easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

antianthrax

hemiageusia

dehiscaveritis

elphinstone

gloms

nondialectical

gravaveramusque

promulgations

asteriated

harbord

mockel

bonhomies

lenthways

jiggle

ngaparou

coulisses

montini

nonbroody


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: misfire
cipher variations:
njtgjsf okuhktg plviluh qmwjmvi rnxknwj
soyloxk tpzmpyl uqanqzm vrboran wscpsbo
xtdqtcp yuerudq zvfsver awgtwfs bxhuxgt
cyivyhu dzjwziv eakxajw fblybkx gcmzcly
hdnadmz ieobena jfpcfob kgqdgpc lhrehqd

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: misfire
Cipher: nrhuriv

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: misfire
Cipher: ABABB ABAAA BAAAB AABAB ABAAA BAAAA AABAA

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: misfire
cipher variations:
njtgjsflzdqzanjpnapivhfxkfqdfvhuvyldlrelgtzrlyrwjxhviher
vxfsxmztnpcnuhrdzmdcpptjwtkxokuhktgmaerabokqobqjwigylgre
gwivwzmemsfmhuasmzsxkyiwjifswygtynauoqdoviseanedqqukxuly
plviluhnbfsbcplrpcrkxjhzmhsfhxjwxanfntgnivbtnatylzjxkjgt
xzhuzobvprepwjtfboferrvlyvmzqmwjmviocgtcdqmsqdslykianitg
iykxybogouhojwcuobuzmakylkhuyaivapcwqsfqxkugcpgfsswmzwna
rnxknwjpdhuderntretmzljbojuhjzlyzcphpvipkxdvpcvanblzmliv
zbjwbqdxrtgrylvhdqhgttxnaxobsoyloxkqeivefsousfunamkcpkvi
kamzadqiqwjqlyewqdwbocmanmjwackxcreysuhszmwierihuuyobypc
tpzmpylrfjwfgtpvtgvobnldqlwjlbnaberjrxkrmzfxrexcpdnbonkx
bdlydsfztvitanxjfsjivvzpczqduqanqzmsgkxghuqwuhwpcomermxk
mcobcfsksylsnagysfydqeocpolycemzetgauwjuboykgtkjwwaqdare
vrboranthlyhivrxvixqdpnfsnylndpcdgtltzmtobhztgzerfpdqpmz
dfnafuhbvxkvcpzlhulkxxbrebsfwscpsbouimzijwsywjyreqogtozm
oeqdehumuanupciauhafsgqerqnaegobgvicwylwdqamivmlyycsfctg
xtdqtcpvjnajkxtzxkzsfrphupanpfrefivnvbovqdjbvibgthrfsrob
fhpchwjdxzmxerbnjwnmzzdtgduhyuerudqwkobklyuaylatgsqivqbo
qgsfgjwowcpwrekcwjchuisgtspcgiqdixkeyanyfscokxonaaeuhevi
zvfsverxlpclmzvbzmbuhtrjwrcprhtghkxpxdqxsfldxkdivjthutqd
hjrejylfzbozgtdplypobbfvifwjawgtwfsymqdmnawcancviuskxsdq
siuhilyqyerytgmeylejwkuivureiksfkzmgacpahueqmzqpccgwjgxk
bxhuxgtznrenobxdbodwjvtlytertjvijmzrzfszuhnfzmfkxlvjwvsf
jltglanhbdqbivfrnarqddhxkhylcyivyhuaosfopcyecpexkwumzufs
ukwjknasagtavioganglymwkxwtgkmuhmboicercjwgsobsreeiylizm
dzjwzivbptgpqdzfdqfylxvnavgtvlxklobtbhubwjphbohmznxlyxuh
lnvincpjdfsdkxhtpctsffjzmjaneakxajwcquhqreagergzmywobwhu
wmylmpcucivcxkqicpinaoymzyvimowjodqkegtelyiuqdutggkankbo
fblybkxdrvirsfbhfshanzxpcxivxnzmnqdvdjwdylrjdqjobpznazwj
npxkperlfhufmzjvrevuhhlbolcpgcmzclyeswjstgcigtiboayqdyjw
yoanorewekxezmskerkpcqaobaxkoqylqfsmgivgnakwsfwviimcpmdq
hdnadmzftxktuhdjhujcpbzrezkxzpbopsfxflyfantlfslqdrbpcbyl
przmrgtnhjwhoblxtgxwjjndqnerieobenaguyluviekivkdqcasfaly
aqcpqtgygmzgboumgtmrescqdczmqsanshuoikxipcmyuhyxkkoerofs
jfpcfobhvzmvwjfljwlerdbtgbmzbrdqruhzhnahcpvnhunsftdredan
rtbotivpjlyjqdnzvizyllpfspgtkgqdgpciwanwxkgmkxmfsecuhcna
csersviaiobidqwoivotguesfebosucpujwqkmzkreoawjazmmqgtqhu
lhrehqdjxboxylhnlyngtfdvidobdtfstwjbjpcjerxpjwpuhvftgfcp
tvdqvkxrlnalsfpbxkbannrhurivmisfirekycpyzmiomzohugewjepc
eugtuxkckqdkfsyqkxqviwguhgdquwerwlysmobmtgqcylcboosivsjw

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: misfire
Cipher: zvfsver

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: misfire
Cipher: 23423412422451

Extended Methods:
Method #1

Plaintext: misfire
method variations:
roxlowkwtcqtbpbyhvygugdnadmz

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
m i s f i r e 
2 4 3 1 4 2 5 
3 2 4 2 2 4 1 
They are then read out in rows:
24314253242241
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: misfire
Cipher: rciprgd

Read more ...
Method #3

Plaintext: misfire
method variations:
smdrgyf mdrgyfs drgyfsm
rgyfsmd gyfsmdr yfsmdrg
fsmdrgy

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: misfire

all 5040 cipher variations:
misfire misfier misfrie misfrei misferi misfeir misifre misifer misirfe misiref misierf
misiefr misrife misrief misrfie misrfei misrefi misreif miseirf miseifr miserif miserfi
misefri misefir mifsire mifsier mifsrie mifsrei mifseri mifseir mifisre mifiser mifirse
mifires mifiers mifiesr mifrise mifries mifrsie mifrsei mifresi mifreis mifeirs mifeisr
miferis mifersi mifesri mifesir miifsre miifser miifrse miifres miifers miifesr miisfre
miisfer miisrfe miisref miiserf miisefr miirsfe miirsef miirfse miirfes miirefs miiresf
miiesrf miiesfr miiersf miierfs miiefrs miiefsr mirfise mirfies mirfsie mirfsei mirfesi
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irimesf iriesmf iriesfm iriemsf iriemfs iriefms iriefsm irmfise irmfies irmfsie irmfsei
irmfesi irmfeis irmifse irmifes irmisfe irmisef irmiesf irmiefs irmsife irmsief irmsfie
irmsfei irmsefi irmseif irmeisf irmeifs irmesif irmesfi irmefsi irmefis irefims irefism
irefmis irefmsi irefsmi irefsim ireifms ireifsm ireimfs ireimsf ireismf ireisfm iremifs
iremisf iremfis iremfsi iremsfi iremsif iresimf iresifm iresmif iresmfi iresfmi iresfim
iesfirm iesfimr iesfrim iesfrmi iesfmri iesfmir iesifrm iesifmr iesirfm iesirmf iesimrf
iesimfr iesrifm iesrimf iesrfim iesrfmi iesrmfi iesrmif iesmirf iesmifr iesmrif iesmrfi
iesmfri iesmfir iefsirm iefsimr iefsrim iefsrmi iefsmri iefsmir iefisrm iefismr iefirsm
iefirms iefimrs iefimsr iefrism iefrims iefrsim iefrsmi iefrmsi iefrmis iefmirs iefmisr
iefmris iefmrsi iefmsri iefmsir ieifsrm ieifsmr ieifrsm ieifrms ieifmrs ieifmsr ieisfrm
ieisfmr ieisrfm ieisrmf ieismrf ieismfr ieirsfm ieirsmf ieirfsm ieirfms ieirmfs ieirmsf
ieimsrf ieimsfr ieimrsf ieimrfs ieimfrs ieimfsr ierfism ierfims ierfsim ierfsmi ierfmsi
ierfmis ierifsm ierifms ierisfm ierismf ierimsf ierimfs iersifm iersimf iersfim iersfmi
iersmfi iersmif iermisf iermifs iermsif iermsfi iermfsi iermfis iemfirs iemfisr iemfris
iemfrsi iemfsri iemfsir iemifrs iemifsr iemirfs iemirsf iemisrf iemisfr iemrifs iemrisf
iemrfis iemrfsi iemrsfi iemrsif iemsirf iemsifr iemsrif iemsrfi iemsfri iemsfir simfire
simfier simfrie simfrei simferi simfeir simifre simifer simirfe simiref simierf simiefr
simrife simrief simrfie simrfei simrefi simreif simeirf simeifr simerif simerfi simefri
simefir sifmire sifmier sifmrie sifmrei sifmeri sifmeir sifimre sifimer sifirme sifirem
sifierm sifiemr sifrime sifriem sifrmie sifrmei sifremi sifreim sifeirm sifeimr siferim
sifermi sifemri sifemir siifmre siifmer siifrme siifrem siiferm siifemr siimfre siimfer
siimrfe siimref siimerf siimefr siirmfe siirmef siirfme siirfem siirefm siiremf siiemrf
siiemfr siiermf siierfm siiefrm siiefmr sirfime sirfiem sirfmie sirfmei sirfemi sirfeim
sirifme sirifem sirimfe sirimef siriemf siriefm sirmife sirmief sirmfie sirmfei sirmefi
sirmeif sireimf sireifm siremif siremfi sirefmi sirefim siefirm siefimr siefrim siefrmi
siefmri siefmir sieifrm sieifmr sieirfm sieirmf sieimrf sieimfr sierifm sierimf sierfim
sierfmi siermfi siermif siemirf siemifr siemrif siemrfi siemfri siemfir smifire smifier
smifrie smifrei smiferi smifeir smiifre smiifer smiirfe smiiref smiierf smiiefr smirife
smirief smirfie smirfei smirefi smireif smieirf smieifr smierif smierfi smiefri smiefir
smfiire smfiier smfirie smfirei smfieri smfieir smfiire smfiier smfirie smfirei smfieri
smfieir smfriie smfriei smfriie smfriei smfreii smfreii smfeiri smfeiir smferii smferii
smfeiri smfeiir smifire smifier smifrie smifrei smiferi smifeir smiifre smiifer smiirfe
smiiref smiierf smiiefr smirife smirief smirfie smirfei smirefi smireif smieirf smieifr
smierif smierfi smiefri smiefir smrfiie smrfiei smrfiie smrfiei smrfeii smrfeii smrifie
smrifei smriife smriief smrieif smriefi smriife smriief smrifie smrifei smriefi smrieif
smreiif smreifi smreiif smreifi smrefii smrefii smefiri smefiir smefrii smefrii smefiri
smefiir smeifri smeifir smeirfi smeirif smeiirf smeiifr smerifi smeriif smerfii smerfii
smerifi smeriif smeiirf smeiifr smeirif smeirfi smeifri smeifir sfmiire sfmiier sfmirie
sfmirei sfmieri sfmieir sfmiire sfmiier sfmirie sfmirei sfmieri sfmieir sfmriie sfmriei
sfmriie sfmriei sfmreii sfmreii sfmeiri sfmeiir sfmerii sfmerii sfmeiri sfmeiir sfimire
sfimier sfimrie sfimrei sfimeri sfimeir sfiimre sfiimer sfiirme sfiirem sfiierm sfiiemr
sfirime sfiriem sfirmie sfirmei sfiremi sfireim sfieirm sfieimr sfierim sfiermi sfiemri
sfiemir sfiimre sfiimer sfiirme sfiirem sfiierm sfiiemr sfimire sfimier sfimrie sfimrei
sfimeri sfimeir sfirmie sfirmei sfirime sfiriem sfireim sfiremi sfiemri sfiemir sfiermi
sfierim sfieirm sfieimr sfriime sfriiem sfrimie sfrimei sfriemi sfrieim sfriime sfriiem
sfrimie sfrimei sfriemi sfrieim sfrmiie sfrmiei sfrmiie sfrmiei sfrmeii sfrmeii sfreimi
sfreiim sfremii sfremii sfreimi sfreiim sfeiirm sfeiimr sfeirim sfeirmi sfeimri sfeimir
sfeiirm sfeiimr sfeirim sfeirmi sfeimri sfeimir sferiim sferimi sferiim sferimi sfermii
sfermii sfemiri sfemiir sfemrii sfemrii sfemiri sfemiir simfire simfier simfrie simfrei
simferi simfeir simifre simifer simirfe simiref simierf simiefr simrife simrief simrfie
simrfei simrefi simreif simeirf simeifr simerif simerfi simefri simefir sifmire sifmier
sifmrie sifmrei sifmeri sifmeir sifimre sifimer sifirme sifirem sifierm sifiemr sifrime
sifriem sifrmie sifrmei sifremi sifreim sifeirm sifeimr siferim sifermi sifemri sifemir
siifmre siifmer siifrme siifrem siiferm siifemr siimfre siimfer siimrfe siimref siimerf
siimefr siirmfe siirmef siirfme siirfem siirefm siiremf siiemrf siiemfr siiermf siierfm
siiefrm siiefmr sirfime sirfiem sirfmie sirfmei sirfemi sirfeim sirifme sirifem sirimfe
sirimef siriemf siriefm sirmife sirmief sirmfie sirmfei sirmefi sirmeif sireimf sireifm
siremif siremfi sirefmi sirefim siefirm siefimr siefrim siefrmi siefmri siefmir sieifrm
sieifmr sieirfm sieirmf sieimrf sieimfr sierifm sierimf sierfim sierfmi siermfi siermif
siemirf siemifr siemrif siemrfi siemfri siemfir srmfiie srmfiei srmfiie srmfiei srmfeii
srmfeii srmifie srmifei srmiife srmiief srmieif srmiefi srmiife srmiief srmifie srmifei
srmiefi srmieif srmeiif srmeifi srmeiif srmeifi srmefii srmefii srfmiie srfmiei srfmiie
srfmiei srfmeii srfmeii srfimie srfimei srfiime srfiiem srfieim srfiemi srfiime srfiiem
srfimie srfimei srfiemi srfieim srfeiim srfeimi srfeiim srfeimi srfemii srfemii srifmie
srifmei srifime srifiem srifeim srifemi srimfie srimfei srimife srimief srimeif srimefi
sriimfe sriimef sriifme sriifem sriiefm sriiemf sriemif sriemfi srieimf srieifm sriefim
sriefmi srifime srifiem srifmie srifmei srifemi srifeim sriifme sriifem sriimfe sriimef
sriiemf sriiefm srimife srimief srimfie srimfei srimefi srimeif srieimf srieifm sriemif
sriemfi sriefmi sriefim srefiim srefimi srefiim srefimi srefmii srefmii sreifim sreifmi
sreiifm sreiimf sreimif sreimfi sreiifm sreiimf sreifim sreifmi sreimfi sreimif sremiif
sremifi sremiif sremifi sremfii sremfii semfiri semfiir semfrii semfrii semfiri semfiir
semifri semifir semirfi semirif semiirf semiifr semrifi semriif semrfii semrfii semrifi
semriif semiirf semiifr semirif semirfi semifri semifir sefmiri sefmiir sefmrii sefmrii
sefmiri sefmiir sefimri sefimir sefirmi sefirim sefiirm sefiimr sefrimi sefriim sefrmii
sefrmii sefrimi sefriim sefiirm sefiimr sefirim sefirmi sefimri sefimir seifmri seifmir
seifrmi seifrim seifirm seifimr seimfri seimfir seimrfi seimrif seimirf seimifr seirmfi
seirmif seirfmi seirfim seirifm seirimf seiimrf seiimfr seiirmf seiirfm seiifrm seiifmr
serfimi serfiim serfmii serfmii serfimi serfiim serifmi serifim serimfi serimif seriimf
seriifm sermifi sermiif sermfii sermfii sermifi sermiif seriimf seriifm serimif serimfi
serifmi serifim seifirm seifimr seifrim seifrmi seifmri seifmir seiifrm seiifmr seiirfm
seiirmf seiimrf seiimfr seirifm seirimf seirfim seirfmi seirmfi seirmif seimirf seimifr
seimrif seimrfi seimfri seimfir fismire fismier fismrie fismrei fismeri fismeir fisimre
fisimer fisirme fisirem fisierm fisiemr fisrime fisriem fisrmie fisrmei fisremi fisreim
fiseirm fiseimr fiserim fisermi fisemri fisemir fimsire fimsier fimsrie fimsrei fimseri
fimseir fimisre fimiser fimirse fimires fimiers fimiesr fimrise fimries fimrsie fimrsei
fimresi fimreis fimeirs fimeisr fimeris fimersi fimesri fimesir fiimsre fiimser fiimrse
fiimres fiimers fiimesr fiismre fiismer fiisrme fiisrem fiiserm fiisemr fiirsme fiirsem
fiirmse fiirmes fiirems fiiresm fiiesrm fiiesmr fiiersm fiierms fiiemrs fiiemsr firmise
firmies firmsie firmsei firmesi firmeis firimse firimes firisme firisem firiesm firiems
firsime firsiem firsmie firsmei firsemi firseim fireism fireims firesim firesmi firemsi
firemis fiemirs fiemisr fiemris fiemrsi fiemsri fiemsir fieimrs fieimsr fieirms fieirsm
fieisrm fieismr fierims fierism fiermis fiermsi fiersmi fiersim fiesirm fiesimr fiesrim
fiesrmi fiesmri fiesmir fsimire fsimier fsimrie fsimrei fsimeri fsimeir fsiimre fsiimer
fsiirme fsiirem fsiierm fsiiemr fsirime fsiriem fsirmie fsirmei fsiremi fsireim fsieirm
fsieimr fsierim fsiermi fsiemri fsiemir fsmiire fsmiier fsmirie fsmirei fsmieri fsmieir
fsmiire fsmiier fsmirie fsmirei fsmieri fsmieir fsmriie fsmriei fsmriie fsmriei fsmreii
fsmreii fsmeiri fsmeiir fsmerii fsmerii fsmeiri fsmeiir fsimire fsimier fsimrie fsimrei
fsimeri fsimeir fsiimre fsiimer fsiirme fsiirem fsiierm fsiiemr fsirime fsiriem fsirmie
fsirmei fsiremi fsireim fsieirm fsieimr fsierim fsiermi fsiemri fsiemir fsrmiie fsrmiei
fsrmiie fsrmiei fsrmeii fsrmeii fsrimie fsrimei fsriime fsriiem fsrieim fsriemi fsriime
fsriiem fsrimie fsrimei fsriemi fsrieim fsreiim fsreimi fsreiim fsreimi fsremii fsremii
fsemiri fsemiir fsemrii fsemrii fsemiri fsemiir fseimri fseimir fseirmi fseirim fseiirm
fseiimr fserimi fseriim fsermii fsermii fserimi fseriim fseiirm fseiimr fseirim fseirmi
fseimri fseimir fmsiire fmsiier fmsirie fmsirei fmsieri fmsieir fmsiire fmsiier fmsirie
fmsirei fmsieri fmsieir fmsriie fmsriei fmsriie fmsriei fmsreii fmsreii fmseiri fmseiir
fmserii fmserii fmseiri fmseiir fmisire fmisier fmisrie fmisrei fmiseri fmiseir fmiisre
fmiiser fmiirse fmiires fmiiers fmiiesr fmirise fmiries fmirsie fmirsei fmiresi fmireis
fmieirs fmieisr fmieris fmiersi fmiesri fmiesir fmiisre fmiiser fmiirse fmiires fmiiers
fmiiesr fmisire fmisier fmisrie fmisrei fmiseri fmiseir fmirsie fmirsei fmirise fmiries
fmireis fmiresi fmiesri fmiesir fmiersi fmieris fmieirs fmieisr fmriise fmriies fmrisie
fmrisei fmriesi fmrieis fmriise fmriies fmrisie fmrisei fmriesi fmrieis fmrsiie fmrsiei
fmrsiie fmrsiei fmrseii fmrseii fmreisi fmreiis fmresii fmresii fmreisi fmreiis fmeiirs
fmeiisr fmeiris fmeirsi fmeisri fmeisir fmeiirs fmeiisr fmeiris fmeirsi fmeisri fmeisir
fmeriis fmerisi fmeriis fmerisi fmersii fmersii fmesiri fmesiir fmesrii fmesrii fmesiri
fmesiir fismire fismier fismrie fismrei fismeri fismeir fisimre fisimer fisirme fisirem
fisierm fisiemr fisrime fisriem fisrmie fisrmei fisremi fisreim fiseirm fiseimr fiserim
fisermi fisemri fisemir fimsire fimsier fimsrie fimsrei fimseri fimseir fimisre fimiser
fimirse fimires fimiers fimiesr fimrise fimries fimrsie fimrsei fimresi fimreis fimeirs
fimeisr fimeris fimersi fimesri fimesir fiimsre fiimser fiimrse fiimres fiimers fiimesr
fiismre fiismer fiisrme fiisrem fiiserm fiisemr fiirsme fiirsem fiirmse fiirmes fiirems
fiiresm fiiesrm fiiesmr fiiersm fiierms fiiemrs fiiemsr firmise firmies firmsie firmsei
firmesi firmeis firimse firimes firisme firisem firiesm firiems firsime firsiem firsmie
firsmei firsemi firseim fireism fireims firesim firesmi firemsi firemis fiemirs fiemisr
fiemris fiemrsi fiemsri fiemsir fieimrs fieimsr fieirms fieirsm fieisrm fieismr fierims
fierism fiermis fiermsi fiersmi fiersim fiesirm fiesimr fiesrim fiesrmi fiesmri fiesmir
frsmiie frsmiei frsmiie frsmiei frsmeii frsmeii frsimie frsimei frsiime frsiiem frsieim
frsiemi frsiime frsiiem frsimie frsimei frsiemi frsieim frseiim frseimi frseiim frseimi
frsemii frsemii frmsiie frmsiei frmsiie frmsiei frmseii frmseii frmisie frmisei frmiise
frmiies frmieis frmiesi frmiise frmiies frmisie frmisei frmiesi frmieis frmeiis frmeisi
frmeiis frmeisi frmesii frmesii frimsie frimsei frimise frimies frimeis frimesi frismie
frismei frisime frisiem friseim frisemi friisme friisem friimse friimes friiems friiesm
friesim friesmi frieism frieims friemis friemsi frimise frimies frimsie frimsei frimesi
frimeis friimse friimes friisme friisem friiesm friiems frisime frisiem frismie frismei
frisemi friseim frieism frieims friesim friesmi friemsi friemis fremiis fremisi fremiis
fremisi fremsii fremsii freimis freimsi freiims freiism freisim freismi freiims freiism
freimis freimsi freismi freisim fresiim fresimi fresiim fresimi fresmii fresmii fesmiri
fesmiir fesmrii fesmrii fesmiri fesmiir fesimri fesimir fesirmi fesirim fesiirm fesiimr
fesrimi fesriim fesrmii fesrmii fesrimi fesriim fesiirm fesiimr fesirim fesirmi fesimri
fesimir femsiri femsiir femsrii femsrii femsiri femsiir femisri femisir femirsi femiris
femiirs femiisr femrisi femriis femrsii femrsii femrisi femriis femiirs femiisr femiris
femirsi femisri femisir feimsri feimsir feimrsi feimris feimirs feimisr feismri feismir
feisrmi feisrim feisirm feisimr feirsmi feirsim feirmsi feirmis feirims feirism feiisrm
feiismr feiirsm feiirms feiimrs feiimsr fermisi fermiis fermsii fermsii fermisi fermiis
ferimsi ferimis ferismi ferisim feriism feriims fersimi fersiim fersmii fersmii fersimi
fersiim feriism feriims ferisim ferismi ferimsi ferimis feimirs feimisr feimris feimrsi
feimsri feimsir feiimrs feiimsr feiirms feiirsm feiisrm feiismr feirims feirism feirmis
feirmsi feirsmi feirsim feisirm feisimr feisrim feisrmi feismri feismir iisfmre iisfmer
iisfrme iisfrem iisferm iisfemr iismfre iismfer iismrfe iismref iismerf iismefr iisrmfe
iisrmef iisrfme iisrfem iisrefm iisremf iisemrf iisemfr iisermf iiserfm iisefrm iisefmr
iifsmre iifsmer iifsrme iifsrem iifserm iifsemr iifmsre iifmser iifmrse iifmres iifmers
iifmesr iifrmse iifrmes iifrsme iifrsem iifresm iifrems iifemrs iifemsr iiferms iifersm
iifesrm iifesmr iimfsre iimfser iimfrse iimfres iimfers iimfesr iimsfre iimsfer iimsrfe
iimsref iimserf iimsefr iimrsfe iimrsef iimrfse iimrfes iimrefs iimresf iimesrf iimesfr
iimersf iimerfs iimefrs iimefsr iirfmse iirfmes iirfsme iirfsem iirfesm iirfems iirmfse
iirmfes iirmsfe iirmsef iirmesf iirmefs iirsmfe iirsmef iirsfme iirsfem iirsefm iirsemf
iiremsf iiremfs iiresmf iiresfm iirefsm iirefms iiefmrs iiefmsr iiefrms iiefrsm iiefsrm
iiefsmr iiemfrs iiemfsr iiemrfs iiemrsf iiemsrf iiemsfr iiermfs iiermsf iierfms iierfsm
iiersfm iiersmf iiesmrf iiesmfr iiesrmf iiesrfm iiesfrm iiesfmr isifmre isifmer isifrme
isifrem isiferm isifemr isimfre isimfer isimrfe isimref isimerf isimefr isirmfe isirmef
isirfme isirfem isirefm isiremf isiemrf isiemfr isiermf isierfm isiefrm isiefmr isfimre
isfimer isfirme isfirem isfierm isfiemr isfmire isfmier isfmrie isfmrei isfmeri isfmeir
isfrmie isfrmei isfrime isfriem isfreim isfremi isfemri isfemir isfermi isferim isfeirm
isfeimr ismfire ismfier ismfrie ismfrei ismferi ismfeir ismifre ismifer ismirfe ismiref
ismierf ismiefr ismrife ismrief ismrfie ismrfei ismrefi ismreif ismeirf ismeifr ismerif
ismerfi ismefri ismefir isrfmie isrfmei isrfime isrfiem isrfeim isrfemi isrmfie isrmfei
isrmife isrmief isrmeif isrmefi isrimfe isrimef isrifme isrifem isriefm isriemf isremif
isremfi isreimf isreifm isrefim isrefmi isefmri isefmir isefrmi isefrim isefirm isefimr
isemfri isemfir isemrfi isemrif isemirf isemifr isermfi isermif iserfmi iserfim iserifm
iserimf iseimrf iseimfr iseirmf iseirfm iseifrm iseifmr ifsimre ifsimer ifsirme ifsirem
ifsierm ifsiemr ifsmire ifsmier ifsmrie ifsmrei ifsmeri ifsmeir ifsrmie ifsrmei ifsrime
ifsriem ifsreim ifsremi ifsemri ifsemir ifsermi ifserim ifseirm ifseimr ifismre ifismer
ifisrme ifisrem ifiserm ifisemr ifimsre ifimser ifimrse ifimres ifimers ifimesr ifirmse
ifirmes ifirsme ifirsem ifiresm ifirems ifiemrs ifiemsr ifierms ifiersm ifiesrm ifiesmr
ifmisre ifmiser ifmirse ifmires ifmiers ifmiesr ifmsire ifmsier ifmsrie ifmsrei ifmseri
ifmseir ifmrsie ifmrsei ifmrise ifmries ifmreis ifmresi ifmesri ifmesir ifmersi ifmeris
ifmeirs ifmeisr ifrimse ifrimes ifrisme ifrisem ifriesm ifriems ifrmise ifrmies ifrmsie
ifrmsei ifrmesi ifrmeis ifrsmie ifrsmei ifrsime ifrsiem ifrseim ifrsemi ifremsi ifremis
ifresmi ifresim ifreism ifreims ifeimrs ifeimsr ifeirms ifeirsm ifeisrm ifeismr ifemirs
ifemisr ifemris ifemrsi ifemsri ifemsir ifermis ifermsi iferims iferism ifersim ifersmi
ifesmri ifesmir ifesrmi ifesrim ifesirm ifesimr imsfire imsfier imsfrie imsfrei imsferi
imsfeir imsifre imsifer imsirfe imsiref imsierf imsiefr imsrife imsrief imsrfie imsrfei
imsrefi imsreif imseirf imseifr imserif imserfi imsefri imsefir imfsire imfsier imfsrie
imfsrei imfseri imfseir imfisre imfiser imfirse imfires imfiers imfiesr imfrise imfries
imfrsie imfrsei imfresi imfreis imfeirs imfeisr imferis imfersi imfesri imfesir imifsre
imifser imifrse imifres imifers imifesr imisfre imisfer imisrfe imisref imiserf imisefr
imirsfe imirsef imirfse imirfes imirefs imiresf imiesrf imiesfr imiersf imierfs imiefrs
imiefsr imrfise imrfies imrfsie imrfsei imrfesi imrfeis imrifse imrifes imrisfe imrisef
imriesf imriefs imrsife imrsief imrsfie imrsfei imrsefi imrseif imreisf imreifs imresif
imresfi imrefsi imrefis imefirs imefisr imefris imefrsi imefsri imefsir imeifrs imeifsr
imeirfs imeirsf imeisrf imeisfr imerifs imerisf imerfis imerfsi imersfi imersif imesirf
imesifr imesrif imesrfi imesfri imesfir irsfmie irsfmei irsfime irsfiem irsfeim irsfemi
irsmfie irsmfei irsmife irsmief irsmeif irsmefi irsimfe irsimef irsifme irsifem irsiefm
irsiemf irsemif irsemfi irseimf irseifm irsefim irsefmi irfsmie irfsmei irfsime irfsiem
irfseim irfsemi irfmsie irfmsei irfmise irfmies irfmeis irfmesi irfimse irfimes irfisme
irfisem irfiesm irfiems irfemis irfemsi irfeims irfeism irfesim irfesmi irmfsie irmfsei
irmfise irmfies irmfeis irmfesi irmsfie irmsfei irmsife irmsief irmseif irmsefi irmisfe
irmisef irmifse irmifes irmiefs irmiesf irmesif irmesfi irmeisf irmeifs irmefis irmefsi
irifmse irifmes irifsme irifsem irifesm irifems irimfse irimfes irimsfe irimsef irimesf
irimefs irismfe irismef irisfme irisfem irisefm irisemf iriemsf iriemfs iriesmf iriesfm
iriefsm iriefms irefmis irefmsi irefims irefism irefsim irefsmi iremfis iremfsi iremifs
iremisf iremsif iremsfi ireimfs ireimsf ireifms ireifsm ireisfm ireismf iresmif iresmfi
iresimf iresifm iresfim iresfmi iesfmri iesfmir iesfrmi iesfrim iesfirm iesfimr iesmfri
iesmfir iesmrfi iesmrif iesmirf iesmifr iesrmfi iesrmif iesrfmi iesrfim iesrifm iesrimf
iesimrf iesimfr iesirmf iesirfm iesifrm iesifmr iefsmri iefsmir iefsrmi iefsrim iefsirm
iefsimr iefmsri iefmsir iefmrsi iefmris iefmirs iefmisr iefrmsi iefrmis iefrsmi iefrsim
iefrism iefrims iefimrs iefimsr iefirms iefirsm iefisrm iefismr iemfsri iemfsir iemfrsi
iemfris iemfirs iemfisr iemsfri iemsfir iemsrfi iemsrif iemsirf iemsifr iemrsfi iemrsif
iemrfsi iemrfis iemrifs iemrisf iemisrf iemisfr iemirsf iemirfs iemifrs iemifsr ierfmsi
ierfmis ierfsmi ierfsim ierfism ierfims iermfsi iermfis iermsfi iermsif iermisf iermifs
iersmfi iersmif iersfmi iersfim iersifm iersimf ierimsf ierimfs ierismf ierisfm ierifsm
ierifms ieifmrs ieifmsr ieifrms ieifrsm ieifsrm ieifsmr ieimfrs ieimfsr ieimrfs ieimrsf
ieimsrf ieimsfr ieirmfs ieirmsf ieirfms ieirfsm ieirsfm ieirsmf ieismrf ieismfr ieisrmf
ieisrfm ieisfrm ieisfmr risfime risfiem risfmie risfmei risfemi risfeim risifme risifem
risimfe risimef risiemf risiefm rismife rismief rismfie rismfei rismefi rismeif riseimf
riseifm risemif risemfi risefmi risefim rifsime rifsiem rifsmie rifsmei rifsemi rifseim
rifisme rifisem rifimse rifimes rifiems rifiesm rifmise rifmies rifmsie rifmsei rifmesi
rifmeis rifeims rifeism rifemis rifemsi rifesmi rifesim riifsme riifsem riifmse riifmes
riifems riifesm riisfme riisfem riismfe riismef riisemf riisefm riimsfe riimsef riimfse
riimfes riimefs riimesf riiesmf riiesfm riiemsf riiemfs riiefms riiefsm rimfise rimfies
rimfsie rimfsei rimfesi rimfeis rimifse rimifes rimisfe rimisef rimiesf rimiefs rimsife
rimsief rimsfie rimsfei rimsefi rimseif rimeisf rimeifs rimesif rimesfi rimefsi rimefis
riefims riefism riefmis riefmsi riefsmi riefsim rieifms rieifsm rieimfs rieimsf rieismf
rieisfm riemifs riemisf riemfis riemfsi riemsfi riemsif riesimf riesifm riesmif riesmfi
riesfmi riesfim rsifime rsifiem rsifmie rsifmei rsifemi rsifeim rsiifme rsiifem rsiimfe
rsiimef rsiiemf rsiiefm rsimife rsimief rsimfie rsimfei rsimefi rsimeif rsieimf rsieifm
rsiemif rsiemfi rsiefmi rsiefim rsfiime rsfiiem rsfimie rsfimei rsfiemi rsfieim rsfiime
rsfiiem rsfimie rsfimei rsfiemi rsfieim rsfmiie rsfmiei rsfmiie rsfmiei rsfmeii rsfmeii
rsfeimi rsfeiim rsfemii rsfemii rsfeimi rsfeiim rsifime rsifiem rsifmie rsifmei rsifemi
rsifeim rsiifme rsiifem rsiimfe rsiimef rsiiemf rsiiefm rsimife rsimief rsimfie rsimfei
rsimefi rsimeif rsieimf rsieifm rsiemif rsiemfi rsiefmi rsiefim rsmfiie rsmfiei rsmfiie
rsmfiei rsmfeii rsmfeii rsmifie rsmifei rsmiife rsmiief rsmieif rsmiefi rsmiife rsmiief
rsmifie rsmifei rsmiefi rsmieif rsmeiif rsmeifi rsmeiif rsmeifi rsmefii rsmefii rsefimi
rsefiim rsefmii rsefmii rsefimi rsefiim rseifmi rseifim rseimfi rseimif rseiimf rseiifm
rsemifi rsemiif rsemfii rsemfii rsemifi rsemiif rseiimf rseiifm rseimif rseimfi rseifmi
rseifim rfsiime rfsiiem rfsimie rfsimei rfsiemi rfsieim rfsiime rfsiiem rfsimie rfsimei
rfsiemi rfsieim rfsmiie rfsmiei rfsmiie rfsmiei rfsmeii rfsmeii rfseimi rfseiim rfsemii
rfsemii rfseimi rfseiim rfisime rfisiem rfismie rfismei rfisemi rfiseim rfiisme rfiisem
rfiimse rfiimes rfiiems rfiiesm rfimise rfimies rfimsie rfimsei rfimesi rfimeis rfieims
rfieism rfiemis rfiemsi rfiesmi rfiesim rfiisme rfiisem rfiimse rfiimes rfiiems rfiiesm
rfisime rfisiem rfismie rfismei rfisemi rfiseim rfimsie rfimsei rfimise rfimies rfimeis
rfimesi rfiesmi rfiesim rfiemsi rfiemis rfieims rfieism rfmiise rfmiies rfmisie rfmisei
rfmiesi rfmieis rfmiise rfmiies rfmisie rfmisei rfmiesi rfmieis rfmsiie rfmsiei rfmsiie
rfmsiei rfmseii rfmseii rfmeisi rfmeiis rfmesii rfmesii rfmeisi rfmeiis rfeiims rfeiism
rfeimis rfeimsi rfeismi rfeisim rfeiims rfeiism rfeimis rfeimsi rfeismi rfeisim rfemiis
rfemisi rfemiis rfemisi rfemsii rfemsii rfesimi rfesiim rfesmii rfesmii rfesimi rfesiim
risfime risfiem risfmie risfmei risfemi risfeim risifme risifem risimfe risimef risiemf
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risefmi risefim rifsime rifsiem rifsmie rifsmei rifsemi rifseim rifisme rifisem rifimse
rifimes rifiems rifiesm rifmise rifmies rifmsie rifmsei rifmesi rifmeis rifeims rifeism
rifemis rifemsi rifesmi rifesim riifsme riifsem riifmse riifmes riifems riifesm riisfme
riisfem riismfe riismef riisemf riisefm riimsfe riimsef riimfse riimfes riimefs riimesf
riiesmf riiesfm riiemsf riiemfs riiefms riiefsm rimfise rimfies rimfsie rimfsei rimfesi
rimfeis rimifse rimifes rimisfe rimisef rimiesf rimiefs rimsife rimsief rimsfie rimsfei
rimsefi rimseif rimeisf rimeifs rimesif rimesfi rimefsi rimefis riefims riefism riefmis
riefmsi riefsmi riefsim rieifms rieifsm rieimfs rieimsf rieismf rieisfm riemifs riemisf
riemfis riemfsi riemsfi riemsif riesimf riesifm riesmif riesmfi riesfmi riesfim rmsfiie
rmsfiei rmsfiie rmsfiei rmsfeii rmsfeii rmsifie rmsifei rmsiife rmsiief rmsieif rmsiefi
rmsiife rmsiief rmsifie rmsifei rmsiefi rmsieif rmseiif rmseifi rmseiif rmseifi rmsefii
rmsefii rmfsiie rmfsiei rmfsiie rmfsiei rmfseii rmfseii rmfisie rmfisei rmfiise rmfiies
rmfieis rmfiesi rmfiise rmfiies rmfisie rmfisei rmfiesi rmfieis rmfeiis rmfeisi rmfeiis
rmfeisi rmfesii rmfesii rmifsie rmifsei rmifise rmifies rmifeis rmifesi rmisfie rmisfei
rmisife rmisief rmiseif rmisefi rmiisfe rmiisef rmiifse rmiifes rmiiefs rmiiesf rmiesif
rmiesfi rmieisf rmieifs rmiefis rmiefsi rmifise rmifies rmifsie rmifsei rmifesi rmifeis
rmiifse rmiifes rmiisfe rmiisef rmiiesf rmiiefs rmisife rmisief rmisfie rmisfei rmisefi
rmiseif rmieisf rmieifs rmiesif rmiesfi rmiefsi rmiefis rmefiis rmefisi rmefiis rmefisi
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rmeifsi rmeisfi rmeisif rmesiif rmesifi rmesiif rmesifi rmesfii rmesfii resfimi resfiim
resfmii resfmii resfimi resfiim resifmi resifim resimfi resimif resiimf resiifm resmifi
resmiif resmfii resmfii resmifi resmiif resiimf resiifm resimif resimfi resifmi resifim
refsimi refsiim refsmii refsmii refsimi refsiim refismi refisim refimsi refimis refiims
refiism refmisi refmiis refmsii refmsii refmisi refmiis refiims refiism refimis refimsi
refismi refisim reifsmi reifsim reifmsi reifmis reifims reifism reisfmi reisfim reismfi
reismif reisimf reisifm reimsfi reimsif reimfsi reimfis reimifs reimisf reiismf reiisfm
reiimsf reiimfs reiifms reiifsm remfisi remfiis remfsii remfsii remfisi remfiis remifsi
remifis remisfi remisif remiisf remiifs remsifi remsiif remsfii remsfii remsifi remsiif
remiisf remiifs remisif remisfi remifsi remifis reifims reifism reifmis reifmsi reifsmi
reifsim reiifms reiifsm reiimfs reiimsf reiismf reiisfm reimifs reimisf reimfis reimfsi
reimsfi reimsif reisimf reisifm reismif reismfi reisfmi reisfim eisfirm eisfimr eisfrim
eisfrmi eisfmri eisfmir eisifrm eisifmr eisirfm eisirmf eisimrf eisimfr eisrifm eisrimf
eisrfim eisrfmi eisrmfi eisrmif eismirf eismifr eismrif eismrfi eismfri eismfir eifsirm
eifsimr eifsrim eifsrmi eifsmri eifsmir eifisrm eifismr eifirsm eifirms eifimrs eifimsr
eifrism eifrims eifrsim eifrsmi eifrmsi eifrmis eifmirs eifmisr eifmris eifmrsi eifmsri
eifmsir eiifsrm eiifsmr eiifrsm eiifrms eiifmrs eiifmsr eiisfrm eiisfmr eiisrfm eiisrmf
eiismrf eiismfr eiirsfm eiirsmf eiirfsm eiirfms eiirmfs eiirmsf eiimsrf eiimsfr eiimrsf
eiimrfs eiimfrs eiimfsr eirfism eirfims eirfsim eirfsmi eirfmsi eirfmis eirifsm eirifms
eirisfm eirismf eirimsf eirimfs eirsifm eirsimf eirsfim eirsfmi eirsmfi eirsmif eirmisf
eirmifs eirmsif eirmsfi eirmfsi eirmfis eimfirs eimfisr eimfris eimfrsi eimfsri eimfsir
eimifrs eimifsr eimirfs eimirsf eimisrf eimisfr eimrifs eimrisf eimrfis eimrfsi eimrsfi
eimrsif eimsirf eimsifr eimsrif eimsrfi eimsfri eimsfir esifirm esifimr esifrim esifrmi
esifmri esifmir esiifrm esiifmr esiirfm esiirmf esiimrf esiimfr esirifm esirimf esirfim
esirfmi esirmfi esirmif esimirf esimifr esimrif esimrfi esimfri esimfir esfiirm esfiimr
esfirim esfirmi esfimri esfimir esfiirm esfiimr esfirim esfirmi esfimri esfimir esfriim
esfrimi esfriim esfrimi esfrmii esfrmii esfmiri esfmiir esfmrii esfmrii esfmiri esfmiir
esifirm esifimr esifrim esifrmi esifmri esifmir esiifrm esiifmr esiirfm esiirmf esiimrf
esiimfr esirifm esirimf esirfim esirfmi esirmfi esirmif esimirf esimifr esimrif esimrfi
esimfri esimfir esrfiim esrfimi esrfiim esrfimi esrfmii esrfmii esrifim esrifmi esriifm
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esrmiif esrmifi esrmfii esrmfii esmfiri esmfiir esmfrii esmfrii esmfiri esmfiir esmifri
esmifir esmirfi esmirif esmiirf esmiifr esmrifi esmriif esmrfii esmrfii esmrifi esmriif
esmiirf esmiifr esmirif esmirfi esmifri esmifir efsiirm efsiimr efsirim efsirmi efsimri
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efsrmii efsrmii efsmiri efsmiir efsmrii efsmrii efsmiri efsmiir efisirm efisimr efisrim
efisrmi efismri efismir efiisrm efiismr efiirsm efiirms efiimrs efiimsr efirism efirims
efirsim efirsmi efirmsi efirmis efimirs efimisr efimris efimrsi efimsri efimsir efiisrm
efiismr efiirsm efiirms efiimrs efiimsr efisirm efisimr efisrim efisrmi efismri efismir
efirsim efirsmi efirism efirims efirmis efirmsi efimsri efimsir efimrsi efimris efimirs
efimisr efriism efriims efrisim efrismi efrimsi efrimis efriism efriims efrisim efrismi
efrimsi efrimis efrsiim efrsimi efrsiim efrsimi efrsmii efrsmii efrmisi efrmiis efrmsii
efrmsii efrmisi efrmiis efmiirs efmiisr efmiris efmirsi efmisri efmisir efmiirs efmiisr
efmiris efmirsi efmisri efmisir efmriis efmrisi efmriis efmrisi efmrsii efmrsii efmsiri
efmsiir efmsrii efmsrii efmsiri efmsiir eisfirm eisfimr eisfrim eisfrmi eisfmri eisfmir
eisifrm eisifmr eisirfm eisirmf eisimrf eisimfr eisrifm eisrimf eisrfim eisrfmi eisrmfi
eisrmif eismirf eismifr eismrif eismrfi eismfri eismfir eifsirm eifsimr eifsrim eifsrmi
eifsmri eifsmir eifisrm eifismr eifirsm eifirms eifimrs eifimsr eifrism eifrims eifrsim
eifrsmi eifrmsi eifrmis eifmirs eifmisr eifmris eifmrsi eifmsri eifmsir eiifsrm eiifsmr
eiifrsm eiifrms eiifmrs eiifmsr eiisfrm eiisfmr eiisrfm eiisrmf eiismrf eiismfr eiirsfm
eiirsmf eiirfsm eiirfms eiirmfs eiirmsf eiimsrf eiimsfr eiimrsf eiimrfs eiimfrs eiimfsr
eirfism eirfims eirfsim eirfsmi eirfmsi eirfmis eirifsm eirifms eirisfm eirismf eirimsf
eirimfs eirsifm eirsimf eirsfim eirsfmi eirsmfi eirsmif eirmisf eirmifs eirmsif eirmsfi
eirmfsi eirmfis eimfirs eimfisr eimfris eimfrsi eimfsri eimfsir eimifrs eimifsr eimirfs
eimirsf eimisrf eimisfr eimrifs eimrisf eimrfis eimrfsi eimrsfi eimrsif eimsirf eimsifr
eimsrif eimsrfi eimsfri eimsfir ersfiim ersfimi ersfiim ersfimi ersfmii ersfmii ersifim
ersifmi ersiifm ersiimf ersimif ersimfi ersiifm ersiimf ersifim ersifmi ersimfi ersimif
ersmiif ersmifi ersmiif ersmifi ersmfii ersmfii erfsiim erfsimi erfsiim erfsimi erfsmii
erfsmii erfisim erfismi erfiism erfiims erfimis erfimsi erfiism erfiims erfisim erfismi
erfimsi erfimis erfmiis erfmisi erfmiis erfmisi erfmsii erfmsii erifsim erifsmi erifism
erifims erifmis erifmsi erisfim erisfmi erisifm erisimf erismif erismfi eriisfm eriismf
eriifsm eriifms eriimfs eriimsf erimsif erimsfi erimisf erimifs erimfis erimfsi erifism
erifims erifsim erifsmi erifmsi erifmis eriifsm eriifms eriisfm eriismf eriimsf eriimfs
erisifm erisimf erisfim erisfmi erismfi erismif erimisf erimifs erimsif erimsfi erimfsi
erimfis ermfiis ermfisi ermfiis ermfisi ermfsii ermfsii ermifis ermifsi ermiifs ermiisf
ermisif ermisfi ermiifs ermiisf ermifis ermifsi ermisfi ermisif ermsiif ermsifi ermsiif
ermsifi ermsfii ermsfii emsfiri emsfiir emsfrii emsfrii emsfiri emsfiir emsifri emsifir
emsirfi emsirif emsiirf emsiifr emsrifi emsriif emsrfii emsrfii emsrifi emsriif emsiirf
emsiifr emsirif emsirfi emsifri emsifir emfsiri emfsiir emfsrii emfsrii emfsiri emfsiir
emfisri emfisir emfirsi emfiris emfiirs emfiisr emfrisi emfriis emfrsii emfrsii emfrisi
emfriis emfiirs emfiisr emfiris emfirsi emfisri emfisir emifsri emifsir emifrsi emifris
emifirs emifisr emisfri emisfir emisrfi emisrif emisirf emisifr emirsfi emirsif emirfsi
emirfis emirifs emirisf emiisrf emiisfr emiirsf emiirfs emiifrs emiifsr emrfisi emrfiis
emrfsii emrfsii emrfisi emrfiis emrifsi emrifis emrisfi emrisif emriisf emriifs emrsifi
emrsiif emrsfii emrsfii emrsifi emrsiif emriisf emriifs emrisif emrisfi emrifsi emrifis
emifirs emifisr emifris emifrsi emifsri emifsir emiifrs emiifsr emiirfs emiirsf emiisrf
emiisfr emirifs emirisf emirfis emirfsi emirsfi emirsif emisirf emisifr emisrif emisrfi
emisfri emisfir

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History of cryptography
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