faiilrne faiilnre faiilner fanileri fanileir fanilrei
fanilrie fanilire fanilier fanielri fanielir fanierli fanieril fanieirl fanieilr fanireli fanireil
fanirlei fanirlie fanirile faniriel faniierl faniielr faniirel faniirle faniilre faniiler fanlieri
fanlieir fanlirei fanlirie fanliire fanliier fanleiri fanleiir fanlerii fanlerii fanleiri fanleiir
fanlreii fanlreii fanlriei fanlriie fanlriie fanlriei fanlieri fanlieir fanlirei fanlirie fanliire
fanliier faneliri faneliir fanelrii fanelrii faneliri faneliir faneilri faneilir faneirli faneiril
faneiirl faneiilr fanerili faneriil fanerlii fanerlii fanerili faneriil faneiirl faneiilr faneiril
faneirli faneilri faneilir fanrleii fanrleii fanrliei fanrliie fanrliie fanrliei fanrelii fanrelii
fanreili fanreiil fanreiil fanreili fanrieli fanrieil fanrilei fanrilie fanriile fanriiel fanrieil
fanrieli fanriiel fanriile fanrilie fanrilei fanileri fanileir fanilrei fanilrie fanilire fanilier
fanielri fanielir fanierli fanieril fanieirl fanieilr fanireli fanireil fanirlei fanirlie fanirile
faniriel faniierl faniielr faniirel faniirle faniilre faniiler faeinlri faeinlir faeinrli faeinril
faeinirl faeinilr faeilnri faeilnir faeilrni faeilrin faeilirn faeilinr faeirlni faeirlin faeirnli
faeirnil faeirinl faeiriln faeiilrn faeiilnr faeiirln faeiirnl faeiinrl faeiinlr faenilri faenilir
faenirli faeniril faeniirl faeniilr faenliri faenliir faenlrii faenlrii faenliri faenliir faenrlii
faenrlii faenrili faenriil faenriil faenrili faenilri faenilir faenirli faeniril faeniirl faeniilr
faelniri faelniir faelnrii faelnrii faelniri faelniir faelinri faelinir faelirni faelirin faeliirn
faeliinr faelrini faelriin faelrnii faelrnii faelrini faelriin faeliirn faeliinr faelirin faelirni
faelinri faelinir faernlii faernlii faernili faerniil faerniil faernili faerlnii faerlnii faerlini
faerliin faerliin faerlini faerilni faerilin faerinli faerinil faeriinl faeriiln faerilin faerilni
faeriiln faeriinl faerinil faerinli faeinlri faeinlir faeinrli faeinril faeinirl faeinilr faeilnri
faeilnir faeilrni faeilrin faeilirn faeilinr faeirlni faeirlin faeirnli faeirnil faeirinl faeiriln
faeiilrn faeiilnr faeiirln faeiirnl faeiinrl faeiinlr farineli farineil farinlei farinlie farinile
fariniel farienli farienil farielni farielin farieiln farieinl farileni farilein farilnei farilnie
fariline farilien fariieln fariienl fariilen fariilne fariinle fariinel farnieli farnieil farnilei
farnilie farniile farniiel farneili farneiil farnelii farnelii farneili farneiil farnleii farnleii
farnliei farnliie farnliie farnliei farnieli farnieil farnilei farnilie farniile farniiel farenili
fareniil farenlii farenlii farenili fareniil fareinli fareinil fareilni fareilin fareiiln fareiinl
farelini fareliin farelnii farelnii farelini fareliin fareiiln fareiinl fareilin fareilni fareinli
fareinil farlneii farlneii farlniei farlniie farlniie farlniei farlenii farlenii farleini farleiin
farleiin farleini farlieni farliein farlinei farlinie farliine farliien farliein farlieni farliien
farliine farlinie farlinei farineli farineil farinlei farinlie farinile fariniel farienli farienil
farielni farielin farieiln farieinl farileni farilein farilnei farilnie fariline farilien fariieln
fariienl fariilen fariilne fariinle fariinel faiinerl faiinelr faiinrel faiinrle faiinlre faiinler
faiienrl faiienlr faiiernl faiierln faiielrn faiielnr faiirenl faiireln faiirnel faiirnle faiirlne
faiirlen faiilern faiilenr faiilren faiilrne faiilnre faiilner fainierl fainielr fainirel fainirle
fainilre fainiler faineirl faineilr faineril fainerli fainelri fainelir fainreil fainreli fainriel
fainrile fainrlie fainrlei fainleri fainleir fainlrei fainlrie fainlire fainlier faienirl faienilr
faienril faienrli faienlri faienlir faieinrl faieinlr faieirnl faieirln faieilrn faieilnr faierinl
faieriln faiernil faiernli faierlni faierlin faielirn faielinr faielrin faielrni faielnri faielnir
fairneil fairneli fairniel fairnile fairnlie fairnlei fairenil fairenli faireinl faireiln fairelin
fairelni fairienl fairieln fairinel fairinle fairilne fairilen fairlein fairleni fairlien fairline
fairlnie fairlnei failneri failneir failnrei failnrie failnire failnier failenri failenir failerni
failerin faileirn faileinr failreni failrein failrnei failrnie failrine failrien failiern failienr
failiren failirne failinre failiner fnlaieri fnlaieir fnlairei fnlairie fnlaiire fnlaiier fnlaeiri
fnlaeiir fnlaerii fnlaerii fnlaeiri fnlaeiir fnlareii fnlareii fnlariei fnlariie fnlariie fnlariei
fnlaieri fnlaieir fnlairei fnlairie fnlaiire fnlaiier fnliaeri fnliaeir fnliarei fnliarie fnliaire
fnliaier fnlieari fnlieair fnlierai fnlieria fnlieira fnlieiar fnlireai fnlireia fnliraei fnliraie
fnliriae fnliriea fnliiera fnliiear fnliirea fnliirae fnliiare fnliiaer fnleiari fnleiair fnleirai
fnleiria fnleiira fnleiiar fnleairi fnleaiir fnlearii fnlearii fnleairi fnleaiir fnleraii fnleraii
fnleriai fnleriia fnleriia fnleriai fnleiari fnleiair fnleirai fnleiria fnleiira fnleiiar fnlrieai
fnlrieia fnlriaei fnlriaie fnlriiae fnlriiea fnlreiai fnlreiia fnlreaii fnlreaii fnlreiai fnlreiia
fnlraeii fnlraeii fnlraiei fnlraiie fnlraiie fnlraiei fnlrieai fnlrieia fnlriaei fnlriaie fnlriiae
fnlriiea fnliiera fnliiear fnliirea fnliirae fnliiare fnliiaer fnlieira fnlieiar fnlieria fnlierai
fnlieari fnlieair fnlireia fnlireai fnliriea fnliriae fnliraie fnliraei fnliaeri fnliaeir fnliarei
fnliarie fnliaire fnliaier fnalieri fnalieir fnalirei fnalirie fnaliire fnaliier fnaleiri fnaleiir
fnalerii fnalerii fnaleiri fnaleiir fnalreii fnalreii fnalriei fnalriie fnalriie fnalriei fnalieri
fnalieir fnalirei fnalirie fnaliire fnaliier fnaileri fnaileir fnailrei fnailrie fnailire fnailier
fnaielri fnaielir fnaierli fnaieril fnaieirl fnaieilr fnaireli fnaireil fnairlei fnairlie fnairile
fnairiel fnaiierl fnaiielr fnaiirel fnaiirle fnaiilre fnaiiler fnaeilri fnaeilir fnaeirli fnaeiril
fnaeiirl fnaeiilr fnaeliri fnaeliir fnaelrii fnaelrii fnaeliri fnaeliir fnaerlii fnaerlii fnaerili
fnaeriil fnaeriil fnaerili fnaeilri fnaeilir fnaeirli fnaeiril fnaeiirl fnaeiilr fnarieli fnarieil
fnarilei fnarilie fnariile fnariiel fnareili fnareiil fnarelii fnarelii fnareili fnareiil fnarleii
fnarleii fnarliei fnarliie fnarliie fnarliei fnarieli fnarieil fnarilei fnarilie fnariile fnariiel
fnaiierl fnaiielr fnaiirel fnaiirle fnaiilre fnaiiler fnaieirl fnaieilr fnaieril fnaierli fnaielri
fnaielir fnaireil fnaireli fnairiel fnairile fnairlie fnairlei fnaileri fnaileir fnailrei fnailrie
fnailire fnailier fnialeri fnialeir fnialrei fnialrie fnialire fnialier fniaelri fniaelir fniaerli
fniaeril fniaeirl fniaeilr fniareli fniareil fniarlei fniarlie fniarile fniariel fniaierl fniaielr
fniairel fniairle fniailre fniailer fnilaeri fnilaeir fnilarei fnilarie fnilaire fnilaier fnileari
fnileair fnilerai fnileria fnileira fnileiar fnilreai fnilreia fnilraei fnilraie fnilriae fnilriea
fniliera fniliear fnilirea fnilirae fniliare fniliaer fnielari fnielair fnielrai fnielria fnielira
fnieliar fniealri fniealir fniearli fniearil fnieairl fnieailr fnierali fnierail fnierlai fnierlia
fnierila fnierial fnieiarl fnieialr fnieiral fnieirla fnieilra fnieilar fnirleai fnirleia fnirlaei
fnirlaie fnirliae fnirliea fnirelai fnirelia fnireali fnireail fnireial fnireila fniraeli fniraeil
fniralei fniralie fniraile fniraiel fnirieal fniriela fniriael fniriale fnirilae fnirilea fniilera
fniilear fniilrea fniilrae fniilare fniilaer fniielra fniielar fniierla fniieral fniiearl fniiealr
fniirela fniireal fniirlea fniirlae fniirale fniirael fniiaerl fniiaelr fniiarel fniiarle fniialre
fniialer fneailri fneailir fneairli fneairil fneaiirl fneaiilr fnealiri fnealiir fnealrii fnealrii
fnealiri fnealiir fnearlii fnearlii fnearili fneariil fneariil fnearili fneailri fneailir fneairli
fneairil fneaiirl fneaiilr fneialri fneialir fneiarli fneiaril fneiairl fneiailr fneilari fneilair
fneilrai fneilria fneilira fneiliar fneirlai fneirlia fneirali fneirail fneirial fneirila fneiilra
fneiilar fneiirla fneiiral fneiiarl fneiialr fneliari fneliair fnelirai fneliria fneliira fneliiar
fnelairi fnelaiir fnelarii fnelarii fnelairi fnelaiir fnelraii fnelraii fnelriai fnelriia fnelriia
fnelriai fneliari fneliair fnelirai fneliria fneliira fneliiar fnerilai fnerilia fneriali fneriail
fneriial fneriila fnerliai fnerliia fnerlaii fnerlaii fnerliai fnerliia fneralii fneralii fneraili
fneraiil fneraiil fneraili fnerilai fnerilia fneriali fneriail fneriial fneriila fneiilra fneiilar
fneiirla fneiiral fneiiarl fneiialr fneilira fneiliar fneilria fneilrai fneilari fneilair fneirlia
fneirlai fneirila fneirial fneirail fneirali fneialri fneialir fneiarli fneiaril fneiairl fneiailr
fnraieli fnraieil fnrailei fnrailie fnraiile fnraiiel fnraeili fnraeiil fnraelii fnraelii fnraeili
fnraeiil fnraleii fnraleii fnraliei fnraliie fnraliie fnraliei fnraieli fnraieil fnrailei fnrailie
fnraiile fnraiiel fnriaeli fnriaeil fnrialei fnrialie fnriaile fnriaiel fnrieali fnrieail fnrielai
fnrielia fnrieila fnrieial fnrileai fnrileia fnrilaei fnrilaie fnriliae fnriliea fnriiela fnriieal
fnriilea fnriilae fnriiale fnriiael fnreiali fnreiail fnreilai fnreilia fnreiila fnreiial fnreaili
fnreaiil fnrealii fnrealii fnreaili fnreaiil fnrelaii fnrelaii fnreliai fnreliia fnreliia fnreliai
fnreiali fnreiail fnreilai fnreilia fnreiila fnreiial fnrlieai fnrlieia fnrliaei fnrliaie fnrliiae
fnrliiea fnrleiai fnrleiia fnrleaii fnrleaii fnrleiai fnrleiia fnrlaeii fnrlaeii fnrlaiei fnrlaiie
fnrlaiie fnrlaiei fnrlieai fnrlieia fnrliaei fnrliaie fnrliiae fnrliiea fnriiela fnriieal fnriilea
fnriilae fnriiale fnriiael fnrieila fnrieial fnrielia fnrielai fnrieali fnrieail fnrileia fnrileai
fnriliea fnriliae fnrilaie fnrilaei fnriaeli fnriaeil fnrialei fnrialie fnriaile fnriaiel fniaierl
fniaielr fniairel fniairle fniailre fniailer fniaeirl fniaeilr fniaeril fniaerli fniaelri fniaelir
fniareil fniareli fniariel fniarile fniarlie fniarlei fnialeri fnialeir fnialrei fnialrie fnialire
fnialier fniiaerl fniiaelr fniiarel fniiarle fniialre fniialer fniiearl fniiealr fniieral fniierla
fniielra fniielar fniireal fniirela fniirael fniirale fniirlae fniirlea fniilera fniilear fniilrea
fniilrae fniilare fniilaer fnieiarl fnieialr fnieiral fnieirla fnieilra fnieilar fnieairl fnieailr
fniearil fniearli fniealri fniealir fnierail fnierali fnierial fnierila fnierlia fnierlai fnielari
fnielair fnielrai fnielria fnielira fnieliar fnirieal fniriela fniriael fniriale fnirilae fnirilea
fnireial fnireila fnireail fnireali fnirelai fnirelia fniraeil fniraeli fniraiel fniraile fniralie
fniralei fnirleai fnirleia fnirlaei fnirlaie fnirliae fnirliea fniliera fniliear fnilirea fnilirae
fniliare fniliaer fnileira fnileiar fnileria fnilerai fnileari fnileair fnilreia fnilreai fnilriea
fnilriae fnilraie fnilraei fnilaeri fnilaeir fnilarei fnilarie fnilaire fnilaier felaniri felaniir
felanrii felanrii felaniri felaniir felainri felainir felairni felairin felaiirn felaiinr felarini
felariin felarnii felarnii felarini felariin felaiirn felaiinr felairin felairni felainri felainir
felnairi felnaiir felnarii felnarii felnairi felnaiir felniari felniair felnirai felniria felniira
felniiar felnriai felnriia felnraii felnraii felnriai felnriia felniira felniiar felniria felnirai
felniari felniair felinari felinair felinrai felinria felinira feliniar felianri felianir feliarni
feliarin feliairn feliainr felirani felirain felirnai felirnia felirina felirian feliiarn feliianr
feliiran feliirna feliinra feliinar felrniai felrniia felrnaii felrnaii felrniai felrniia felrinai
felrinia felriani felriain felriian felriina felraini felraiin felranii felranii felraini felraiin
felriian felriina felriain felriani felrinai felrinia felinira feliniar felinria felinrai felinari
felinair feliinra feliinar feliirna feliiran feliiarn feliianr felirina felirian felirnia felirnai
felirani felirain feliairn feliainr feliarin feliarni felianri felianir fealniri fealniir fealnrii
fealnrii fealniri fealniir fealinri fealinir fealirni fealirin fealiirn fealiinr fealrini fealriin
fealrnii fealrnii fealrini fealriin fealiirn fealiinr fealirin fealirni fealinri fealinir feanliri
feanliir feanlrii feanlrii feanliri feanliir feanilri feanilir feanirli feaniril feaniirl feaniilr
feanrili feanriil feanrlii feanrlii feanrili feanriil feaniirl feaniilr feaniril feanirli feanilri
feanilir feainlri feainlir feainrli feainril feainirl feainilr feailnri feailnir feailrni feailrin
feailirn feailinr feairlni feairlin feairnli feairnil feairinl feairiln feaiilrn feaiilnr feaiirln
feaiirnl feaiinrl feaiinlr fearnili fearniil fearnlii fearnlii fearnili fearniil fearinli fearinil
fearilni fearilin feariiln feariinl fearlini fearliin fearlnii fearlnii fearlini fearliin feariiln
feariinl fearilin fearilni fearinli fearinil feainirl feainilr feainril feainrli feainlri feainlir
feaiinrl feaiinlr feaiirnl feaiirln feaiilrn feaiilnr feairinl feairiln feairnil feairnli feairlni
feairlin feailirn feailinr feailrin feailrni feailnri feailnir fenaliri fenaliir fenalrii fenalrii
fenaliri fenaliir fenailri fenailir fenairli fenairil fenaiirl fenaiilr fenarili fenariil fenarlii
fenarlii fenarili fenariil fenaiirl fenaiilr fenairil fenairli fenailri fenailir fenlairi fenlaiir
fenlarii fenlarii fenlairi fenlaiir fenliari fenliair fenlirai fenliria fenliira fenliiar fenlriai
fenlriia fenlraii fenlraii fenlriai fenlriia fenliira fenliiar fenliria fenlirai fenliari fenliair
fenilari fenilair fenilrai fenilria fenilira feniliar fenialri fenialir feniarli feniaril feniairl
feniailr fenirali fenirail fenirlai fenirlia fenirila fenirial feniiarl feniialr feniiral feniirla
feniilra feniilar fenrliai fenrliia fenrlaii fenrlaii fenrliai fenrliia fenrilai fenrilia fenriali
fenriail fenriial fenriila fenraili fenraiil fenralii fenralii fenraili fenraiil fenriial fenriila
fenriail fenriali fenrilai fenrilia fenilira feniliar fenilria fenilrai fenilari fenilair feniilra
feniilar feniirla feniiral feniiarl feniialr fenirila fenirial fenirlia fenirlai fenirali fenirail
feniairl feniailr feniaril feniarli fenialri fenialir feianlri feianlir feianrli feianril feianirl
feianilr feialnri feialnir feialrni feialrin feialirn feialinr feiarlni feiarlin feiarnli feiarnil
feiarinl feiariln feiailrn feiailnr feiairln feiairnl feiainrl feiainlr feinalri feinalir feinarli
feinaril feinairl feinailr feinlari feinlair feinlrai feinlria feinlira feinliar feinrlai feinrlia
feinrali feinrail feinrial feinrila feinilra feinilar feinirla feiniral feiniarl feinialr feilnari
feilnair feilnrai feilnria feilnira feilniar feilanri feilanir feilarni feilarin feilairn feilainr
feilrani feilrain feilrnai feilrnia feilrina feilrian feiliarn feilianr feiliran feilirna feilinra
feilinar feirnlai feirnlia feirnali feirnail feirnial feirnila feirlnai feirlnia feirlani feirlain
feirlian feirlina feiralni feiralin feiranli feiranil feirainl feirailn feirilan feirilna feirialn
feirianl feirinal feirinla feiinlra feiinlar feiinrla feiinral feiinarl feiinalr feiilnra feiilnar
feiilrna feiilran feiilarn feiilanr feiirlna feiirlan feiirnla feiirnal feiiranl feiiraln feiialrn
feiialnr feiiarln feiiarnl feiianrl feiianlr feranili feraniil feranlii feranlii feranili feraniil
ferainli ferainil ferailni ferailin feraiiln feraiinl feralini feraliin feralnii feralnii feralini
feraliin feraiiln feraiinl ferailin ferailni ferainli ferainil fernaili fernaiil fernalii fernalii
fernaili fernaiil ferniali ferniail fernilai fernilia ferniila ferniial fernliai fernliia fernlaii
fernlaii fernliai fernliia ferniila ferniial fernilia fernilai ferniali ferniail ferinali ferinail
ferinlai ferinlia ferinila ferinial ferianli ferianil ferialni ferialin feriailn feriainl ferilani
ferilain ferilnai ferilnia ferilina ferilian feriialn feriianl feriilan feriilna feriinla feriinal
ferlniai ferlniia ferlnaii ferlnaii ferlniai ferlniia ferlinai ferlinia ferliani ferliain ferliian
ferliina ferlaini ferlaiin ferlanii ferlanii ferlaini ferlaiin ferliian ferliina ferliain ferliani
ferlinai ferlinia ferinila ferinial ferinlia ferinlai ferinali ferinail feriinla feriinal feriilna
feriilan feriialn feriianl ferilina ferilian ferilnia ferilnai ferilani ferilain feriailn feriainl
ferialin ferialni ferianli ferianil feianirl feianilr feianril feianrli feianlri feianlir feiainrl
feiainlr feiairnl feiairln feiailrn feiailnr feiarinl feiariln feiarnil feiarnli feiarlni feiarlin
feialirn feialinr feialrin feialrni feialnri feialnir feinairl feinailr feinaril feinarli feinalri
feinalir feiniarl feinialr feiniral feinirla feinilra feinilar feinrial feinrila feinrail feinrali
feinrlai feinrlia feinlira feinliar feinlria feinlrai feinlari feinlair feiinarl feiinalr feiinral
feiinrla feiinlra feiinlar feiianrl feiianlr feiiarnl feiiarln feiialrn feiialnr feiiranl feiiraln
feiirnal feiirnla feiirlna feiirlan feiilarn feiilanr feiilran feiilrna feiilnra feiilnar feirnial
feirnila feirnail feirnali feirnlai feirnlia feirinal feirinla feirianl feirialn feirilan feirilna
feirainl feirailn feiranil feiranli feiralni feiralin feirlian feirlina feirlain feirlani feirlnai
feirlnia feilnira feilniar feilnria feilnrai feilnari feilnair feilinra feilinar feilirna feiliran
feiliarn feilianr feilrina feilrian feilrnia feilrnai feilrani feilrain feilairn feilainr feilarin
feilarni feilanri feilanir frlaneii frlaneii frlaniei frlaniie frlaniie frlaniei frlaenii frlaenii
frlaeini frlaeiin frlaeiin frlaeini frlaieni frlaiein frlainei frlainie frlaiine frlaiien frlaiein
frlaieni frlaiien frlaiine frlainie frlainei frlnaeii frlnaeii frlnaiei frlnaiie frlnaiie frlnaiei
frlneaii frlneaii frlneiai frlneiia frlneiia frlneiai frlnieai frlnieia frlniaei frlniaie frlniiae
frlniiea frlnieia frlnieai frlniiea frlniiae frlniaie frlniaei frlenaii frlenaii frleniai frleniia
frleniia frleniai frleanii frleanii frleaini frleaiin frleaiin frleaini frleiani frleiain frleinai
frleinia frleiina frleiian frleiain frleiani frleiian frleiina frleinia frleinai frlineai frlineia
frlinaei frlinaie frliniae frliniea frlienai frlienia frlieani frlieain frlieian frlieina frliaeni
frliaein frlianei frlianie frliaine frliaien frliiean frliiena frliiaen frliiane frliinae frliinea
frlineia frlineai frliniea frliniae frlinaie frlinaei frlienia frlienai frlieina frlieian frlieain
frlieani frliiena frliiean frliinea frliinae frliiane frliiaen frliaein frliaeni frliaien frliaine
frlianie frlianei fralneii fralneii fralniei fralniie fralniie fralniei fralenii fralenii fraleini
fraleiin fraleiin fraleini fralieni fraliein fralinei fralinie fraliine fraliien fraliein fralieni
fraliien fraliine fralinie fralinei franleii franleii franliei franliie franliie franliei franelii
franelii franeili franeiil franeiil franeili franieli franieil franilei franilie franiile franiiel
franieil franieli franiiel franiile franilie franilei fraenlii fraenlii fraenili fraeniil fraeniil
fraenili fraelnii fraelnii fraelini fraeliin fraeliin fraelini fraeilni fraeilin fraeinli fraeinil
fraeiinl fraeiiln fraeilin fraeilni fraeiiln fraeiinl fraeinil fraeinli fraineli fraineil frainlei
frainlie frainile frainiel fraienli fraienil fraielni fraielin fraieiln fraieinl fraileni frailein
frailnei frailnie frailine frailien fraiieln fraiienl fraiilen fraiilne fraiinle fraiinel fraineil
fraineli frainiel frainile frainlie frainlei fraienil fraienli fraieinl fraieiln fraielin fraielni
fraiienl fraiieln fraiinel fraiinle fraiilne fraiilen frailein fraileni frailien frailine frailnie
frailnei frnaleii frnaleii frnaliei frnaliie frnaliie frnaliei frnaelii frnaelii frnaeili frnaeiil
frnaeiil frnaeili frnaieli frnaieil frnailei frnailie frnaiile frnaiiel frnaieil frnaieli frnaiiel
frnaiile frnailie frnailei frnlaeii frnlaeii frnlaiei frnlaiie frnlaiie frnlaiei frnleaii frnleaii
frnleiai frnleiia frnleiia frnleiai frnlieai frnlieia frnliaei frnliaie frnliiae frnliiea frnlieia
frnlieai frnliiea frnliiae frnliaie frnliaei frnelaii frnelaii frneliai frneliia frneliia frneliai
frnealii frnealii frneaili frneaiil frneaiil frneaili frneiali frneiail frneilai frneilia frneiila
frneiial frneiail frneiali frneiial frneiila frneilia frneilai frnileai frnileia frnilaei frnilaie
frniliae frniliea frnielai frnielia frnieali frnieail frnieial frnieila frniaeli frniaeil frnialei
frnialie frniaile frniaiel frniieal frniiela frniiael frniiale frniilae frniilea frnileia frnileai
frniliea frniliae frnilaie frnilaei frnielia frnielai frnieila frnieial frnieail frnieali frniiela
frniieal frniilea frniilae frniiale frniiael frniaeil frniaeli frniaiel frniaile frnialie frnialei
freanlii freanlii freanili freaniil freaniil freanili frealnii frealnii frealini frealiin frealiin
frealini freailni freailin freainli freainil freaiinl freaiiln freailin freailni freaiiln freaiinl
freainil freainli frenalii frenalii frenaili frenaiil frenaiil frenaili frenlaii frenlaii frenliai
frenliia frenliia frenliai frenilai frenilia freniali freniail freniial freniila frenilia frenilai
freniila freniial freniail freniali frelnaii frelnaii frelniai frelniia frelniia frelniai frelanii
frelanii frelaini frelaiin frelaiin frelaini freliani freliain frelinai frelinia freliina freliian
freliain freliani freliian freliina frelinia frelinai freinlai freinlia freinali freinail freinial
freinila freilnai freilnia freilani freilain freilian freilina freialni freialin freianli freianil
freiainl freiailn freiilan freiilna freiialn freiianl freiinal freiinla freinlia freinlai freinila
freinial freinail freinali freilnia freilnai freilina freilian freilain freilani freiilna freiilan
freiinla freiinal freiianl freiialn freialin freialni freiailn freiainl freianil freianli frianeli
frianeil frianlei frianlie frianile frianiel friaenli friaenil friaelni friaelin friaeiln friaeinl
frialeni frialein frialnei frialnie frialine frialien friaieln friaienl friailen friailne friainle
friainel frinaeli frinaeil frinalei frinalie frinaile frinaiel frineali frineail frinelai frinelia
frineila frineial frinleai frinleia frinlaei frinlaie frinliae frinliea friniela frinieal frinilea
frinilae friniale friniael frienali frienail frienlai frienlia frienila frienial frieanli frieanil
friealni friealin frieailn frieainl frielani frielain frielnai frielnia frielina frielian frieialn
frieianl frieilan frieilna frieinla frieinal frilneai frilneia frilnaei frilnaie frilniae frilniea
frilenai frilenia frileani frileain frileian frileina frilaeni frilaein frilanei frilanie frilaine
frilaien friliean friliena friliaen friliane frilinae frilinea friinela friineal friinlea friinlae
friinale friinael friienla friienal friielna friielan friiealn friieanl friilena friilean friilnea
friilnae friilane friilaen friiaeln friiaenl friialen friialne friianle friianel frianeil frianeli
frianiel frianile frianlie frianlei friaenil friaenli friaeinl friaeiln friaelin friaelni friaienl
friaieln friainel friainle friailne friailen frialein frialeni frialien frialine frialnie frialnei
frinaeil frinaeli frinaiel frinaile frinalie frinalei frineail frineali frineial frineila frinelia
frinelai frinieal friniela friniael friniale frinilae frinilea frinleia frinleai frinliea frinliae
frinlaie frinlaei frienail frienali frienial frienila frienlia frienlai frieanil frieanli frieainl
frieailn friealin friealni frieianl frieialn frieinal frieinla frieilna frieilan frielain frielani
frielian frielina frielnia frielnai friineal friinela friinael friinale friinlae friinlea friienal
friienla friieanl friiealn friielan friielna friiaenl friiaeln friianel friianle friialne friialen
friilean friilena friilaen friilane friilnae friilnea frilneia frilneai frilniea frilniae frilnaie
frilnaei frilenia frilenai frileina frileian frileain frileani friliena friliean frilinea frilinae
friliane friliaen frilaein frilaeni frilaien frilaine frilanie frilanei filaneri filaneir filanrei
filanrie filanire filanier filaenri filaenir filaerni filaerin filaeirn filaeinr filareni filarein
filarnei filarnie filarine filarien filaiern filaienr filairen filairne filainre filainer filnaeri
filnaeir filnarei filnarie filnaire filnaier filneari filneair filnerai filneria filneira filneiar
filnreai filnreia filnraei filnraie filnriae filnriea filniera filniear filnirea filnirae filniare
filniaer filenari filenair filenrai filenria filenira fileniar fileanri fileanir filearni filearin
fileairn fileainr filerani filerain filernai filernia filerina filerian fileiarn fileianr fileiran
fileirna fileinra fileinar filrneai filrneia filrnaei filrnaie filrniae filrniea filrenai filrenia
filreani filreain filreian filreina filraeni filraein filranei filranie filraine filraien filriean
filriena filriaen filriane filrinae filrinea filinera filinear filinrea filinrae filinare filinaer
filienra filienar filierna filieran filiearn filieanr filirena filirean filirnea filirnae filirane
filiraen filiaern filiaenr filiaren filiarne filianre filianer fialneri fialneir fialnrei fialnrie
fialnire fialnier fialenri fialenir fialerni fialerin fialeirn fialeinr fialreni fialrein fialrnei
fialrnie fialrine fialrien fialiern fialienr fialiren fialirne fialinre fialiner fianleri fianleir
fianlrei fianlrie fianlire fianlier fianelri fianelir fianerli fianeril fianeirl fianeilr fianreli
fianreil fianrlei fianrlie fianrile fianriel fianierl fianielr fianirel fianirle fianilre fianiler
fiaenlri fiaenlir fiaenrli fiaenril fiaenirl fiaenilr fiaelnri fiaelnir fiaelrni fiaelrin fiaelirn
fiaelinr fiaerlni fiaerlin fiaernli fiaernil fiaerinl fiaeriln fiaeilrn fiaeilnr fiaeirln fiaeirnl
fiaeinrl fiaeinlr fiarneli fiarneil fiarnlei fiarnlie fiarnile fiarniel fiarenli fiarenil fiarelni
fiarelin fiareiln fiareinl fiarleni fiarlein fiarlnei fiarlnie fiarline fiarlien fiarieln fiarienl
fiarilen fiarilne fiarinle fiarinel fiainerl fiainelr fiainrel fiainrle fiainlre fiainler fiaienrl
fiaienlr fiaiernl fiaierln fiaielrn fiaielnr fiairenl fiaireln fiairnel fiairnle fiairlne fiairlen
fiailern fiailenr fiailren fiailrne fiailnre fiailner finaleri finaleir finalrei finalrie finalire
finalier finaelri finaelir finaerli finaeril finaeirl finaeilr finareli finareil finarlei finarlie
finarile finariel finaierl finaielr finairel finairle finailre finailer finlaeri finlaeir finlarei
finlarie finlaire finlaier finleari finleair finlerai finleria finleira finleiar finlreai finlreia
finlraei finlraie finlriae finlriea finliera finliear finlirea finlirae finliare finliaer finelari
finelair finelrai finelria finelira fineliar finealri finealir finearli finearil fineairl fineailr
finerali finerail finerlai finerlia finerila finerial fineiarl fineialr fineiral fineirla fineilra
fineilar finrleai finrleia finrlaei finrlaie finrliae finrliea finrelai finrelia finreali finreail
finreial finreila finraeli finraeil finralei finralie finraile finraiel finrieal finriela finriael
finriale finrilae finrilea finilera finilear finilrea finilrae finilare finilaer finielra finielar
finierla finieral finiearl finiealr finirela finireal finirlea finirlae finirale finirael finiaerl
finiaelr finiarel finiarle finialre finialer fieanlri fieanlir fieanrli fieanril fieanirl fieanilr
fiealnri fiealnir fiealrni fiealrin fiealirn fiealinr fiearlni fiearlin fiearnli fiearnil fiearinl
fieariln fieailrn fieailnr fieairln fieairnl fieainrl fieainlr fienalri fienalir fienarli fienaril
fienairl fienailr fienlari fienlair fienlrai fienlria fienlira fienliar fienrlai fienrlia fienrali
fienrail fienrial fienrila fienilra fienilar fienirla fieniral fieniarl fienialr fielnari fielnair
fielnrai fielnria fielnira fielniar fielanri fielanir fielarni fielarin fielairn fielainr fielrani
fielrain fielrnai fielrnia fielrina fielrian fieliarn fielianr fieliran fielirna fielinra fielinar
fiernlai fiernlia fiernali fiernail fiernial fiernila fierlnai fierlnia fierlani fierlain fierlian
fierlina fieralni fieralin fieranli fieranil fierainl fierailn fierilan fierilna fierialn fierianl
fierinal fierinla fieinlra fieinlar fieinrla fieinral fieinarl fieinalr fieilnra fieilnar fieilrna
fieilran fieilarn fieilanr fieirlna fieirlan fieirnla fieirnal fieiranl fieiraln fieialrn fieialnr
fieiarln fieiarnl fieianrl fieianlr firaneli firaneil firanlei firanlie firanile firaniel firaenli
firaenil firaelni firaelin firaeiln firaeinl firaleni firalein firalnei firalnie firaline firalien
firaieln firaienl firailen firailne firainle firainel firnaeli firnaeil firnalei firnalie firnaile
firnaiel firneali firneail firnelai firnelia firneila firneial firnleai firnleia firnlaei firnlaie
firnliae firnliea firniela firnieal firnilea firnilae firniale firniael firenali firenail firenlai
firenlia firenila firenial fireanli fireanil firealni firealin fireailn fireainl firelani firelain
firelnai firelnia firelina firelian fireialn fireianl fireilan fireilna fireinla fireinal firlneai
firlneia firlnaei firlnaie firlniae firlniea firlenai firlenia firleani firleain firleian firleina
firlaeni firlaein firlanei firlanie firlaine firlaien firliean firliena firliaen firliane firlinae
firlinea firinela firineal firinlea firinlae firinale firinael firienla firienal firielna firielan
firiealn firieanl firilena firilean firilnea firilnae firilane firilaen firiaeln firiaenl firialen
firialne firianle firianel fiianerl fiianelr fiianrel fiianrle fiianlre fiianler fiiaenrl fiiaenlr
fiiaernl fiiaerln fiiaelrn fiiaelnr fiiarenl fiiareln fiiarnel fiiarnle fiiarlne fiiarlen fiialern
fiialenr fiialren fiialrne fiialnre fiialner fiinaerl fiinaelr fiinarel fiinarle fiinalre fiinaler
fiinearl fiinealr fiineral fiinerla fiinelra fiinelar fiinreal fiinrela fiinrael fiinrale fiinrlae
fiinrlea fiinlera fiinlear fiinlrea fiinlrae fiinlare fiinlaer fiienarl fiienalr fiienral fiienrla
fiienlra fiienlar fiieanrl fiieanlr fiiearnl fiiearln fiiealrn fiiealnr fiieranl fiieraln fiiernal
fiiernla fiierlna fiierlan fiielarn fiielanr fiielran fiielrna fiielnra fiielnar fiirneal fiirnela
fiirnael fiirnale fiirnlae fiirnlea fiirenal fiirenla fiireanl fiirealn fiirelan fiirelna fiiraenl
fiiraeln fiiranel fiiranle fiiralne fiiralen fiirlean fiirlena fiirlaen fiirlane fiirlnae fiirlnea
fiilnera fiilnear fiilnrea fiilnrae fiilnare fiilnaer fiilenra fiilenar fiilerna fiileran fiilearn
fiileanr fiilrena fiilrean fiilrnea fiilrnae fiilrane fiilraen fiilaern fiilaenr fiilaren fiilarne
fiilanre fiilaner

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History of cryptography
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