easy ciphers

Easy Ciphers Tools:
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popular ciphers:

ultraceremonious

porticoes

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extrathermodynamic

rahul

orvietan

uncharm

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erythema

cholelith

azotenesis

afrocanto

compellavissemque

preconditions

tannin

lousewort

undisburdened


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: whisperers
cipher variations:
xijtqfsfst yjkurgtgtu zklvshuhuv almwtivivw bmnxujwjwx
cnoyvkxkxy dopzwlylyz epqaxmzmza fqrbynanab grsczobobc
hstdapcpcd ituebqdqde juvfcreref kvwgdsfsfg lwxhetgtgh
mxyifuhuhi nyzjgvivij ozakhwjwjk pablixkxkl qbcmjylylm
rcdnkzmzmn sdeolanano tefpmbobop ufgqncpcpq vghrodqdqr

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: whisperers
Cipher: dsrhkvivih

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: whisperers
Cipher: BABAA AABBB ABAAA BAAAB ABBBA AABAA BAAAA AABAA BAAAA BAAAB

Read more ...

 

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

where modulus m is the size of the alphabet and a and b are the key of the cipher. The value a must be chosen such that a and m are coprime.
Considering the specific case of encrypting messages in English (i.e. m = 26), there are a total of 286 non-trivial affine ciphers, not counting the 26 trivial Caesar ciphers. This number comes from the fact there are 12 numbers that are coprime with 26 that are less than 26 (these are the possible values of a). Each value of a can have 26 different addition shifts (the b value) ; therefore, there are 12*26 or 312 possible keys.
Plaintext: whisperers
cipher variations:
xijtqfsfstpwzdunanadhkpnyvivinzyfxcdqdqxrmvhglylyhjalrktgtgrtcrlsjwjwllqhvwrerev
dexfazmzmfvsnpehuhupngdzipcpczfutjmxkxkjyjkurgtgtuqxaevobobeilqozwjwjoazgyderery
snwihmzmzikbmsluhuhsudsmtkxkxmmriwxsfsfwefygbanangwtoqfivivqoheajqdqdagvuknylylk
zklvshuhuvrybfwpcpcfjmrpaxkxkpbahzefsfsztoxjinanajlcntmvivitvetnulylynnsjxytgtgx
fgzhcbobohxuprgjwjwrpifbkrerebhwvlozmzmlalmwtivivwszcgxqdqdgknsqbylylqcbiafgtgta
upykjobobkmdounwjwjuwfuovmzmzootkyzuhuhyghaidcpcpiyvqshkxkxsqjgclsfsfcixwmpananm
bmnxujwjwxtadhyrerehlotrczmzmrdcjbghuhubvqzlkpcpclnepvoxkxkvxgvpwnanappulzaviviz
hibjedqdqjzwrtilylytrkhdmtgtgdjyxnqboboncnoyvkxkxyubeizsfsfimpusdanansedkchivivc
wramlqdqdmofqwpylylwyhwqxobobqqvmabwjwjaijckfererkaxsujmzmzuslienuhuhekzyorcpcpo
dopzwlylyzvcfjatgtgjnqvtebobotfeldijwjwdxsbnmrerenpgrxqzmzmxzixrypcpcrrwnbcxkxkb
jkdlgfsfslbytvknanavtmjfoviviflazpsdqdqpepqaxmzmzawdgkbuhuhkorwufcpcpugfmejkxkxe
ytconsfsfoqhsyrananyajyszqdqdssxocdylylcklemhgtgtmczuwlobobwunkgpwjwjgmbaqtererq
fqrbynanabxehlcvivilpsxvgdqdqvhgnfklylyfzudpotgtgpritzsbobozbkztarerettypdezmzmd
lmfnihuhundavxmpcpcxvolhqxkxkhncbrufsfsrgrsczobobcyfimdwjwjmqtywhererwihoglmzmzg
aveqpuhuhqsjuatcpcpaclaubsfsfuuzqefananemngojivivoebwynqdqdywpmirylyliodcsvgtgts
hstdapcpcdzgjnexkxknruzxifsfsxjiphmnanahbwfrqvivirtkvbudqdqbdmbvctgtgvvarfgbobof
nohpkjwjwpfcxzorerezxqnjszmzmjpedtwhuhutituebqdqdeahkofylylosvayjgtgtykjqinobobi
cxgsrwjwjsulwcverercencwduhuhwwbsghcpcpgopiqlkxkxqgdyapsfsfayroktanankqfeuxivivu
juvfcrerefbilpgzmzmptwbzkhuhuzlkrjopcpcjdyhtsxkxktvmxdwfsfsdfodxevivixxcthidqdqh
pqjrmlylyrhezbqtgtgbzsplubobolrgfvyjwjwvkvwgdsfsfgcjmqhananquxcalivivamlskpqdqdk
eziutylyluwnyexgtgtegpeyfwjwjyyduijereriqrksnmzmzsifacruhuhcatqmvcpcpmshgwzkxkxw
lwxhetgtghdknriboborvydbmjwjwbnmtlqrerelfajvuzmzmvxozfyhuhufhqfzgxkxkzzevjkfsfsj
rsltonanatjgbdsvividburnwdqdqntihxalylyxmxyifuhuhielosjcpcpswzecnkxkxconumrsfsfm
gbkwvananwypagzivivgirgahylylaafwklgtgtkstmupobobukhcetwjwjecvsoxereroujiybmzmzy
nyzjgvivijfmptkdqdqtxafdolylydpovnstgtgnhclxwboboxzqbhajwjwhjshbizmzmbbgxlmhuhul
tunvqpcpcvlidfuxkxkfdwtpyfsfspvkjzcnanazozakhwjwjkgnqulereruybgepmzmzeqpwotuhuho
idmyxcpcpyarcibkxkxikticjanancchymnivivmuvowrqdqdwmjegvylylgexuqzgtgtqwlkadoboba
pablixkxklhorvmfsfsvzchfqnanafrqxpuvivipjenzydqdqzbsdjclylyjlujdkboboddiznojwjwn
vwpxsrerexnkfhwzmzmhfyvrahuhurxmlbepcpcbqbcmjylylmipswngtgtwadigrobobgsryqvwjwjq
kfoazereractekdmzmzkmvkelcpcpeejaopkxkxowxqytsfsfyolgixananigzwsbivivsynmcfqdqdc
rcdnkzmzmnjqtxohuhuxbejhspcpchtszrwxkxkrlgpbafsfsbduflenanalnwlfmdqdqffkbpqlylyp
xyrzutgtgzpmhjybobojhaxtcjwjwtzondgreredsdeolananokruypivivycfkitqdqdiutasxylyls
mhqcbgtgtcevgmfobobmoxmgnerergglcqrmzmzqyzsavuhuhaqnikzcpcpkibyudkxkxuapoehsfsfe
tefpmboboplsvzqjwjwzdgljurerejvubtyzmzmtnirdchuhudfwhngpcpcnpynhofsfshhmdrsnanar
zatbwvivibrojladqdqljczvelylyvbqpfitgtgfufgqncpcpqmtwarkxkxaehmkvsfsfkwvcuzananu
ojsedivivegxiohqdqdoqzoipgtgtiinestobobsabucxwjwjcspkmberermkdawfmzmzwcrqgjuhuhg
vghrodqdqrnuxbslylybfinlwtgtglxwdvabobovpktfejwjwfhyjpirereprapjqhuhujjoftupcpct
bcvdyxkxkdtqlncfsfsnlebxgnanaxdsrhkvivihwhisperersovyctmzmzcgjomxuhuhmyxewbcpcpw
qlugfkxkxgizkqjsfsfqsbqkrivivkkpguvqdqducdwezylyleurmodgtgtomfcyhobobyetsilwjwji

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: whisperers
Cipher: juvfcreref

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: whisperers
Cipher: 25324234535124512434

Extended Methods:
Method #1

Plaintext: whisperers
method variations:
bnoxukwkwxgstczpbpbcmxyheugughrcdnkzmzmn

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
w h i s p e r e r s 
2 3 4 3 5 5 2 5 2 3 
5 2 2 4 3 1 4 1 4 4 
They are then read out in rows:
23435525235224314144
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: whisperers
Cipher: mozwmkrcdt

Read more ...
Method #3

Plaintext: whisperers
method variations:
prmyxfyfoi rmyxfyfoip myxfyfoipr
yxfyfoiprm xfyfoiprmy fyfoiprmyx
yfoiprmyxf foiprmyxfy oiprmyxfyf
iprmyxfyfo

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: whisperers

first 5040 cipher variations(3628800 total)
whisperers whisperesr whisperres whisperrse whispersre whisperser whispeerrs whispeersr whispeerrs whispeersr whispeesrr
whispeesrr whisperers whisperesr whisperres whisperrse whispersre whisperser whispeserr whispeserr whispesrer whispesrre
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whiprrsees whiprrsese whiprrssee whiprrssee whiprreses whiprresse whiprreess whiprreess whiprreses whiprresse whiprreess
whiprreess whiprreses whiprresse whiprresse whiprreses whiprrsees whiprrsese whiprrsees whiprrsese whiprrssee whiprrssee
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whipeesrsr whipeessrr whipeessrr whipeersrs whipeerssr whipeerrss whipeerrss whipeersrs whipeerssr whipeessrr whipeessrr
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whiperress whiperrses whiperrsse whipersres whipersrse whipersers whipersesr whipersser whiperssre whiperesrs whiperessr
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whipesrser whipesrrse whipesrres whipesrers whipesresr whipessrre whipessrer whipessrre whipessrer whipesserr whipesserr
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whiprrsees whiprrssee whiprrssee whiprrsese whiprrsees whipreress whipreress whiprerses whiprersse whiprersse whiprerses
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whipresser whipresesr whipresers whipresser whipressre whipresrse whipresres whiprsrees whiprsrese whiprsrees whiprsrese
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whiprserse whiprsesre whiprseser whiprsseer whiprssere whiprsseer whiprssere whiprssree whiprssree whiprsrese whiprsrees
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whiprsseer whiprssree whiprssree whiprssere whiprsseer whiprseesr whiprseers whiprseser whiprsesre whiprserse whiprseres
whipserers whipseresr whipserres whipserrse whipsersre whipserser whipseerrs whipseersr whipseerrs whipseersr whipseesrr
whipseesrr whipserers whipseresr whipserres whipserrse whipsersre whipserser whipseserr whipseserr whipsesrer whipsesrre
whipsesrre whipsesrer whipsreers whipsreesr whipsreres whipsrerse whipsresre whipsreser whipsreers whipsreesr whipsreres
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whipsrsree whipsrsree whipsrsere whipsrseer whipserers whipseresr whipserres whipserrse whipsersre whipserser whipseerrs
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whipseserr whipseserr whipsesrer whipsesrre whipsesrre whipsesrer whipsrrees whipsrrese whipsrrees whipsrrese whipsrrsee
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whipssrree whipssrere whipssreer whipsserre whipsserer whipsserre whipsserer whipsseerr whipsseerr whipssrere whipssreer
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whiepssrer whieprsers whieprsesr whieprsres whieprsrse whieprssre whieprsser whiepresrs whiepressr whieprerss whieprerss
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whiessrpre whiessrper whiessperr whiessperr whiessprer whiessprre whiessprre whiessprer whierspers whierspesr whierspres
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whierpsser whierepsrs whierepssr whiereprss whiereprss whierepsrs whierepssr whieresprs whierespsr whieresrps whieresrsp
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whiersrsep whiersserp whierssepr whierssrep whierssrpe whiersspre whierssper whieesrprs whieesrpsr whieesrrps whieesrrsp
whieesrsrp whieesrspr whieesprrs whieesprsr whieesprrs whieesprsr whieespsrr whieespsrr whieesrprs whieesrpsr whieesrrps
whieesrrsp whieesrsrp whieesrspr whieessprr whieessprr whieessrpr whieessrrp whieessrrp whieessrpr whieersprs whieerspsr
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whieerrpss whieerrsps whieerrssp whieerrssp whieerrsps whieersprs whieerspsr whieersrps whieersrsp whieerssrp whieersspr
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whieepssrr whieeprsrs whieeprssr whieeprrss whieeprrss whieeprsrs whieeprssr whieepssrr whieepssrr whieepsrsr whieepsrrs
whieepsrrs whieepsrsr whieerrpss whieerrpss whieerrsps whieerrssp whieerrssp whieerrsps whieerprss whieerprss whieerpsrs
whieerpssr whieerpssr whieerpsrs whieersprs whieerspsr whieersrps whieersrsp whieerssrp whieersspr whieerspsr whieersprs
whieersspr whieerssrp whieersrsp whieersrps whieesrprs whieesrpsr whieesrrps whieesrrsp whieesrsrp whieesrspr whieesprrs
whieesprsr whieesprrs whieesprsr whieespsrr whieespsrr whieesrprs whieesrpsr whieesrrps whieesrrsp whieesrsrp whieesrspr
whieessprr whieessprr whieessrpr whieessrrp whieessrrp whieessrpr whiersreps whiersresp whiersrpes whiersrpse whiersrspe
whiersrsep whierserps whiersersp whierseprs whiersepsr whiersespr whiersesrp whierspers whierspesr whierspres whiersprse
whierspsre whierspser whierssepr whiersserp whierssper whiersspre whierssrpe whierssrep whierrseps whierrsesp whierrspes
whierrspse whierrsspe whierrssep whierresps whierressp whierrepss whierrepss whierresps whierressp whierrpess whierrpess
whierrpses whierrpsse whierrpsse whierrpses whierrseps whierrsesp whierrspes whierrspse whierrsspe whierrssep whierersps
whiererssp whiererpss whiererpss whierersps whiererssp whieresrps whieresrsp whieresprs whierespsr whieresspr whieressrp
whierepsrs whierepssr whiereprss whiereprss whierepsrs whierepssr whieresspr whieressrp whierespsr whieresprs whieresrps
whieresrsp whierpress whierpress whierprses whierprsse whierprsse whierprses whierperss whierperss whierpesrs whierpessr
whierpessr whierpesrs whierpsers whierpsesr whierpsres whierpsrse whierpssre whierpsser whierpsesr whierpsers whierpsser
whierpssre whierpsrse whierpsres whiersreps whiersresp whiersrpes whiersrpse whiersrspe whiersrsep whierserps whiersersp
whierseprs whiersepsr whiersespr whiersesrp whierspers whierspesr whierspres whiersprse whierspsre whierspser whierssepr
whiersserp whierssper whiersspre whierssrpe whierssrep whiessrerp whiessrepr whiessrrep whiessrrpe whiessrpre whiessrper
whiesserrp whiesserpr whiesserrp whiesserpr whiesseprr whiesseprr whiessrerp whiessrepr whiessrrep whiessrrpe whiessrpre
whiessrper whiessperr whiessperr whiessprer whiessprre whiessprre whiessprer whiesrserp whiesrsepr whiesrsrep whiesrsrpe
whiesrspre whiesrsper whiesresrp whiesrespr whiesrersp whiesrerps whiesreprs whiesrepsr whiesrresp whiesrreps whiesrrsep
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whieserrsp whieserrps whieserprs whieserpsr whiesesrrp whiesesrpr whiesesrrp whiesesrpr whiesesprr whiesesprr whiesersrp
whieserspr whieserrsp whieserrps whieserprs whieserpsr whiesepsrr whiesepsrr whieseprsr whieseprrs whieseprrs whieseprsr
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whirpesrse whirpessre whirpesser whirpeesrs whirpeessr whirpeerss whirpeerss whirpeesrs whirpeessr whirperess whirperess
whirperses whirpersse whirpersse whirperses whirpesers whirpesesr whirpesres whirpesrse whirpessre whirpesser whirprsees
whirprsese whirprsees whirprsese whirprssee whirprssee whirpreses whirpresse whirpreess whirpreess whirpreses whirpresse
whirpreess whirpreess whirpreses whirpresse whirpresse whirpreses whirprsees whirprsese whirprsees whirprsese whirprssee
whirprssee whirpssere whirpsseer whirpssree whirpssree whirpssere whirpsseer whirpsesre whirpseser whirpserse whirpseres
whirpseers whirpseesr whirpsrese whirpsrees whirpsrsee whirpsrsee whirpsrese whirpsrees whirpseers whirpseesr whirpseres
whirpserse whirpsesre whirpseser whirepsers whirepsesr whirepsres whirepsrse whirepssre whirepsser whirepesrs whirepessr
whireperss whireperss whirepesrs whirepessr whirepress whirepress whireprses whireprsse whireprsse whireprses whirepsers
whirepsesr whirepsres whirepsrse whirepssre whirepsser whirespers whirespesr whirespres whiresprse whirespsre whirespser
whireseprs whiresepsr whireserps whiresersp whiresesrp whiresespr whiresreps whiresresp whiresrpes whiresrpse whiresrspe
whiresrsep whiresserp whiressepr whiressrep whiressrpe whiresspre whiressper whireesprs whireespsr whireesrps whireesrsp
whireessrp whireesspr whireepsrs whireepssr whireeprss whireeprss whireepsrs whireepssr whireerpss whireerpss whireersps
whireerssp whireerssp whireersps whireesprs whireespsr whireesrps whireesrsp whireessrp whireesspr whirerseps whirersesp
whirerspes whirerspse whirersspe whirerssep whireresps whireressp whirerepss whirerepss whireresps whireressp whirerpess
whirerpess whirerpses whirerpsse whirerpsse whirerpses whirerseps whirersesp whirerspes whirerspse whirersspe whirerssep
whiresserp whiressepr whiressrep whiressrpe whiresspre whiressper whiresesrp whiresespr whiresersp whireserps whireseprs
whiresepsr whiresresp whiresreps whiresrsep whiresrspe whiresrpse whiresrpes whirespers whirespesr whirespres whiresprse
whirespsre whirespser whirsepers whirsepesr whirsepres whirseprse whirsepsre whirsepser whirseeprs whirseepsr whirseerps
whirseersp whirseesrp whirseespr whirsereps whirseresp whirserpes whirserpse whirserspe whirsersep whirseserp whirsesepr
whirsesrep whirsesrpe whirsespre whirsesper whirspeers whirspeesr whirsperes whirsperse whirspesre whirspeser whirspeers
whirspeesr whirsperes whirsperse whirspesre whirspeser whirsprees whirsprese whirsprees whirsprese whirsprsee whirsprsee
whirspsere whirspseer whirspsree whirspsree whirspsere whirspseer whirsepers whirsepesr whirsepres whirseprse whirsepsre
whirsepser whirseeprs whirseepsr whirseerps whirseersp whirseesrp whirseespr whirsereps whirseresp whirserpes whirserpse
whirserspe whirsersep whirseserp whirsesepr whirsesrep whirsesrpe whirsespre whirsesper whirsrpees whirsrpese whirsrpees
whirsrpese whirsrpsee whirsrpsee whirsrepes whirsrepse whirsreeps whirsreesp whirsresep whirsrespe whirsreeps whirsreesp
whirsrepes whirsrepse whirsrespe whirsresep whirsrseep whirsrsepe whirsrseep whirsrsepe whirsrspee whirsrspee whirsspere
whirsspeer whirsspree whirsspree whirsspere whirsspeer whirssepre whirsseper whirsserpe whirsserep whirsseerp whirsseepr
whirssrepe whirssreep whirssrpee whirssrpee whirssrepe whirssreep whirsseerp whirsseepr whirsserep whirsserpe whirssepre
whirsseper whireesprs whireespsr whireesrps whireesrsp whireessrp whireesspr whireepsrs whireepssr whireeprss whireeprss
whireepsrs whireepssr whireerpss whireerpss whireersps whireerssp whireerssp whireersps whireesprs whireespsr whireesrps
whireesrsp whireessrp whireesspr whireseprs whiresepsr whireserps whiresersp whiresesrp whiresespr whirespers whirespesr
whirespres whiresprse whirespsre whirespser whiresrpes whiresrpse whiresreps whiresresp whiresrsep whiresrspe whiresspre
whiressper whiressrpe whiressrep whiresserp whiressepr whirepsers whirepsesr whirepsres whirepsrse whirepssre whirepsser
whirepesrs whirepessr whireperss whireperss whirepesrs whirepessr whirepress whirepress whireprses whireprsse whireprsse
whireprses whirepsers whirepsesr whirepsres whirepsrse whirepssre whirepsser whirerspes whirerspse whirerseps whirersesp
whirerssep whirersspe whirerpses whirerpsse whirerpess whirerpess whirerpses whirerpsse whirerepss whirerepss whireresps
whireressp whireressp whireresps whirerspes whirerspse whirerseps whirersesp whirerssep whirersspe whiresspre whiressper
whiressrpe whiressrep whiresserp whiressepr whirespsre whirespser whiresprse whirespres whirespers whirespesr whiresrpse
whiresrpes whiresrspe whiresrsep whiresresp whiresreps whireseprs whiresepsr whireserps whiresersp whiresesrp whiresespr
whirreseps whirresesp whirrespes whirrespse whirresspe whirressep whirreesps whirreessp whirreepss whirreepss whirreesps
whirreessp whirrepess whirrepess whirrepses whirrepsse whirrepsse whirrepses whirreseps whirresesp whirrespes whirrespse
whirresspe whirressep whirrseeps whirrseesp whirrsepes whirrsepse whirrsespe whirrsesep whirrseeps whirrseesp whirrsepes
whirrsepse whirrsespe whirrsesep whirrspees whirrspese whirrspees whirrspese whirrspsee whirrspsee whirrssepe whirrsseep
whirrsspee whirrsspee whirrssepe whirrsseep whirreseps whirresesp whirrespes whirrespse whirresspe whirressep whirreesps
whirreessp whirreepss whirreepss whirreesps whirreessp whirrepess whirrepess whirrepses whirrepsse whirrepsse whirrepses
whirreseps whirresesp whirrespes whirrespse whirresspe whirressep whirrpsees whirrpsese whirrpsees whirrpsese whirrpssee
whirrpssee whirrpeses whirrpesse whirrpeess whirrpeess whirrpeses whirrpesse whirrpeess whirrpeess whirrpeses whirrpesse
whirrpesse whirrpeses whirrpsees whirrpsese whirrpsees whirrpsese whirrpssee whirrpssee whirrssepe whirrsseep whirrsspee
whirrsspee whirrssepe whirrsseep whirrsespe whirrsesep whirrsepse whirrsepes whirrseeps whirrseesp whirrspese whirrspees
whirrspsee whirrspsee whirrspese whirrspees whirrseeps whirrseesp whirrsepes whirrsepse whirrsespe whirrsesep whirseserp
whirsesepr whirsesrep whirsesrpe whirsespre whirsesper whirseesrp whirseespr whirseersp whirseerps whirseeprs whirseepsr
whirseresp whirsereps whirsersep whirserspe whirserpse whirserpes whirsepers whirsepesr whirsepres whirseprse whirsepsre
whirsepser whirsseerp whirsseepr whirsserep whirsserpe whirssepre whirsseper whirsseerp whirsseepr whirsserep whirsserpe
whirssepre whirsseper whirssreep whirssrepe whirssreep whirssrepe whirssrpee whirssrpee whirsspere whirsspeer whirsspree
whirsspree whirsspere whirsspeer whirseserp whirsesepr whirsesrep whirsesrpe whirsespre whirsesper whirseesrp whirseespr
whirseersp whirseerps whirseeprs whirseepsr whirseresp whirsereps whirsersep whirserspe whirserpse whirserpes whirsepers
whirsepesr whirsepres whirseprse whirsepsre whirsepser whirsrseep whirsrsepe whirsrseep whirsrsepe whirsrspee whirsrspee
whirsresep whirsrespe whirsreesp whirsreeps whirsrepes whirsrepse whirsreesp whirsreeps whirsresep whirsrespe whirsrepse
whirsrepes whirsrpees whirsrpese whirsrpees whirsrpese whirsrpsee whirsrpsee whirspsere whirspseer whirspsree whirspsree
whirspsere whirspseer whirspesre whirspeser whirsperse whirsperes whirspeers whirspeesr whirsprese whirsprees whirsprsee
whirsprsee whirsprese whirsprees whirspeers whirspeesr whirsperes whirsperse whirspesre whirspeser whiepersrs whieperssr
whieperrss whieperrss whiepersrs whieperssr whiepesrrs whiepesrsr whiepesrrs whiepesrsr whiepessrr whiepessrr whiepersrs
whieperssr whieperrss whieperrss whiepersrs whieperssr whiepessrr whiepessrr whiepesrsr whiepesrrs whiepesrrs whiepesrsr
whiepresrs whiepressr whieprerss whieprerss whiepresrs whiepressr whieprsers whieprsesr whieprsres whieprsrse whieprssre
whieprsser whieprrses whieprrsse whieprress whieprress whieprrses whieprrsse whieprssre whieprsser whieprsrse whieprsres
whieprsers whieprsesr whiepsrers whiepsresr whiepsrres whiepsrrse whiepsrsre whiepsrser whiepserrs whiepsersr whiepserrs
whiepsersr whiepsesrr whiepsesrr whiepsrers whiepsresr whiepsrres whiepsrrse whiepsrsre whiepsrser whiepsserr whiepsserr
whiepssrer whiepssrre whiepssrre whiepssrer whieprrses whieprrsse whieprress whieprress whieprrses whieprrsse whieprsres
whieprsrse whieprsers whieprsesr whieprsser whieprssre whiepresrs whiepressr whieprerss whieprerss whiepresrs whiepressr
whieprsser whieprssre whieprsesr whieprsers whieprsres whieprsrse whiepsrsre whiepsrser whiepsrrse whiepsrres whiepsrers
whiepsresr whiepssrre whiepssrer whiepssrre whiepssrer whiepsserr whiepsserr whiepsrsre whiepsrser whiepsrrse whiepsrres
whiepsrers whiepsresr whiepsesrr whiepsesrr whiepsersr whiepserrs whiepserrs whiepsersr whieeprsrs whieeprssr whieeprrss
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whieeprrss whieeprrss whieeprsrs whieeprssr whieepssrr whieepssrr whieepsrsr whieepsrrs whieepsrrs whieepsrsr whieerpsrs
whieerpssr whieerprss whieerprss whieerpsrs whieerpssr whieersprs whieerspsr whieersrps whieersrsp whieerssrp whieersspr
whieerrsps whieerrssp whieerrpss whieerrpss whieerrsps whieerrssp whieerssrp whieersspr whieersrsp whieersrps whieersprs
whieerspsr whieesrprs whieesrpsr whieesrrps whieesrrsp whieesrsrp whieesrspr whieesprrs whieesprsr whieesprrs whieesprsr
whieespsrr whieespsrr whieesrprs whieesrpsr whieesrrps whieesrrsp whieesrsrp whieesrspr whieessprr whieessprr whieessrpr
whieessrrp whieessrrp whieessrpr whieerrsps whieerrssp whieerrpss whieerrpss whieerrsps whieerrssp whieersrps whieersrsp
whieersprs whieerspsr whieersspr whieerssrp whieerpsrs whieerpssr whieerprss whieerprss whieerpsrs whieerpssr whieersspr
whieerssrp whieerspsr whieersprs whieersrps whieersrsp whieesrsrp whieesrspr whieesrrsp whieesrrps whieesrprs whieesrpsr
whieessrrp whieessrpr whieessrrp whieessrpr whieessprr whieessprr whieesrsrp whieesrspr whieesrrsp whieesrrps whieesrprs
whieesrpsr whieespsrr whieespsrr whieesprsr whieesprrs whieesprrs whieesprsr whierepsrs whierepssr whiereprss whiereprss
whierepsrs whierepssr whieresprs whierespsr whieresrps whieresrsp whieressrp whieresspr whierersps whiererssp whiererpss
whiererpss whierersps whiererssp whieressrp whieresspr whieresrsp whieresrps whieresprs whierespsr whierpesrs whierpessr
whierperss whierperss whierpesrs whierpessr whierpsers whierpsesr whierpsres whierpsrse whierpssre whierpsser whierprses
whierprsse whierpress whierpress whierprses whierprsse whierpssre whierpsser whierpsrse whierpsres whierpsers whierpsesr
whierspers whierspesr whierspres whiersprse whierspsre whierspser whierseprs whiersepsr whierserps whiersersp whiersesrp
whiersespr whiersreps whiersresp whiersrpes whiersrpse whiersrspe whiersrsep whiersserp whierssepr whierssrep whierssrpe
whiersspre whierssper whierrpses whierrpsse whierrpess whierrpess whierrpses whierrpsse whierrspes whierrspse whierrseps
whierrsesp whierrssep whierrsspe whierresps whierressp whierrepss whierrepss whierresps whierressp whierrssep whierrsspe
whierrsesp whierrseps whierrspes whierrspse whierspsre whierspser whiersprse whierspres whierspers whierspesr whiersspre
whierssper whierssrpe whierssrep whiersserp whierssepr whiersrspe whiersrsep whiersrpse whiersrpes whiersreps whiersresp
whiersesrp whiersespr whiersersp whierserps whierseprs whiersepsr whieserprs whieserpsr whieserrps whieserrsp whiesersrp
whieserspr whieseprrs whieseprsr whieseprrs whieseprsr whiesepsrr whiesepsrr whieserprs whieserpsr whieserrps whieserrsp
whiesersrp whieserspr whiesesprr whiesesprr whiesesrpr whiesesrrp whiesesrrp whiesesrpr whiesreprs whiesrepsr whiesrerps
whiesrersp whiesresrp whiesrespr whiesrpers whiesrpesr whiesrpres whiesrprse whiesrpsre whiesrpser whiesrrpes whiesrrpse
whiesrreps whiesrresp whiesrrsep whiesrrspe whiesrspre whiesrsper whiesrsrpe whiesrsrep whiesrserp whiesrsepr whiesprers
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whiespsrer whiesrrpes whiesrrpse whiesrreps whiesrresp whiesrrsep whiesrrspe whiesrpres whiesrprse whiesrpers whiesrpesr
whiesrpser whiesrpsre whiesreprs whiesrepsr whiesrerps whiesrersp whiesresrp whiesrespr whiesrsper whiesrspre whiesrsepr
whiesrserp whiesrsrep whiesrsrpe whiessrpre whiessrper whiessrrpe whiessrrep whiessrerp whiessrepr whiessprre whiessprer
whiessprre whiessprer whiessperr whiessperr whiessrpre whiessrper whiessrrpe whiessrrep whiessrerp whiessrepr whiesseprr
whiesseprr whiesserpr whiesserrp whiesserrp whiesserpr whierersps whiererssp whiererpss whiererpss whierersps whiererssp
whieresrps whieresrsp whieresprs whierespsr whieresspr whieressrp whierepsrs whierepssr whiereprss whiereprss whierepsrs
whierepssr whieresspr whieressrp whierespsr whieresprs whieresrps whieresrsp whierresps whierressp whierrepss whierrepss
whierresps whierressp whierrseps whierrsesp whierrspes whierrspse whierrsspe whierrssep whierrpses whierrpsse whierrpess
whierrpess whierrpses whierrpsse whierrsspe whierrssep whierrspse whierrspes whierrseps whierrsesp whiersreps whiersresp
whiersrpes whiersrpse whiersrspe whiersrsep whierserps whiersersp whierseprs whiersepsr whiersespr whiersesrp whierspers
whierspesr whierspres whiersprse whierspsre whierspser whierssepr whiersserp whierssper whiersspre whierssrpe whierssrep
whierprses whierprsse whierpress whierpress whierprses whierprsse whierpsres whierpsrse whierpsers whierpsesr whierpsser
whierpssre whierpesrs whierpessr whierperss whierperss whierpesrs whierpessr whierpsser whierpssre whierpsesr whierpsers
whierpsres whierpsrse whiersrspe whiersrsep whiersrpse whiersrpes whiersreps whiersresp whierssrpe whierssrep whiersspre
whierssper whierssepr whiersserp whierspsre whierspser whiersprse whierspres whierspers whierspesr whiersespr whiersesrp
whiersepsr whierseprs whierserps whiersersp whiesersrp whieserspr whieserrsp whieserrps whieserprs whieserpsr whiesesrrp
whiesesrpr whiesesrrp whiesesrpr whiesesprr whiesesprr whiesersrp whieserspr whieserrsp whieserrps whieserprs whieserpsr
whiesepsrr whiesepsrr whieseprsr whieseprrs whieseprrs whieseprsr whiesresrp whiesrespr whiesrersp whiesrerps whiesreprs
whiesrepsr whiesrserp whiesrsepr whiesrsrep whiesrsrpe whiesrspre whiesrsper whiesrrsep whiesrrspe whiesrresp whiesrreps
whiesrrpes whiesrrpse whiesrpsre whiesrpser whiesrprse whiesrpres whiesrpers whiesrpesr whiessrerp whiessrepr whiessrrep
whiessrrpe whiessrpre whiessrper whiesserrp whiesserpr whiesserrp whiesserpr whiesseprr whiesseprr whiessrerp whiessrepr
whiessrrep whiessrrpe whiessrpre whiessrper whiessperr whiessperr whiessprer whiessprre whiessprre whiessprer whiesrrsep
whiesrrspe whiesrresp whiesrreps whiesrrpes whiesrrpse whiesrsrep whiesrsrpe whiesrserp whiesrsepr whiesrsper whiesrspre
whiesresrp whiesrespr whiesrersp whiesrerps whiesreprs whiesrepsr whiesrpser whiesrpsre whiesrpesr whiesrpers whiesrpres
whiesrprse whiesprsre whiesprser whiesprrse whiesprres whiesprers whiespresr whiespsrre whiespsrer whiespsrre whiespsrer
whiespserr whiespserr whiesprsre whiesprser whiesprrse whiesprres whiesprers whiespresr whiespesrr whiespesrr whiespersr
whiesperrs whiesperrs whiespersr whirperess whirperess whirperses whirpersse whirpersse whirperses whirpeerss whirpeerss
whirpeesrs whirpeessr whirpeessr whirpeesrs whirpesers whirpesesr whirpesres whirpesrse whirpessre whirpesser whirpesesr
whirpesers whirpesser whirpessre whirpesrse whirpesres whirpreess whirpreess whirpreses whirpresse whirpresse whirpreses
whirpreess whirpreess whirpreses whirpresse whirpresse whirpreses whirprsees whirprsese whirprsees whirprsese whirprssee
whirprssee whirprsese whirprsees whirprssee whirprssee whirprsese whirprsees whirperess whirperess whirperses whirpersse
whirpersse whirperses whirpeerss whirpeerss whirpeesrs whirpeessr whirpeessr whirpeesrs whirpesers whirpesesr whirpesres
whirpesrse whirpessre whirpesser whirpesesr whirpesers whirpesser whirpessre whirpesrse whirpesres whirpsrees whirpsrese
whirpsrees whirpsrese whirpsrsee whirpsrsee whirpseres whirpserse whirpseers whirpseesr whirpseser whirpsesre whirpseers
whirpseesr whirpseres whirpserse whirpsesre whirpseser whirpsseer whirpssere whirpsseer whirpssere whirpssree whirpssree
whirpsrese whirpsrees whirpsrsee whirpsrsee whirpsrese whirpsrees whirpserse whirpseres whirpsesre whirpseser whirpseesr
whirpseers whirpssere whirpsseer whirpssree whirpssree whirpssere whirpsseer whirpseesr whirpseers whirpseser whirpsesre
whirpserse whirpseres whirepress whirepress whireprses whireprsse whireprsse whireprses whireperss whireperss whirepesrs
whirepessr whirepessr whirepesrs whirepsers whirepsesr whirepsres whirepsrse whirepssre whirepsser whirepsesr whirepsers
whirepsser whirepssre whirepsrse whirepsres whirerpess whirerpess whirerpses whirerpsse whirerpsse whirerpses whirerepss
whirerepss whireresps whireressp whireressp whireresps whirerseps whirersesp whirerspes whirerspse whirersspe whirerssep
whirersesp whirerseps whirerssep whirersspe whirerspse whirerspes whireerpss whireerpss whireersps whireerssp whireerssp
whireersps whireeprss whireeprss whireepsrs whireepssr whireepssr whireepsrs whireesprs whireespsr whireesrps whireesrsp
whireessrp whireesspr whireespsr whireesprs whireesspr whireessrp whireesrsp whireesrps whiresreps whiresresp whiresrpes
whiresrpse whiresrspe whiresrsep whireserps whiresersp whireseprs whiresepsr whiresespr whiresesrp whirespers whirespesr
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whiresreps whiresrsep whiresrspe whiresrpse whiresrpes whiresersp whireserps whiresesrp whiresespr whiresepsr whireseprs
whiresserp whiressepr whiressrep whiressrpe whiresspre whiressper whirespesr whirespers whirespser whirespsre whiresprse
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whirreessp whirreesps whirreseps whirresesp whirrespes whirrespse whirresspe whirressep whirresesp whirreseps whirressep
whirresspe whirrespse whirrespes whirrpeess whirrpeess whirrpeses whirrpesse whirrpesse whirrpeses whirrpeess whirrpeess
whirrpeses whirrpesse whirrpesse whirrpeses whirrpsees whirrpsese whirrpsees whirrpsese whirrpssee whirrpssee whirrpsese
whirrpsees whirrpssee whirrpssee whirrpsese whirrpsees whirrepess whirrepess whirrepses whirrepsse whirrepsse whirrepses
whirreepss whirreepss whirreesps whirreessp whirreessp whirreesps whirreseps whirresesp whirrespes whirrespse whirresspe
whirressep whirresesp whirreseps whirressep whirresspe whirrespse whirrespes whirrspees whirrspese whirrspees whirrspese
whirrspsee whirrspsee whirrsepes whirrsepse whirrseeps whirrseesp whirrsesep whirrsespe whirrseeps whirrseesp whirrsepes
whirrsepse whirrsespe whirrsesep whirrsseep whirrssepe whirrsseep whirrssepe whirrsspee whirrsspee whirrspese whirrspees
whirrspsee whirrspsee whirrspese whirrspees whirrsepse whirrsepes whirrsespe whirrsesep whirrseesp whirrseeps whirrssepe
whirrsseep whirrsspee whirrsspee whirrssepe whirrsseep whirrseesp whirrseeps whirrsesep whirrsespe whirrsepse whirrsepes
whireerpss whireerpss whireersps whireerssp whireerssp whireersps whireeprss whireeprss whireepsrs whireepssr whireepssr
whireepsrs whireesprs whireespsr whireesrps whireesrsp whireessrp whireesspr whireespsr whireesprs whireesspr whireessrp
whireesrsp whireesrps whirerepss whirerepss whireresps whireressp whireressp whireresps whirerpess whirerpess whirerpses
whirerpsse whirerpsse whirerpses whirerspes whirerspse whirerseps whirersesp whirerssep whirersspe whirerspse whirerspes
whirersspe whirerssep whirersesp whirerseps whirepress whirepress whireprses whireprsse whireprsse whireprses whireperss
whireperss whirepesrs whirepessr whirepessr whirepesrs whirepsers whirepsesr whirepsres whirepsrse whirepssre whirepsser
whirepsesr whirepsers whirepsser whirepssre whirepsrse whirepsres whiresrpes whiresrpse whiresreps whiresresp whiresrsep
whiresrspe whirespres whiresprse whirespers whirespesr whirespser whirespsre whireseprs whiresepsr whireserps whiresersp
whiresesrp whiresespr whiressper whiresspre whiressepr whiresserp whiressrep whiressrpe whiresrpse whiresrpes whiresrspe
whiresrsep whiresresp whiresreps whiresprse whirespres whirespsre whirespser whirespesr whirespers whiresspre whiressper
whiressrpe whiressrep whiresserp whiressepr whiresepsr whireseprs whiresespr whiresesrp whiresersp whireserps whirsereps
whirseresp whirserpes whirserpse whirserspe whirsersep whirseerps whirseersp whirseeprs whirseepsr whirseespr whirseesrp
whirsepers whirsepesr whirsepres whirseprse whirsepsre whirsepser whirsesepr whirseserp whirsesper whirsespre whirsesrpe
whirsesrep whirsreeps whirsreesp whirsrepes whirsrepse whirsrespe whirsresep whirsreeps whirsreesp whirsrepes whirsrepse
whirsrespe whirsresep whirsrpees whirsrpese whirsrpees whirsrpese whirsrpsee whirsrpsee whirsrsepe whirsrseep whirsrspee
whirsrspee whirsrsepe whirsrseep whirsereps whirseresp whirserpes whirserpse whirserspe whirsersep whirseerps whirseersp
whirseeprs whirseepsr whirseespr whirseesrp whirsepers whirsepesr whirsepres whirseprse whirsepsre whirsepser whirsesepr
whirseserp whirsesper whirsespre whirsesrpe whirsesrep whirsprees whirsprese whirsprees whirsprese whirsprsee whirsprsee
whirsperes whirsperse whirspeers whirspeesr whirspeser whirspesre whirspeers whirspeesr whirsperes whirsperse whirspesre
whirspeser whirspseer whirspsere whirspseer whirspsere whirspsree whirspsree whirssrepe whirssreep whirssrpee whirssrpee
whirssrepe whirssreep whirsserpe whirsserep whirssepre whirsseper whirsseepr whirsseerp whirsspere whirsspeer whirsspree
whirsspree whirsspere whirsspeer whirsseepr whirsseerp whirsseper whirssepre whirsserpe whirsserep whirseresp whirsereps
whirsersep whirserspe whirserpse whirserpes whirseersp whirseerps whirseesrp whirseespr whirseepsr whirseeprs whirseserp
whirsesepr whirsesrep whirsesrpe whirsespre whirsesper whirsepesr whirsepers whirsepser whirsepsre whirseprse whirsepres
whirsreesp whirsreeps whirsresep whirsrespe whirsrepse whirsrepes whirsreesp whirsreeps whirsresep whirsrespe whirsrepse
whirsrepes whirsrseep whirsrsepe whirsrseep whirsrsepe whirsrspee whirsrspee whirsrpese whirsrpees whirsrpsee whirsrpsee
whirsrpese whirsrpees whirseresp whirsereps whirsersep whirserspe whirserpse whirserpes whirseersp whirseerps whirseesrp
whirseespr whirseepsr whirseeprs whirseserp whirsesepr whirsesrep whirsesrpe whirsespre whirsesper whirsepesr whirsepers
whirsepser whirsepsre whirseprse whirsepres whirssreep whirssrepe whirssreep whirssrepe whirssrpee whirssrpee whirsserep
whirsserpe whirsseerp whirsseepr whirsseper whirssepre whirsseerp whirsseepr whirsserep whirsserpe whirssepre whirsseper
whirsspeer whirsspere whirsspeer whirsspere whirsspree whirsspree whirsprese whirsprees whirsprsee whirsprsee whirsprese
whirsprees whirsperse whirsperes whirspesre whirspeser whirspeesr whirspeers whirspsere whirspseer whirspsree whirspsree
whirspsere whirspseer whirspeesr whirspeers whirspeser whirspesre whirsperse whirsperes whisperers whisperesr whisperres
whisperrse whispersre whisperser whispeerrs whispeersr whispeerrs whispeersr whispeesrr whispeesrr whisperers whisperesr
whisperres whisperrse whispersre whisperser whispeserr whispeserr whispesrer whispesrre whispesrre whispesrer whispreers
whispreesr whispreres whisprerse whispresre whispreser whispreers whispreesr whispreres whisprerse whispresre whispreser
whisprrees whisprrese whisprrees whisprrese whisprrsee whisprrsee whisprsere whisprseer whisprsree whisprsree whisprsere
whisprseer whisperers whisperesr whisperres whisperrse whispersre whisperser whispeerrs whispeersr whispeerrs whispeersr
whispeesrr whispeesrr whisperers whisperesr whisperres whisperrse whispersre whisperser whispeserr whispeserr whispesrer
whispesrre whispesrre whispesrer whisprrees whisprrese whisprrees whisprrese whisprrsee whisprrsee whispreres whisprerse
whispreers whispreesr whispreser whispresre whispreers whispreesr whispreres whisprerse whispresre whispreser whisprseer
whisprsere whisprseer whisprsere whisprsree whisprsree whispsrere whispsreer whispsrree whispsrree whispsrere whispsreer
whispserre whispserer whispserre whispserer whispseerr whispseerr whispsrere whispsreer whispsrree whispsrree whispsrere
whispsreer whispseerr whispseerr whispserer whispserre whispserre whispserer whiseprers whisepresr whiseprres whiseprrse
whiseprsre whiseprser whiseperrs whisepersr whiseperrs whisepersr whisepesrr whisepesrr whiseprers whisepresr whiseprres
whiseprrse whiseprsre whiseprser whisepserr whisepserr whisepsrer whisepsrre whisepsrre whisepsrer whiserpers whiserpesr
whiserpres whiserprse whiserpsre whiserpser whisereprs whiserepsr whisererps whiserersp whiseresrp whiserespr whiserreps
whiserresp whiserrpes whiserrpse whiserrspe whiserrsep whiserserp whisersepr whisersrep whisersrpe whiserspre whisersper
whiseerprs whiseerpsr whiseerrps whiseerrsp whiseersrp whiseerspr whiseeprrs whiseeprsr whiseeprrs whiseeprsr whiseepsrr
whiseepsrr whiseerprs whiseerpsr whiseerrps whiseerrsp whiseersrp whiseerspr whiseesprr whiseesprr whiseesrpr whiseesrrp
whiseesrrp whiseesrpr whiserreps whiserresp whiserrpes whiserrpse whiserrspe whiserrsep whisererps whiserersp whisereprs
whiserepsr whiserespr whiseresrp whiserpers whiserpesr whiserpres whiserprse whiserpsre whiserpser whisersepr whiserserp
whisersper whiserspre whisersrpe whisersrep whisesrerp whisesrepr whisesrrep whisesrrpe whisesrpre whisesrper whiseserrp
whiseserpr whiseserrp whiseserpr whiseseprr whiseseprr whisesrerp whisesrepr whisesrrep whisesrrpe whisesrpre whisesrper
whisesperr whisesperr whisesprer whisesprre whisesprre whisesprer whisrepers whisrepesr whisrepres whisreprse whisrepsre
whisrepser whisreeprs whisreepsr whisreerps whisreersp whisreesrp whisreespr whisrereps whisreresp whisrerpes whisrerpse
whisrerspe whisrersep whisreserp whisresepr whisresrep whisresrpe whisrespre whisresper whisrpeers whisrpeesr whisrperes
whisrperse whisrpesre whisrpeser whisrpeers whisrpeesr whisrperes whisrperse whisrpesre whisrpeser whisrprees whisrprese
whisrprees whisrprese whisrprsee whisrprsee whisrpsere whisrpseer whisrpsree whisrpsree whisrpsere whisrpseer whisrepers
whisrepesr whisrepres whisreprse whisrepsre whisrepser whisreeprs whisreepsr whisreerps whisreersp whisreesrp whisreespr
whisrereps whisreresp whisrerpes whisrerpse whisrerspe whisrersep whisreserp whisresepr whisresrep whisresrpe whisrespre
whisresper whisrrpees whisrrpese whisrrpees whisrrpese whisrrpsee whisrrpsee whisrrepes whisrrepse whisrreeps whisrreesp
whisrresep whisrrespe whisrreeps whisrreesp whisrrepes whisrrepse whisrrespe whisrresep whisrrseep whisrrsepe whisrrseep
whisrrsepe whisrrspee whisrrspee whisrspere whisrspeer whisrspree whisrspree whisrspere whisrspeer whisrsepre whisrseper
whisrserpe whisrserep whisrseerp whisrseepr whisrsrepe whisrsreep whisrsrpee whisrsrpee whisrsrepe whisrsreep whisrseerp
whisrseepr whisrserep whisrserpe whisrsepre whisrseper whiseerprs whiseerpsr whiseerrps whiseerrsp whiseersrp whiseerspr
whiseeprrs whiseeprsr whiseeprrs whiseeprsr whiseepsrr whiseepsrr whiseerprs whiseerpsr whiseerrps whiseerrsp whiseersrp
whiseerspr whiseesprr whiseesprr whiseesrpr whiseesrrp whiseesrrp whiseesrpr whisereprs whiserepsr whisererps whiserersp
whiseresrp whiserespr whiserpers whiserpesr whiserpres whiserprse whiserpsre whiserpser whiserrpes whiserrpse whiserreps
whiserresp whiserrsep whiserrspe whiserspre whisersper whisersrpe whisersrep whiserserp whisersepr whiseprers whisepresr
whiseprres whiseprrse whiseprsre whiseprser whiseperrs whisepersr whiseperrs whisepersr whisepesrr whisepesrr whiseprers
whisepresr whiseprres whiseprrse whiseprsre whiseprser whisepserr whisepserr whisepsrer whisepsrre whisepsrre whisepsrer
whiserrpes whiserrpse whiserreps whiserresp whiserrsep whiserrspe whiserpres whiserprse whiserpers whiserpesr whiserpser
whiserpsre whisereprs whiserepsr whisererps whiserersp whiseresrp whiserespr whisersper whiserspre whisersepr whiserserp
whisersrep whisersrpe whisesrpre whisesrper whisesrrpe whisesrrep whisesrerp whisesrepr whisesprre whisesprer whisesprre
whisesprer whisesperr whisesperr whisesrpre whisesrper whisesrrpe whisesrrep whisesrerp whisesrepr whiseseprr whiseseprr
whiseserpr whiseserrp whiseserrp whiseserpr whisrereps whisreresp whisrerpes whisrerpse whisrerspe whisrersep whisreerps
whisreersp whisreeprs whisreepsr whisreespr whisreesrp whisrepers whisrepesr whisrepres whisreprse whisrepsre whisrepser
whisresepr whisreserp whisresper whisrespre whisresrpe whisresrep whisrreeps whisrreesp whisrrepes whisrrepse whisrrespe
whisrresep whisrreeps whisrreesp whisrrepes whisrrepse whisrrespe whisrresep whisrrpees whisrrpese whisrrpees whisrrpese
whisrrpsee whisrrpsee whisrrsepe whisrrseep whisrrspee whisrrspee whisrrsepe whisrrseep whisrereps whisreresp whisrerpes
whisrerpse whisrerspe whisrersep whisreerps whisreersp whisreeprs whisreepsr whisreespr whisreesrp whisrepers whisrepesr
whisrepres whisreprse whisrepsre whisrepser whisresepr whisreserp whisresper whisrespre whisresrpe whisresrep whisrprees
whisrprese whisrprees whisrprese whisrprsee whisrprsee whisrperes whisrperse whisrpeers whisrpeesr whisrpeser whisrpesre
whisrpeers whisrpeesr whisrperes whisrperse whisrpesre whisrpeser whisrpseer whisrpsere whisrpseer whisrpsere whisrpsree
whisrpsree whisrsrepe whisrsreep whisrsrpee whisrsrpee whisrsrepe whisrsreep whisrserpe whisrserep whisrsepre whisrseper
whisrseepr whisrseerp whisrspere whisrspeer whisrspree whisrspree whisrspere whisrspeer whisrseepr whisrseerp whisrseper
whisrsepre whisrserpe whisrserep whissererp whisserepr whisserrep whisserrpe whisserpre whisserper whisseerrp whisseerpr
whisseerrp whisseerpr whisseeprr whisseeprr whissererp whisserepr whisserrep whisserrpe whisserpre whisserper whisseperr
whisseperr whisseprer whisseprre whisseprre whisseprer whissreerp whissreepr whissrerep whissrerpe whissrepre whissreper
whissreerp whissreepr whissrerep whissrerpe whissrepre whissreper whissrreep whissrrepe whissrreep whissrrepe whissrrpee
whissrrpee whissrpere whissrpeer whissrpree whissrpree whissrpere whissrpeer whissererp whisserepr whisserrep whisserrpe
whisserpre whisserper whisseerrp whisseerpr whisseerrp whisseerpr whisseeprr whisseeprr whissererp whisserepr whisserrep
whisserrpe whisserpre whisserper whisseperr whisseperr whisseprer whisseprre whisseprre whisseprer whissrreep whissrrepe
whissrreep whissrrepe whissrrpee whissrrpee whissrerep whissrerpe whissreerp whissreepr whissreper whissrepre whissreerp
whissreepr whissrerep whissrerpe whissrepre whissreper whissrpeer whissrpere whissrpeer whissrpere whissrpree whissrpree
whissprere whisspreer whissprree whissprree whissprere whisspreer whissperre whissperer whissperre whissperer whisspeerr
whisspeerr whissprere whisspreer whissprree whissprree whissprere whisspreer whisspeerr whisspeerr whissperer whissperre
whissperre whissperer

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History of cryptography
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