easy ciphers

Easy Ciphers Tools:
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regorging

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hexatriose

setonii

metze

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retallick


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: istique
cipher variations:
jtujrvf kuvkswg lvwltxh mwxmuyi nxynvzj
oyzowak pzapxbl qabqycm rbcrzdn scdsaeo
tdetbfp uefucgq vfgvdhr wghweis xhixfjt
yijygku zjkzhlv aklaimw blmbjnx cmnckoy
dnodlpz eopemqa fpqfnrb gqrgosc hrshptd

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: istique
Cipher: rhgrjfv

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: istique
Cipher: ABAAA BAAAB BAABA ABAAA ABBBB BAABB 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: istique
cipher variations:
jtujrvfzdgzxjnpnspdxvfxefjldvhqvpzllrclvntrlarhpjhvmhndr
xfyxtrznpknzfhdzwdftptjitlhxkuvkswgaehaykoqotqeywgyfgkme
wirwqammsdmwousmbsiqkiwnioesygzyusaoqloagieaxeguqukjumiy
lvwltxhbfibzlprpurfzxhzghlnfxjsxrbnntenxpvtnctjrljxojpft
zhazvtbprmpbhjfbyfhvrvlkvnjzmwxmuyicgjcamqsqvsgayiahimog
yktyscooufoyqwuoduksmkypkqguaibawucqsnqcikgczgiwswmlwoka
nxynvzjdhkdbnrtrwthbzjbijnphzluztdppvgpzrxvpevltnlzqlrhv
bjcbxvdrtordjlhdahjxtxnmxplboyzowakeilecosusxuicakcjkoqi
amvaueqqwhqasywqfwmuomarmsiwckdcywesupsekmiebikyuyonyqmc
pzapxblfjmfdptvtyvjdbldklprjbnwbvfrrxirbtzxrgxnvpnbsntjx
dledzxftvqtflnjfcjlzvzpozrndqabqycmgkngequwuzwkecmelmqsk
coxcwgssyjscuayshyowqoctoukyemfeayguwrugmokgdkmawaqpasoe
rbcrzdnhlohfrvxvaxlfdnfmnrtldpydxhttzktdvbztizpxrpdupvlz
fngfbzhvxsvhnplhelnbxbrqbtpfscdsaeoimpigswywbymgeognosum
eqzeyiuualuewcaujaqysqevqwmagohgcaiwytwioqmifmocycsrcuqg
tdetbfpjnqjhtxzxcznhfphoptvnfrafzjvvbmvfxdbvkbrztrfwrxnb
hpihdbjxzuxjprnjgnpdzdtsdvrhuefucgqkorkiuyaydaoigqipquwo
gsbgakwwcnwgyecwlcsausgxsyociqjieckyavykqsokhoqeaeutewsi
vfgvdhrlpsljvzbzebpjhrjqrvxphtchblxxdoxhzfdxmdtbvthytzpd
jrkjfdlzbwzlrtpliprfbfvufxtjwghweismqtmkwacafcqkiskrswyq
iudicmyyepyiageyneucwuizuaqekslkgemacxamsuqmjqsgcgwvgyuk
xhixfjtnrunlxbdbgdrljtlstxzrjvejdnzzfqzjbhfzofvdxvjavbrf
ltmlhfnbdybntvrnkrthdhxwhzvlyijygkuosvomycechesmkumtuyas
kwfkeoaagrakcigapgweywkbwcsgmunmigocezcouwsolsuieiyxiawm
zjkzhlvptwpnzdfdiftnlvnuvzbtlxglfpbbhsbldjhbqhxfzxlcxdth
nvonjhpdfadpvxtpmtvjfjzyjbxnaklaimwquxqoaegejguomwovwacu
myhmgqccitcmekicriygaymdyeuiowpokiqegbeqwyuqnuwkgkazkcyo
blmbjnxrvyrpbfhfkhvpnxpwxbdvnzinhrddjudnfljdsjzhbznezfvj
pxqpljrfhcfrxzvrovxlhlbaldzpcmnckoyswzsqcgigliwqoyqxycew
oajoiseekveogmketkaicaofagwkqyrqmksgidgsyawspwymimcbmeaq
dnodlpztxatrdhjhmjxrpzryzdfxpbkpjtfflwfphnlfulbjdbpgbhxl
rzsrnlthjehtzbxtqxznjndcnfbreopemqauybuseikinkysqaszaegy
qclqkuggmxgqiomgvmckecqhciymsatsomuikfiuacyuryaokoedogcs
fpqfnrbvzcvtfjljolztrbtabfhzrdmrlvhhnyhrjpnhwndlfdridjzn
tbutpnvjlgjvbdzvszbplpfephdtgqrgoscwadwugkmkpmauscubcgia
sensmwiioziskqoixoemgesjekaoucvuqowkmhkwceawtacqmqgfqieu
hrshptdxbexvhlnlqnbvtdvcdhjbtfotnxjjpajtlrpjypfnhftkflbp
vdwvrpxlnilxdfbxubdrnrhgrjfvistiqueycfywimomrocwuewdeikc
ugpuoykkqbkumsqkzqgoigulgmcqwexwsqymojmyegcyvcesosihskgw

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: istique
Cipher: vfgvdhr

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: istique
Cipher: 42344442145451

Extended Methods:
Method #1

Plaintext: istique
method variations:
oxyovzktcdtaepyhiyfkudnodlpz

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
i s t i q u e 
4 3 4 4 1 5 5 
2 4 4 2 4 4 1 
They are then read out in rows:
43441552442441
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: istique
Cipher: otvktrd

Read more ...
Method #3

Plaintext: istique
method variations:
mttbyyq ttbyyqm tbyyqmt
byyqmtt yyqmttb yqmttby
qmttbyy

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: istique

all 5040 cipher variations:
istique istiqeu istiuqe istiueq istieuq istiequ istqiue istqieu istquie istquei istqeui
istqeiu istuqie istuqei istuiqe istuieq istueiq istueqi istequi isteqiu isteuqi isteuiq
isteiuq isteiqu isitque isitqeu isituqe isitueq isiteuq isitequ isiqtue isiqteu isiqute
isiquet isiqeut isiqetu isiuqte isiuqet isiutqe isiuteq isiuetq isiueqt isiequt isieqtu
isieuqt isieutq isietuq isietqu isqitue isqiteu isqiute isqiuet isqieut isqietu isqtiue
isqtieu isqtuie isqtuei isqteui isqteiu isqutie isqutei isquite isquiet isqueit isqueti
isqetui isqetiu isqeuti isqeuit isqeiut isqeitu isuiqte isuiqet isuitqe isuiteq isuietq
isuieqt isuqite isuqiet isuqtie isuqtei isuqeti isuqeit isutqie isutqei isutiqe isutieq
isuteiq isuteqi isueqti isueqit isuetqi isuetiq isueitq isueiqt iseiqut iseiqtu iseiuqt
iseiutq iseituq iseitqu iseqiut iseqitu isequit isequti iseqtui iseqtiu iseuqit iseuqti
iseuiqt iseuitq iseutiq iseutqi isetqui isetqiu isetuqi isetuiq isetiuq isetiqu itsique
itsiqeu itsiuqe itsiueq itsieuq itsiequ itsqiue itsqieu itsquie itsquei itsqeui itsqeiu
itsuqie itsuqei itsuiqe itsuieq itsueiq itsueqi itsequi itseqiu itseuqi itseuiq itseiuq
itseiqu itisque itisqeu itisuqe itisueq itiseuq itisequ itiqsue itiqseu itiquse itiques
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sqeuiit sqeuiti sqeuiit sqeuiti sqeutii sqeutii sqetiui sqetiiu sqetuii sqetuii sqetiui
sqetiiu sutiqie sutiqei sutiiqe sutiieq sutieiq sutieqi sutqiie sutqiei sutqiie sutqiei
sutqeii sutqeii sutiqie sutiqei sutiiqe sutiieq sutieiq sutieqi suteqii suteqii suteiqi
suteiiq suteiiq suteiqi suitqie suitqei suitiqe suitieq suiteiq suiteqi suiqtie suiqtei
suiqite suiqiet suiqeit suiqeti suiiqte suiiqet suiitqe suiiteq suiietq suiieqt suieqit
suieqti suieiqt suieitq suietiq suietqi suqitie suqitei suqiite suqiiet suqieit suqieti
suqtiie suqtiei suqtiie suqtiei suqteii suqteii suqitie suqitei suqiite suqiiet suqieit
suqieti suqetii suqetii suqeiti suqeiit suqeiit suqeiti suiiqte suiiqet suiitqe suiiteq
suiietq suiieqt suiqite suiqiet suiqtie suiqtei suiqeti suiqeit suitqie suitqei suitiqe
suitieq suiteiq suiteqi suieqti suieqit suietqi suietiq suieitq suieiqt sueiqit sueiqti
sueiiqt sueiitq sueitiq sueitqi sueqiit sueqiti sueqiit sueqiti sueqtii sueqtii sueiqit
sueiqti sueiiqt sueiitq sueitiq sueitqi suetqii suetqii suetiqi suetiiq suetiiq suetiqi
setiqui setiqiu setiuqi setiuiq setiiuq setiiqu setqiui setqiiu setquii setquii setqiui
setqiiu setuqii setuqii setuiqi setuiiq setuiiq setuiqi setiqui setiqiu setiuqi setiuiq
setiiuq setiiqu seitqui seitqiu seituqi seituiq seitiuq seitiqu seiqtui seiqtiu seiquti
seiquit seiqiut seiqitu seiuqti seiuqit seiutqi seiutiq seiuitq seiuiqt seiiqut seiiqtu
seiiuqt seiiutq seiituq seiitqu seqitui seqitiu seqiuti seqiuit seqiiut seqiitu seqtiui
seqtiiu seqtuii seqtuii seqtiui seqtiiu sequtii sequtii sequiti sequiit sequiit sequiti
seqitui seqitiu seqiuti seqiuit seqiiut seqiitu seuiqti seuiqit seuitqi seuitiq seuiitq
seuiiqt seuqiti seuqiit seuqtii seuqtii seuqiti seuqiit seutqii seutqii seutiqi seutiiq
seutiiq seutiqi seuiqti seuiqit seuitqi seuitiq seuiitq seuiiqt seiiqut seiiqtu seiiuqt
seiiutq seiituq seiitqu seiqiut seiqitu seiquit seiquti seiqtui seiqtiu seiuqit seiuqti
seiuiqt seiuitq seiutiq seiutqi seitqui seitqiu seituqi seituiq seitiuq seitiqu tsiique
tsiiqeu tsiiuqe tsiiueq tsiieuq tsiiequ tsiqiue tsiqieu tsiquie tsiquei tsiqeui tsiqeiu
tsiuqie tsiuqei tsiuiqe tsiuieq tsiueiq tsiueqi tsiequi tsieqiu tsieuqi tsieuiq tsieiuq
tsieiqu tsiique tsiiqeu tsiiuqe tsiiueq tsiieuq tsiiequ tsiqiue tsiqieu tsiquie tsiquei
tsiqeui tsiqeiu tsiuqie tsiuqei tsiuiqe tsiuieq tsiueiq tsiueqi tsiequi tsieqiu tsieuqi
tsieuiq tsieiuq tsieiqu tsqiiue tsqiieu tsqiuie tsqiuei tsqieui tsqieiu tsqiiue tsqiieu
tsqiuie tsqiuei tsqieui tsqieiu tsquiie tsquiei tsquiie tsquiei tsqueii tsqueii tsqeiui
tsqeiiu tsqeuii tsqeuii tsqeiui tsqeiiu tsuiqie tsuiqei tsuiiqe tsuiieq tsuieiq tsuieqi
tsuqiie tsuqiei tsuqiie tsuqiei tsuqeii tsuqeii tsuiqie tsuiqei tsuiiqe tsuiieq tsuieiq
tsuieqi tsueqii tsueqii tsueiqi tsueiiq tsueiiq tsueiqi tseiqui tseiqiu tseiuqi tseiuiq
tseiiuq tseiiqu tseqiui tseqiiu tsequii tsequii tseqiui tseqiiu tseuqii tseuqii tseuiqi
tseuiiq tseuiiq tseuiqi tseiqui tseiqiu tseiuqi tseiuiq tseiiuq tseiiqu tisique tisiqeu
tisiuqe tisiueq tisieuq tisiequ tisqiue tisqieu tisquie tisquei tisqeui tisqeiu tisuqie
tisuqei tisuiqe tisuieq tisueiq tisueqi tisequi tiseqiu tiseuqi tiseuiq tiseiuq tiseiqu
tiisque tiisqeu tiisuqe tiisueq tiiseuq tiisequ tiiqsue tiiqseu tiiquse tiiques tiiqeus
tiiqesu tiiuqse tiiuqes tiiusqe tiiuseq tiiuesq tiiueqs tiiequs tiieqsu tiieuqs tiieusq
tiiesuq tiiesqu tiqisue tiqiseu tiqiuse tiqiues tiqieus tiqiesu tiqsiue tiqsieu tiqsuie
tiqsuei tiqseui tiqseiu tiqusie tiqusei tiquise tiquies tiqueis tiquesi tiqesui tiqesiu
tiqeusi tiqeuis tiqeius tiqeisu tiuiqse tiuiqes tiuisqe tiuiseq tiuiesq tiuieqs tiuqise
tiuqies tiuqsie tiuqsei tiuqesi tiuqeis tiusqie tiusqei tiusiqe tiusieq tiuseiq tiuseqi
tiueqsi tiueqis tiuesqi tiuesiq tiueisq tiueiqs tieiqus tieiqsu tieiuqs tieiusq tieisuq
tieisqu tieqius tieqisu tiequis tiequsi tieqsui tieqsiu tieuqis tieuqsi tieuiqs tieuisq
tieusiq tieusqi tiesqui tiesqiu tiesuqi tiesuiq tiesiuq tiesiqu tiisque tiisqeu tiisuqe
tiisueq tiiseuq tiisequ tiiqsue tiiqseu tiiquse tiiques tiiqeus tiiqesu tiiuqse tiiuqes
tiiusqe tiiuseq tiiuesq tiiueqs tiiequs tiieqsu tiieuqs tiieusq tiiesuq tiiesqu tisique
tisiqeu tisiuqe tisiueq tisieuq tisiequ tisqiue tisqieu tisquie tisquei tisqeui tisqeiu
tisuqie tisuqei tisuiqe tisuieq tisueiq tisueqi tisequi tiseqiu tiseuqi tiseuiq tiseiuq
tiseiqu tiqsiue tiqsieu tiqsuie tiqsuei tiqseui tiqseiu tiqisue tiqiseu tiqiuse tiqiues
tiqieus tiqiesu tiquise tiquies tiqusie tiqusei tiquesi tiqueis tiqeius tiqeisu tiqeuis
tiqeusi tiqesui tiqesiu tiusqie tiusqei tiusiqe tiusieq tiuseiq tiuseqi tiuqsie tiuqsei
tiuqise tiuqies tiuqeis tiuqesi tiuiqse tiuiqes tiuisqe tiuiseq tiuiesq tiuieqs tiueqis
tiueqsi tiueiqs tiueisq tiuesiq tiuesqi tiesqui tiesqiu tiesuqi tiesuiq tiesiuq tiesiqu
tieqsui tieqsiu tiequsi tiequis tieqius tieqisu tieuqsi tieuqis tieusqi tieusiq tieuisq
tieuiqs tieiqus tieiqsu tieiuqs tieiusq tieisuq tieisqu tqiisue tqiiseu tqiiuse tqiiues
tqiieus tqiiesu tqisiue tqisieu tqisuie tqisuei tqiseui tqiseiu tqiusie tqiusei tqiuise
tqiuies tqiueis tqiuesi tqiesui tqiesiu tqieusi tqieuis tqieius tqieisu tqiisue tqiiseu
tqiiuse tqiiues tqiieus tqiiesu tqisiue tqisieu tqisuie tqisuei tqiseui tqiseiu tqiusie
tqiusei tqiuise tqiuies tqiueis tqiuesi tqiesui tqiesiu tqieusi tqieuis tqieius tqieisu
tqsiiue tqsiieu tqsiuie tqsiuei tqsieui tqsieiu tqsiiue tqsiieu tqsiuie tqsiuei tqsieui
tqsieiu tqsuiie tqsuiei tqsuiie tqsuiei tqsueii tqsueii tqseiui tqseiiu tqseuii tqseuii
tqseiui tqseiiu tquisie tquisei tquiise tquiies tquieis tquiesi tqusiie tqusiei tqusiie
tqusiei tquseii tquseii tquisie tquisei tquiise tquiies tquieis tquiesi tquesii tquesii
tqueisi tqueiis tqueiis tqueisi tqeisui tqeisiu tqeiusi tqeiuis tqeiius tqeiisu tqesiui
tqesiiu tqesuii tqesuii tqesiui tqesiiu tqeusii tqeusii tqeuisi tqeuiis tqeuiis tqeuisi
tqeisui tqeisiu tqeiusi tqeiuis tqeiius tqeiisu tuiiqse tuiiqes tuiisqe tuiiseq tuiiesq
tuiieqs tuiqise tuiqies tuiqsie tuiqsei tuiqesi tuiqeis tuisqie tuisqei tuisiqe tuisieq
tuiseiq tuiseqi tuieqsi tuieqis tuiesqi tuiesiq tuieisq tuieiqs tuiiqse tuiiqes tuiisqe
tuiiseq tuiiesq tuiieqs tuiqise tuiqies tuiqsie tuiqsei tuiqesi tuiqeis tuisqie tuisqei
tuisiqe tuisieq tuiseiq tuiseqi tuieqsi tuieqis tuiesqi tuiesiq tuieisq tuieiqs tuqiise
tuqiies tuqisie tuqisei tuqiesi tuqieis tuqiise tuqiies tuqisie tuqisei tuqiesi tuqieis
tuqsiie tuqsiei tuqsiie tuqsiei tuqseii tuqseii tuqeisi tuqeiis tuqesii tuqesii tuqeisi
tuqeiis tusiqie tusiqei tusiiqe tusiieq tusieiq tusieqi tusqiie tusqiei tusqiie tusqiei
tusqeii tusqeii tusiqie tusiqei tusiiqe tusiieq tusieiq tusieqi tuseqii tuseqii tuseiqi
tuseiiq tuseiiq tuseiqi tueiqsi tueiqis tueisqi tueisiq tueiisq tueiiqs tueqisi tueqiis
tueqsii tueqsii tueqisi tueqiis tuesqii tuesqii tuesiqi tuesiiq tuesiiq tuesiqi tueiqsi
tueiqis tueisqi tueisiq tueiisq tueiiqs teiiqus teiiqsu teiiuqs teiiusq teiisuq teiisqu
teiqius teiqisu teiquis teiqusi teiqsui teiqsiu teiuqis teiuqsi teiuiqs teiuisq teiusiq
teiusqi teisqui teisqiu teisuqi teisuiq teisiuq teisiqu teiiqus teiiqsu teiiuqs teiiusq
teiisuq teiisqu teiqius teiqisu teiquis teiqusi teiqsui teiqsiu teiuqis teiuqsi teiuiqs
teiuisq teiusiq teiusqi teisqui teisqiu teisuqi teisuiq teisiuq teisiqu teqiius teqiisu
teqiuis teqiusi teqisui teqisiu teqiius teqiisu teqiuis teqiusi teqisui teqisiu tequiis
tequisi tequiis tequisi tequsii tequsii teqsiui teqsiiu teqsuii teqsuii teqsiui teqsiiu
teuiqis teuiqsi teuiiqs teuiisq teuisiq teuisqi teuqiis teuqisi teuqiis teuqisi teuqsii
teuqsii teuiqis teuiqsi teuiiqs teuiisq teuisiq teuisqi teusqii teusqii teusiqi teusiiq
teusiiq teusiqi tesiqui tesiqiu tesiuqi tesiuiq tesiiuq tesiiqu tesqiui tesqiiu tesquii
tesquii tesqiui tesqiiu tesuqii tesuqii tesuiqi tesuiiq tesuiiq tesuiqi tesiqui tesiqiu
tesiuqi tesiuiq tesiiuq tesiiqu istique istiqeu istiuqe istiueq istieuq istiequ istqiue
istqieu istquie istquei istqeui istqeiu istuqie istuqei istuiqe istuieq istueiq istueqi
istequi isteqiu isteuqi isteuiq isteiuq isteiqu isitque isitqeu isituqe isitueq isiteuq
isitequ isiqtue isiqteu isiqute isiquet isiqeut isiqetu isiuqte isiuqet isiutqe isiuteq
isiuetq isiueqt isiequt isieqtu isieuqt isieutq isietuq isietqu isqitue isqiteu isqiute
isqiuet isqieut isqietu isqtiue isqtieu isqtuie isqtuei isqteui isqteiu isqutie isqutei
isquite isquiet isqueit isqueti isqetui isqetiu isqeuti isqeuit isqeiut isqeitu isuiqte
isuiqet isuitqe isuiteq isuietq isuieqt isuqite isuqiet isuqtie isuqtei isuqeti isuqeit
isutqie isutqei isutiqe isutieq isuteiq isuteqi isueqti isueqit isuetqi isuetiq isueitq
isueiqt iseiqut iseiqtu iseiuqt iseiutq iseituq iseitqu iseqiut iseqitu isequit isequti
iseqtui iseqtiu iseuqit iseuqti iseuiqt iseuitq iseutiq iseutqi isetqui isetqiu isetuqi
isetuiq isetiuq isetiqu itsique itsiqeu itsiuqe itsiueq itsieuq itsiequ itsqiue itsqieu
itsquie itsquei itsqeui itsqeiu itsuqie itsuqei itsuiqe itsuieq itsueiq itsueqi itsequi
itseqiu itseuqi itseuiq itseiuq itseiqu itisque itisqeu itisuqe itisueq itiseuq itisequ
itiqsue itiqseu itiquse itiques itiqeus itiqesu itiuqse itiuqes itiusqe itiuseq itiuesq
itiueqs itiequs itieqsu itieuqs itieusq itiesuq itiesqu itqisue itqiseu itqiuse itqiues
itqieus itqiesu itqsiue itqsieu itqsuie itqsuei itqseui itqseiu itqusie itqusei itquise
itquies itqueis itquesi itqesui itqesiu itqeusi itqeuis itqeius itqeisu ituiqse ituiqes
ituisqe ituiseq ituiesq ituieqs ituqise ituqies ituqsie ituqsei ituqesi ituqeis itusqie
itusqei itusiqe itusieq ituseiq ituseqi itueqsi itueqis ituesqi ituesiq itueisq itueiqs
iteiqus iteiqsu iteiuqs iteiusq iteisuq iteisqu iteqius iteqisu itequis itequsi iteqsui
iteqsiu iteuqis iteuqsi iteuiqs iteuisq iteusiq iteusqi itesqui itesqiu itesuqi itesuiq
itesiuq itesiqu iitsque iitsqeu iitsuqe iitsueq iitseuq iitsequ iitqsue iitqseu iitquse
iitques iitqeus iitqesu iituqse iituqes iitusqe iituseq iituesq iitueqs iitequs iiteqsu
iiteuqs iiteusq iitesuq iitesqu iistque iistqeu iistuqe iistueq iisteuq iistequ iisqtue
iisqteu iisqute iisquet iisqeut iisqetu iisuqte iisuqet iisutqe iisuteq iisuetq iisueqt
iisequt iiseqtu iiseuqt iiseutq iisetuq iisetqu iiqstue iiqsteu iiqsute iiqsuet iiqseut
iiqsetu iiqtsue iiqtseu iiqtuse iiqtues iiqteus iiqtesu iiqutse iiqutes iiquste iiquset
iiquest iiquets iiqetus iiqetsu iiqeuts iiqeust iiqesut iiqestu iiusqte iiusqet iiustqe
iiusteq iiusetq iiuseqt iiuqste iiuqset iiuqtse iiuqtes iiuqets iiuqest iiutqse iiutqes
iiutsqe iiutseq iiutesq iiuteqs iiueqts iiueqst iiuetqs iiuetsq iiuestq iiuesqt iiesqut
iiesqtu iiesuqt iiesutq iiestuq iiestqu iieqsut iieqstu iiequst iiequts iieqtus iieqtsu
iieuqst iieuqts iieusqt iieustq iieutsq iieutqs iietqus iietqsu iietuqs iietusq iietsuq
iietsqu iqtisue iqtiseu iqtiuse iqtiues iqtieus iqtiesu iqtsiue iqtsieu iqtsuie iqtsuei
iqtseui iqtseiu iqtusie iqtusei iqtuise iqtuies iqtueis iqtuesi iqtesui iqtesiu iqteusi
iqteuis iqteius iqteisu iqitsue iqitseu iqituse iqitues iqiteus iqitesu iqistue iqisteu
iqisute iqisuet iqiseut iqisetu iqiuste iqiuset iqiutse iqiutes iqiuets iqiuest iqiesut
iqiestu iqieust iqieuts iqietus iqietsu iqsitue iqsiteu iqsiute iqsiuet iqsieut iqsietu
iqstiue iqstieu iqstuie iqstuei iqsteui iqsteiu iqsutie iqsutei iqsuite iqsuiet iqsueit
iqsueti iqsetui iqsetiu iqseuti iqseuit iqseiut iqseitu iquiste iquiset iquitse iquites
iquiets iquiest iqusite iqusiet iqustie iqustei iquseti iquseit iqutsie iqutsei iqutise
iquties iquteis iqutesi iquesti iquesit iquetsi iquetis iqueits iqueist iqeisut iqeistu
iqeiust iqeiuts iqeitus iqeitsu iqesiut iqesitu iqesuit iqesuti iqestui iqestiu iqeusit
iqeusti iqeuist iqeuits iqeutis iqeutsi iqetsui iqetsiu iqetusi iqetuis iqetius iqetisu
iutiqse iutiqes iutisqe iutiseq iutiesq iutieqs iutqise iutqies iutqsie iutqsei iutqesi
iutqeis iutsqie iutsqei iutsiqe iutsieq iutseiq iutseqi iuteqsi iuteqis iutesqi iutesiq
iuteisq iuteiqs iuitqse iuitqes iuitsqe iuitseq iuitesq iuiteqs iuiqtse iuiqtes iuiqste
iuiqset iuiqest iuiqets iuisqte iuisqet iuistqe iuisteq iuisetq iuiseqt iuieqst iuieqts
iuiesqt iuiestq iuietsq iuietqs iuqitse iuqites iuqiste iuqiset iuqiest iuqiets iuqtise
iuqties iuqtsie iuqtsei iuqtesi iuqteis iuqstie iuqstei iuqsite iuqsiet iuqseit iuqseti
iuqetsi iuqetis iuqesti iuqesit iuqeist iuqeits iusiqte iusiqet iusitqe iusiteq iusietq
iusieqt iusqite iusqiet iusqtie iusqtei iusqeti iusqeit iustqie iustqei iustiqe iustieq
iusteiq iusteqi iuseqti iuseqit iusetqi iusetiq iuseitq iuseiqt iueiqst iueiqts iueisqt
iueistq iueitsq iueitqs iueqist iueqits iueqsit iueqsti iueqtsi iueqtis iuesqit iuesqti
iuesiqt iuesitq iuestiq iuestqi iuetqsi iuetqis iuetsqi iuetsiq iuetisq iuetiqs ietiqus
ietiqsu ietiuqs ietiusq ietisuq ietisqu ietqius ietqisu ietquis ietqusi ietqsui ietqsiu
ietuqis ietuqsi ietuiqs ietuisq ietusiq ietusqi ietsqui ietsqiu ietsuqi ietsuiq ietsiuq
ietsiqu ieitqus ieitqsu ieituqs ieitusq ieitsuq ieitsqu ieiqtus ieiqtsu ieiquts ieiqust
ieiqsut ieiqstu ieiuqts ieiuqst ieiutqs ieiutsq ieiustq ieiusqt ieisqut ieisqtu ieisuqt
ieisutq ieistuq ieistqu ieqitus ieqitsu ieqiuts ieqiust ieqisut ieqistu ieqtius ieqtisu
ieqtuis ieqtusi ieqtsui ieqtsiu iequtis iequtsi iequits iequist iequsit iequsti ieqstui
ieqstiu ieqsuti ieqsuit ieqsiut ieqsitu ieuiqts ieuiqst ieuitqs ieuitsq ieuistq ieuisqt
ieuqits ieuqist ieuqtis ieuqtsi ieuqsti ieuqsit ieutqis ieutqsi ieutiqs ieutisq ieutsiq
ieutsqi ieusqti ieusqit ieustqi ieustiq ieusitq ieusiqt iesiqut iesiqtu iesiuqt iesiutq
iesituq iesitqu iesqiut iesqitu iesquit iesquti iesqtui iesqtiu iesuqit iesuqti iesuiqt
iesuitq iesutiq iesutqi iestqui iestqiu iestuqi iestuiq iestiuq iestiqu qstiiue qstiieu
qstiuie qstiuei qstieui qstieiu qstiiue qstiieu qstiuie qstiuei qstieui qstieiu qstuiie
qstuiei qstuiie qstuiei qstueii qstueii qsteiui qsteiiu qsteuii qsteuii qsteiui qsteiiu
qsitiue qsitieu qsituie qsituei qsiteui qsiteiu qsiitue qsiiteu qsiiute qsiiuet qsiieut
qsiietu qsiuite qsiuiet qsiutie qsiutei qsiueti qsiueit qsieiut qsieitu qsieuit qsieuti
qsietui qsietiu qsiitue qsiiteu qsiiute qsiiuet qsiieut qsiietu qsitiue qsitieu qsituie
qsituei qsiteui qsiteiu qsiutie qsiutei qsiuite qsiuiet qsiueit qsiueti qsietui qsietiu
qsieuti qsieuit qsieiut qsieitu qsuiite qsuiiet qsuitie qsuitei qsuieti qsuieit qsuiite
qsuiiet qsuitie qsuitei qsuieti qsuieit qsutiie qsutiei qsutiie qsutiei qsuteii qsuteii
qsueiti qsueiit qsuetii qsuetii qsueiti qsueiit qseiiut qseiitu qseiuit qseiuti qseitui
qseitiu qseiiut qseiitu qseiuit qseiuti qseitui qseitiu qseuiit qseuiti qseuiit qseuiti
qseutii qseutii qsetiui qsetiiu qsetuii qsetuii qsetiui qsetiiu qtsiiue qtsiieu qtsiuie
qtsiuei qtsieui qtsieiu qtsiiue qtsiieu qtsiuie qtsiuei qtsieui qtsieiu qtsuiie qtsuiei
qtsuiie qtsuiei qtsueii qtsueii qtseiui qtseiiu qtseuii qtseuii qtseiui qtseiiu qtisiue
qtisieu qtisuie qtisuei qtiseui qtiseiu qtiisue qtiiseu qtiiuse qtiiues qtiieus qtiiesu
qtiuise qtiuies qtiusie qtiusei qtiuesi qtiueis qtieius qtieisu qtieuis qtieusi qtiesui
qtiesiu qtiisue qtiiseu qtiiuse qtiiues qtiieus qtiiesu qtisiue qtisieu qtisuie qtisuei
qtiseui qtiseiu qtiusie qtiusei qtiuise qtiuies qtiueis qtiuesi qtiesui qtiesiu qtieusi
qtieuis qtieius qtieisu qtuiise qtuiies qtuisie qtuisei qtuiesi qtuieis qtuiise qtuiies
qtuisie qtuisei qtuiesi qtuieis qtusiie qtusiei qtusiie qtusiei qtuseii qtuseii qtueisi
qtueiis qtuesii qtuesii qtueisi qtueiis qteiius qteiisu qteiuis qteiusi qteisui qteisiu
qteiius qteiisu qteiuis qteiusi qteisui qteisiu qteuiis qteuisi qteuiis qteuisi qteusii
qteusii qtesiui qtesiiu qtesuii qtesuii qtesiui qtesiiu qitsiue qitsieu qitsuie qitsuei
qitseui qitseiu qitisue qitiseu qitiuse qitiues qitieus qitiesu qituise qituies qitusie
qitusei qituesi qitueis qiteius qiteisu qiteuis qiteusi qitesui qitesiu qistiue qistieu
qistuie qistuei qisteui qisteiu qisitue qisiteu qisiute qisiuet qisieut qisietu qisuite
qisuiet qisutie qisutei qisueti qisueit qiseiut qiseitu qiseuit qiseuti qisetui qisetiu
qiistue qiisteu qiisute qiisuet qiiseut qiisetu qiitsue qiitseu qiituse qiitues qiiteus
qiitesu qiiutse qiiutes qiiuste qiiuset qiiuest qiiuets qiietus qiietsu qiieuts qiieust
qiiesut qiiestu qiusite qiusiet qiustie qiustei qiuseti qiuseit qiuiste qiuiset qiuitse
qiuites qiuiets qiuiest qiutise qiuties qiutsie qiutsei qiutesi qiuteis qiueits qiueist
qiuetis qiuetsi qiuesti qiuesit qiesiut qiesitu qiesuit qiesuti qiestui qiestiu qieisut
qieistu qieiust qieiuts qieitus qieitsu qieuist qieuits qieusit qieusti qieutsi qieutis
qietius qietisu qietuis qietusi qietsui qietsiu qitisue qitiseu qitiuse qitiues qitieus
qitiesu qitsiue qitsieu qitsuie qitsuei qitseui qitseiu qitusie qitusei qituise qituies
qitueis qituesi qitesui qitesiu qiteusi qiteuis qiteius qiteisu qiitsue qiitseu qiituse
qiitues qiiteus qiitesu qiistue qiisteu qiisute qiisuet qiiseut qiisetu qiiuste qiiuset
qiiutse qiiutes qiiuets qiiuest qiiesut qiiestu qiieust qiieuts qiietus qiietsu qisitue
qisiteu qisiute qisiuet qisieut qisietu qistiue qistieu qistuie qistuei qisteui qisteiu
qisutie qisutei qisuite qisuiet qisueit qisueti qisetui qisetiu qiseuti qiseuit qiseiut
qiseitu qiuiste qiuiset qiuitse qiuites qiuiets qiuiest qiusite qiusiet qiustie qiustei
qiuseti qiuseit qiutsie qiutsei qiutise qiuties qiuteis qiutesi qiuesti qiuesit qiuetsi
qiuetis qiueits qiueist qieisut qieistu qieiust qieiuts qieitus qieitsu qiesiut qiesitu
qiesuit qiesuti qiestui qiestiu qieusit qieusti qieuist qieuits qieutis qieutsi qietsui
qietsiu qietusi qietuis qietius qietisu qutiise qutiies qutisie qutisei qutiesi qutieis
qutiise qutiies qutisie qutisei qutiesi qutieis qutsiie qutsiei qutsiie qutsiei qutseii
qutseii quteisi quteiis qutesii qutesii quteisi quteiis quitise quities quitsie quitsei
quitesi quiteis quiitse quiites quiiste quiiset quiiest quiiets quisite quisiet quistie
quistei quiseti quiseit quieist quieits quiesit quiesti quietsi quietis quiitse quiites
quiiste quiiset quiiest quiiets quitise quities quitsie quitsei quitesi quiteis quistie
quistei quisite quisiet quiseit quiseti quietsi quietis quiesti quiesit quieist quieits
qusiite qusiiet qusitie qusitei qusieti qusieit qusiite qusiiet qusitie qusitei qusieti
qusieit qustiie qustiei qustiie qustiei qusteii qusteii quseiti quseiit qusetii qusetii
quseiti quseiit queiist queiits queisit queisti queitsi queitis queiist queiits queisit
queisti queitsi queitis quesiit quesiti quesiit quesiti questii questii quetisi quetiis
quetsii quetsii quetisi quetiis qetiius qetiisu qetiuis qetiusi qetisui qetisiu qetiius
qetiisu qetiuis qetiusi qetisui qetisiu qetuiis qetuisi qetuiis qetuisi qetusii qetusii
qetsiui qetsiiu qetsuii qetsuii qetsiui qetsiiu qeitius qeitisu qeituis qeitusi qeitsui
qeitsiu qeiitus qeiitsu qeiiuts qeiiust qeiisut qeiistu qeiuits qeiuist qeiutis qeiutsi
qeiusti qeiusit qeisiut qeisitu qeisuit qeisuti qeistui qeistiu qeiitus qeiitsu qeiiuts
qeiiust qeiisut qeiistu qeitius qeitisu qeituis qeitusi qeitsui qeitsiu qeiutis qeiutsi
qeiuits qeiuist qeiusit qeiusti qeistui qeistiu qeisuti qeisuit qeisiut qeisitu qeuiits
qeuiist qeuitis qeuitsi qeuisti qeuisit qeuiits qeuiist qeuitis qeuitsi qeuisti qeuisit
qeutiis qeutisi qeutiis qeutisi qeutsii qeutsii qeusiti qeusiit qeustii qeustii qeusiti
qeusiit qesiiut qesiitu qesiuit qesiuti qesitui qesitiu qesiiut qesiitu qesiuit qesiuti
qesitui qesitiu qesuiit qesuiti qesuiit qesuiti qesutii qesutii qestiui qestiiu qestuii
qestuii qestiui qestiiu ustiqie ustiqei ustiiqe ustiieq ustieiq ustieqi ustqiie ustqiei
ustqiie ustqiei ustqeii ustqeii ustiqie ustiqei ustiiqe ustiieq ustieiq ustieqi usteqii
usteqii usteiqi usteiiq usteiiq usteiqi usitqie usitqei usitiqe usitieq usiteiq usiteqi
usiqtie usiqtei usiqite usiqiet usiqeit usiqeti usiiqte usiiqet usiitqe usiiteq usiietq
usiieqt usieqit usieqti usieiqt usieitq usietiq usietqi usqitie usqitei usqiite usqiiet
usqieit usqieti usqtiie usqtiei usqtiie usqtiei usqteii usqteii usqitie usqitei usqiite
usqiiet usqieit usqieti usqetii usqetii usqeiti usqeiit usqeiit usqeiti usiiqte usiiqet
usiitqe usiiteq usiietq usiieqt usiqite usiqiet usiqtie usiqtei usiqeti usiqeit usitqie
usitqei usitiqe usitieq usiteiq usiteqi usieqti usieqit usietqi usietiq usieitq usieiqt
useiqit useiqti useiiqt useiitq useitiq useitqi useqiit useqiti useqiit useqiti useqtii
useqtii useiqit useiqti useiiqt useiitq useitiq useitqi usetqii usetqii usetiqi usetiiq
usetiiq usetiqi utsiqie utsiqei utsiiqe utsiieq utsieiq utsieqi utsqiie utsqiei utsqiie
utsqiei utsqeii utsqeii utsiqie utsiqei utsiiqe utsiieq utsieiq utsieqi utseqii utseqii
utseiqi utseiiq utseiiq utseiqi utisqie utisqei utisiqe utisieq utiseiq utiseqi utiqsie
utiqsei utiqise utiqies utiqeis utiqesi utiiqse utiiqes utiisqe utiiseq utiiesq utiieqs
utieqis utieqsi utieiqs utieisq utiesiq utiesqi utqisie utqisei utqiise utqiies utqieis
utqiesi utqsiie utqsiei utqsiie utqsiei utqseii utqseii utqisie utqisei utqiise utqiies
utqieis utqiesi utqesii utqesii utqeisi utqeiis utqeiis utqeisi utiiqse utiiqes utiisqe
utiiseq utiiesq utiieqs utiqise utiqies utiqsie utiqsei utiqesi utiqeis utisqie utisqei
utisiqe utisieq utiseiq utiseqi utieqsi utieqis utiesqi utiesiq utieisq utieiqs uteiqis
uteiqsi uteiiqs uteiisq uteisiq uteisqi uteqiis uteqisi uteqiis uteqisi uteqsii uteqsii
uteiqis uteiqsi uteiiqs uteiisq uteisiq uteisqi utesqii utesqii utesiqi utesiiq utesiiq
utesiqi uitsqie uitsqei uitsiqe uitsieq uitseiq uitseqi uitqsie uitqsei uitqise uitqies
uitqeis uitqesi uitiqse uitiqes uitisqe uitiseq uitiesq uitieqs uiteqis uiteqsi uiteiqs
uiteisq uitesiq uitesqi uistqie uistqei uistiqe uistieq uisteiq uisteqi uisqtie uisqtei
uisqite uisqiet uisqeit uisqeti uisiqte uisiqet uisitqe uisiteq uisietq uisieqt uiseqit
uiseqti uiseiqt uiseitq uisetiq uisetqi uiqstie uiqstei uiqsite uiqsiet uiqseit uiqseti
uiqtsie uiqtsei uiqtise uiqties uiqteis uiqtesi uiqitse uiqites uiqiste uiqiset uiqiest
uiqiets uiqetis uiqetsi uiqeits uiqeist uiqesit uiqesti uiisqte uiisqet uiistqe uiisteq
uiisetq uiiseqt uiiqste uiiqset uiiqtse uiiqtes uiiqets uiiqest uiitqse uiitqes uiitsqe
uiitseq uiitesq uiiteqs uiieqts uiieqst uiietqs uiietsq uiiestq uiiesqt uiesqit uiesqti
uiesiqt uiesitq uiestiq uiestqi uieqsit uieqsti uieqist uieqits uieqtis uieqtsi uieiqst
uieiqts uieisqt uieistq uieitsq uieitqs uietqis uietqsi uietiqs uietisq uietsiq uietsqi
uqtisie uqtisei uqtiise uqtiies uqtieis uqtiesi uqtsiie uqtsiei uqtsiie uqtsiei uqtseii
uqtseii uqtisie uqtisei uqtiise uqtiies uqtieis uqtiesi uqtesii uqtesii uqteisi uqteiis
uqteiis uqteisi uqitsie uqitsei uqitise uqities uqiteis uqitesi uqistie uqistei uqisite
uqisiet uqiseit uqiseti uqiiste uqiiset uqiitse uqiites uqiiets uqiiest uqiesit uqiesti
uqieist uqieits uqietis uqietsi uqsitie uqsitei uqsiite uqsiiet uqsieit uqsieti uqstiie
uqstiei uqstiie uqstiei uqsteii uqsteii uqsitie uqsitei uqsiite uqsiiet uqsieit uqsieti
uqsetii uqsetii uqseiti uqseiit uqseiit uqseiti uqiiste uqiiset uqiitse uqiites uqiiets
uqiiest uqisite uqisiet uqistie uqistei uqiseti uqiseit uqitsie uqitsei uqitise uqities
uqiteis uqitesi uqiesti uqiesit uqietsi uqietis uqieits uqieist uqeisit uqeisti uqeiist
uqeiits uqeitis uqeitsi uqesiit uqesiti uqesiit uqesiti uqestii uqestii uqeisit uqeisti
uqeiist uqeiits uqeitis uqeitsi uqetsii uqetsii uqetisi uqetiis uqetiis uqetisi uitiqse
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uiiqest uiiqets uiisqte uiisqet uiistqe uiisteq uiisetq uiiseqt uiieqst uiieqts uiiesqt
uiiestq uiietsq uiietqs uiqitse uiqites uiqiste uiqiset uiqiest uiqiets uiqtise uiqties
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uiqetis uiqesti uiqesit uiqeist uiqeits uisiqte uisiqet uisitqe uisiteq uisietq uisieqt
uisqite uisqiet uisqtie uisqtei uisqeti uisqeit uistqie uistqei uistiqe uistieq uisteiq
uisteqi uiseqti uiseqit uisetqi uisetiq uiseitq uiseiqt uieiqst uieiqts uieisqt uieistq
uieitsq uieitqs uieqist uieqits uieqsit uieqsti uieqtsi uieqtis uiesqit uiesqti uiesiqt
uiesitq uiestiq uiestqi uietqsi uietqis uietsqi uietsiq uietisq uietiqs uetiqis uetiqsi
uetiiqs uetiisq uetisiq uetisqi uetqiis uetqisi uetqiis uetqisi uetqsii uetqsii uetiqis
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ueistiq ueistqi ueqitis ueqitsi ueqiits ueqiist ueqisit ueqisti ueqtiis ueqtisi ueqtiis
ueqtisi ueqtsii ueqtsii ueqitis ueqitsi ueqiits ueqiist ueqisit ueqisti ueqstii ueqstii
ueqsiti ueqsiit ueqsiit ueqsiti ueiiqts ueiiqst ueiitqs ueiitsq ueiistq ueiisqt ueiqits
ueiqist ueiqtis ueiqtsi ueiqsti ueiqsit ueitqis ueitqsi ueitiqs ueitisq ueitsiq ueitsqi
ueisqti ueisqit ueistqi ueistiq ueisitq ueisiqt uesiqit uesiqti uesiiqt uesiitq uesitiq
uesitqi uesqiit uesqiti uesqiit uesqiti uesqtii uesqtii uesiqit uesiqti uesiiqt uesiitq
uesitiq uesitqi uestqii uestqii uestiqi uestiiq uestiiq uestiqi estiqui estiqiu estiuqi
estiuiq estiiuq estiiqu estqiui estqiiu estquii estquii estqiui estqiiu estuqii estuqii
estuiqi estuiiq estuiiq estuiqi estiqui estiqiu estiuqi estiuiq estiiuq estiiqu esitqui
esitqiu esituqi esituiq esitiuq esitiqu esiqtui esiqtiu esiquti esiquit esiqiut esiqitu
esiuqti esiuqit esiutqi esiutiq esiuitq esiuiqt esiiqut esiiqtu esiiuqt esiiutq esiituq
esiitqu esqitui esqitiu esqiuti esqiuit esqiiut esqiitu esqtiui esqtiiu esqtuii esqtuii
esqtiui esqtiiu esqutii esqutii esquiti esquiit esquiit esquiti esqitui esqitiu esqiuti
esqiuit esqiiut esqiitu esuiqti esuiqit esuitqi esuitiq esuiitq esuiiqt esuqiti esuqiit
esuqtii esuqtii esuqiti esuqiit esutqii esutqii esutiqi esutiiq esutiiq esutiqi esuiqti
esuiqit esuitqi esuitiq esuiitq esuiiqt esiiqut esiiqtu esiiuqt esiiutq esiituq esiitqu
esiqiut esiqitu esiquit esiquti esiqtui esiqtiu esiuqit esiuqti esiuiqt esiuitq esiutiq
esiutqi esitqui esitqiu esituqi esituiq esitiuq esitiqu etsiqui etsiqiu etsiuqi etsiuiq
etsiiuq etsiiqu etsqiui etsqiiu etsquii etsquii etsqiui etsqiiu etsuqii etsuqii etsuiqi
etsuiiq etsuiiq etsuiqi etsiqui etsiqiu etsiuqi etsiuiq etsiiuq etsiiqu etisqui etisqiu
etisuqi etisuiq etisiuq etisiqu etiqsui etiqsiu etiqusi etiquis etiqius etiqisu etiuqsi
etiuqis etiusqi etiusiq etiuisq etiuiqs etiiqus etiiqsu etiiuqs etiiusq etiisuq etiisqu
etqisui etqisiu etqiusi etqiuis etqiius etqiisu etqsiui etqsiiu etqsuii etqsuii etqsiui
etqsiiu etqusii etqusii etquisi etquiis etquiis etquisi etqisui etqisiu etqiusi etqiuis
etqiius etqiisu etuiqsi etuiqis etuisqi etuisiq etuiisq etuiiqs etuqisi etuqiis etuqsii
etuqsii etuqisi etuqiis etusqii etusqii etusiqi etusiiq etusiiq etusiqi etuiqsi etuiqis
etuisqi etuisiq etuiisq etuiiqs etiiqus etiiqsu etiiuqs etiiusq etiisuq etiisqu etiqius
etiqisu etiquis etiqusi etiqsui etiqsiu etiuqis etiuqsi etiuiqs etiuisq etiusiq etiusqi
etisqui etisqiu etisuqi etisuiq etisiuq etisiqu eitsqui eitsqiu eitsuqi eitsuiq eitsiuq
eitsiqu eitqsui eitqsiu eitqusi eitquis eitqius eitqisu eituqsi eituqis eitusqi eitusiq
eituisq eituiqs eitiqus eitiqsu eitiuqs eitiusq eitisuq eitisqu eistqui eistqiu eistuqi
eistuiq eistiuq eistiqu eisqtui eisqtiu eisquti eisquit eisqiut eisqitu eisuqti eisuqit
eisutqi eisutiq eisuitq eisuiqt eisiqut eisiqtu eisiuqt eisiutq eisituq eisitqu eiqstui
eiqstiu eiqsuti eiqsuit eiqsiut eiqsitu eiqtsui eiqtsiu eiqtusi eiqtuis eiqtius eiqtisu
eiqutsi eiqutis eiqusti eiqusit eiquist eiquits eiqitus eiqitsu eiqiuts eiqiust eiqisut
eiqistu eiusqti eiusqit eiustqi eiustiq eiusitq eiusiqt eiuqsti eiuqsit eiuqtsi eiuqtis
eiuqits eiuqist eiutqsi eiutqis eiutsqi eiutsiq eiutisq eiutiqs eiuiqts eiuiqst eiuitqs
eiuitsq eiuistq eiuisqt eiisqut eiisqtu eiisuqt eiisutq eiistuq eiistqu eiiqsut eiiqstu
eiiqust eiiquts eiiqtus eiiqtsu eiiuqst eiiuqts eiiusqt eiiustq eiiutsq eiiutqs eiitqus
eiitqsu eiituqs eiitusq eiitsuq eiitsqu eqtisui eqtisiu eqtiusi eqtiuis eqtiius eqtiisu
eqtsiui eqtsiiu eqtsuii eqtsuii eqtsiui eqtsiiu eqtusii eqtusii eqtuisi eqtuiis eqtuiis
eqtuisi eqtisui eqtisiu eqtiusi eqtiuis eqtiius eqtiisu eqitsui eqitsiu eqitusi eqituis
eqitius eqitisu eqistui eqistiu eqisuti eqisuit eqisiut eqisitu eqiusti eqiusit eqiutsi
eqiutis eqiuits eqiuist eqiisut eqiistu eqiiust eqiiuts eqiitus eqiitsu eqsitui eqsitiu
eqsiuti eqsiuit eqsiiut eqsiitu eqstiui eqstiiu eqstuii eqstuii eqstiui eqstiiu eqsutii
eqsutii eqsuiti eqsuiit eqsuiit eqsuiti eqsitui eqsitiu eqsiuti eqsiuit eqsiiut eqsiitu
equisti equisit equitsi equitis equiits equiist equsiti equsiit equstii equstii equsiti
equsiit equtsii equtsii equtisi equtiis equtiis equtisi equisti equisit equitsi equitis
equiits equiist eqiisut eqiistu eqiiust eqiiuts eqiitus eqiitsu eqisiut eqisitu eqisuit
eqisuti eqistui eqistiu eqiusit eqiusti eqiuist eqiuits eqiutis eqiutsi eqitsui eqitsiu
eqitusi eqituis eqitius eqitisu eutiqsi eutiqis eutisqi eutisiq eutiisq eutiiqs eutqisi
eutqiis eutqsii eutqsii eutqisi eutqiis eutsqii eutsqii eutsiqi eutsiiq eutsiiq eutsiqi
eutiqsi eutiqis eutisqi eutisiq eutiisq eutiiqs euitqsi euitqis euitsqi euitsiq euitisq
euitiqs euiqtsi euiqtis euiqsti euiqsit euiqist euiqits euisqti euisqit euistqi euistiq
euisitq euisiqt euiiqst euiiqts euiisqt euiistq euiitsq euiitqs euqitsi euqitis euqisti
euqisit euqiist euqiits euqtisi euqtiis euqtsii euqtsii euqtisi euqtiis euqstii euqstii
euqsiti euqsiit euqsiit euqsiti euqitsi euqitis euqisti euqisit euqiist euqiits eusiqti
eusiqit eusitqi eusitiq eusiitq eusiiqt eusqiti eusqiit eusqtii eusqtii eusqiti eusqiit
eustqii eustqii eustiqi eustiiq eustiiq eustiqi eusiqti eusiqit eusitqi eusitiq eusiitq
eusiiqt euiiqst euiiqts euiisqt euiistq euiitsq euiitqs euiqist euiqits euiqsit euiqsti
euiqtsi euiqtis euisqit euisqti euisiqt euisitq euistiq euistqi euitqsi euitqis euitsqi
euitsiq euitisq euitiqs eitiqus eitiqsu eitiuqs eitiusq eitisuq eitisqu eitqius eitqisu
eitquis eitqusi eitqsui eitqsiu eituqis eituqsi eituiqs eituisq eitusiq eitusqi eitsqui
eitsqiu eitsuqi eitsuiq eitsiuq eitsiqu eiitqus eiitqsu eiituqs eiitusq eiitsuq eiitsqu
eiiqtus eiiqtsu eiiquts eiiqust eiiqsut eiiqstu eiiuqts eiiuqst eiiutqs eiiutsq eiiustq
eiiusqt eiisqut eiisqtu eiisuqt eiisutq eiistuq eiistqu eiqitus eiqitsu eiqiuts eiqiust
eiqisut eiqistu eiqtius eiqtisu eiqtuis eiqtusi eiqtsui eiqtsiu eiqutis eiqutsi eiquits
eiquist eiqusit eiqusti eiqstui eiqstiu eiqsuti eiqsuit eiqsiut eiqsitu eiuiqts eiuiqst
eiuitqs eiuitsq eiuistq eiuisqt eiuqits eiuqist eiuqtis eiuqtsi eiuqsti eiuqsit eiutqis
eiutqsi eiutiqs eiutisq eiutsiq eiutsqi eiusqti eiusqit eiustqi eiustiq eiusitq eiusiqt
eisiqut eisiqtu eisiuqt eisiutq eisituq eisitqu eisqiut eisqitu eisquit eisquti eisqtui
eisqtiu eisuqit eisuqti eisuiqt eisuitq eisutiq eisutqi eistqui eistqiu eistuqi eistuiq
eistiuq eistiqu

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History of cryptography
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