easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

philby

cytitis

avgerinos

watchwords

lecithality

indignus

eutony

ruatque

wartier

antequalm

maliform

lengua

semitonal

shamianah

perivisceritis

subring

megatop

overcivilized


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: flighty
cipher variations:
gmjhiuz hnkijva ioljkwb jpmklxc kqnlmyd
lromnze mspnoaf ntqopbg ourpqch pvsqrdi
qwtrsej rxustfk syvtugl tzwuvhm uaxvwin
vbywxjo wczxykp xdayzlq yebzamr zfcabns
agdbcot bhecdpu cifdeqv djgefrw ekhfgsx

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: flighty
Cipher: uortsgb

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: flighty
Cipher: AABAB ABABA ABAAA AABBA AABBB BAABA BABBA

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: flighty
cipher variations:
gmjhiuzqiztwgvaepfksrkafryenuwvdmqjeslpacfykrncaxighzqmt
scxleypcynxsklmudjgwhwqtvuidhnkijvarjauxhwbfqgltslbgszfo
vxwenrkftmqbdgzlsodbyjhiarnutdymfzqdzoytlmnvekhxixruwvje
ioljkwbskbvyixcgrhmutmchtagpwyxfoslgunrcehamtpeczkijbsov
uezngareapzumnowfliyjysvxwkfjpmklxctlcwzjydhsinvundiubhq
xzygptmhvosdfibnuqfdaljkctpwvfaohbsfbqavnopxgmjzkztwyxlg
kqnlmydumdxakzeitjowvoejvciryazhquniwptegjcovrgebmklduqx
wgbpictgcrbwopqyhnkalauxzymhlromnzevneyblafjukpxwpfkwdjs
zbairvojxqufhkdpwshfcnlmevryxhcqjduhdscxpqrziolbmbvyazni
mspnoafwofzcmbgkvlqyxqglxektacbjswpkyrvgileqxtigdomnfwsz
yidrkevietdyqrsajpmcncwzbaojntqopbgxpgadnchlwmrzyrhmyflu
bdcktxqlzswhjmfryujhepnogxtazjeslfwjfuezrstbkqndodxacbpk
ourpqchyqhbeodimxnsazsinzgmvcedluyrmatxikngszvkifqophyub
akftmgxkgvfastuclroepeybdcqlpvsqrdizricfpejnyotbatjoahnw
dfemvzsnbuyjlohtawljgrpqizvcblgunhylhwgbtuvdmspfqfzcedrm
qwtrsejasjdgqfkozpucbukpbioxegfnwatocvzkmpiubxmkhsqrjawd
cmhvoizmixhcuvwentqgrgadfesnrxustfkbtkehrglpaqvdcvlqcjpy
fhgoxbupdwalnqjvcynlitrskbxedniwpjanjyidvwxfourhshbegfto
syvtuglculfishmqbrwedwmrdkqzgihpycvqexbmorkwdzomjustlcyf
eojxqkbokzjewxygpvsiticfhguptzwuvhmdvmgjtinrcsxfexnselra
hjiqzdwrfycnpslxeapnkvtumdzgfpkyrlcplakfxyzhqwtjujdgihvq
uaxvwinewnhkujosdtygfyotfmsbikjraexsgzdoqtmyfbqolwuvneah
gqlzsmdqmblgyzairxukvkehjiwrvbywxjofxoilvkpteuzhgzpugntc
jlksbfythaeprunzgcrpmxvwofbihrmatnerncmhzabjsyvlwlfikjxs
wczxykpgypjmwlqufvaihaqvhoudkmltcgzuibfqsvoahdsqnywxpgcj
isnbuofsodniabcktzwmxmgjlkytxdayzlqhzqknxmrvgwbjibrwipve
lnmudhavjcgrtwpbietrozxyqhdkjtocvpgtpeojbcdluaxnynhkmlzu
yebzamriarloynswhxckjcsxjqwfmonveibwkdhsuxqcjfuspayzriel
kupdwqhuqfpkcdemvbyozoilnmavzfcabnsjbsmpzotxiydlkdtykrxg
npowfjcxleitvyrdkgvtqbzasjfmlvqexrivrgqldefnwczpapjmonbw
agdbcotkctnqapuyjzemleuzlsyhoqpxgkdymfjuwzselhwurcabtkgn
mwrfysjwshrmefgoxdaqbqknpocxbhecdpulduorbqvzkafnmfvamtzi
prqyhlezngkvxatfmixvsdbculhonxsgztkxtisnfghpyebrcrloqpdy
cifdeqvmevpscrwalbgongwbnuajqsrzimfaohlwybugnjywtecdvmip
oythaulyujtoghiqzfcsdsmprqezdjgefrwnfwqtdsxbmchpohxcovbk
rtsajngbpimxzcvhokzxufdewnjqpzuibvmzvkuphijragdtetnqsrfa
ekhfgsxogxruetycndiqpiydpwclsutbkohcqjnyadwiplayvgefxokr
qavjcwnawlvqijksbheufuortsgbflightyphysvfuzdoejrqjzeqxdm
tvuclpidrkozbexjqmbzwhfgyplsrbwkdxobxmwrjkltcifvgvpsuthc

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: flighty
Cipher: syvtugl

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: flighty
Cipher: 12134222324445

Extended Methods:
Method #1

Plaintext: flighty
method variations:
lqomnydqvtrsdivaywxioafdbcot

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
f l i g h t y 
1 1 4 2 3 4 4 
2 3 2 2 2 4 5 
They are then read out in rows:
11423442322245
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: flighty
Cipher: aisihgy

Read more ...
Method #3

Plaintext: flighty
method variations:
bsgmrte sgmrteb gmrtebs
mrtebsg rtebsgm tebsgmr
ebsgmrt

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: flighty

all 5040 cipher variations:
flighty flighyt fligthy fligtyh fligyth fligyht flihgty flihgyt flihtgy flihtyg flihytg
flihygt flithgy flithyg flitghy flitgyh flitygh flityhg fliyhtg fliyhgt fliythg fliytgh
fliygth fliyght flgihty flgihyt flgithy flgityh flgiyth flgiyht flghity flghiyt flghtiy
flghtyi flghyti flghyit flgthiy flgthyi flgtihy flgtiyh flgtyih flgtyhi flgyhti flgyhit
flgythi flgytih flgyith flgyiht flhgity flhgiyt flhgtiy flhgtyi flhgyti flhgyit flhigty
flhigyt flhitgy flhityg flhiytg flhiygt flhtigy flhtiyg flhtgiy flhtgyi flhtygi flhtyig
flhyitg flhyigt flhytig flhytgi flhygti flhygit fltghiy fltghyi fltgihy fltgiyh fltgyih
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flytghi flytgih flytigh flytihg flyihtg flyihgt flyithg flyitgh flyigth flyight filghty
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lhgyfti lhgyfit lhgytfi lhgytif lhgyitf lhgyift lhfgity lhfgiyt lhfgtiy lhfgtyi lhfgyti
lhfgyit lhfigty lhfigyt lhfitgy lhfityg lhfiytg lhfiygt lhftigy lhftiyg lhftgiy lhftgyi
lhftygi lhftyig lhfyitg lhfyigt lhfytig lhfytgi lhfygti lhfygit lhtgfiy lhtgfyi lhtgify
lhtgiyf lhtgyif lhtgyfi lhtfgiy lhtfgyi lhtfigy lhtfiyg lhtfyig lhtfygi lhtifgy lhtifyg
lhtigfy lhtigyf lhtiygf lhtiyfg lhtyfig lhtyfgi lhtyifg lhtyigf lhtygif lhtygfi lhygfti
lhygfit lhygtfi lhygtif lhygitf lhygift lhyfgti lhyfgit lhyftgi lhyftig lhyfitg lhyfigt
lhytfgi lhytfig lhytgfi lhytgif lhytigf lhytifg lhyiftg lhyifgt lhyitfg lhyitgf lhyigtf
lhyigft ltighfy ltighyf ltigfhy ltigfyh ltigyfh ltigyhf ltihgfy ltihgyf ltihfgy ltihfyg
ltihyfg ltihygf ltifhgy ltifhyg ltifghy ltifgyh ltifygh ltifyhg ltiyhfg ltiyhgf ltiyfhg
ltiyfgh ltiygfh ltiyghf ltgihfy ltgihyf ltgifhy ltgifyh ltgiyfh ltgiyhf ltghify ltghiyf
ltghfiy ltghfyi ltghyfi ltghyif ltgfhiy ltgfhyi ltgfihy ltgfiyh ltgfyih ltgfyhi ltgyhfi
ltgyhif ltgyfhi ltgyfih ltgyifh ltgyihf lthgify lthgiyf lthgfiy lthgfyi lthgyfi lthgyif
lthigfy lthigyf lthifgy lthifyg lthiyfg lthiygf lthfigy lthfiyg lthfgiy lthfgyi lthfygi
lthfyig lthyifg lthyigf lthyfig lthyfgi lthygfi lthygif ltfghiy ltfghyi ltfgihy ltfgiyh
ltfgyih ltfgyhi ltfhgiy ltfhgyi ltfhigy ltfhiyg ltfhyig ltfhygi ltfihgy ltfihyg ltfighy
ltfigyh ltfiygh ltfiyhg ltfyhig ltfyhgi ltfyihg ltfyigh ltfygih ltfyghi ltyghfi ltyghif
ltygfhi ltygfih ltygifh ltygihf ltyhgfi ltyhgif ltyhfgi ltyhfig ltyhifg ltyhigf ltyfhgi
ltyfhig ltyfghi ltyfgih ltyfigh ltyfihg ltyihfg ltyihgf ltyifhg ltyifgh ltyigfh ltyighf
lyightf lyighft lyigthf lyigtfh lyigfth lyigfht lyihgtf lyihgft lyihtgf lyihtfg lyihftg
lyihfgt lyithgf lyithfg lyitghf lyitgfh lyitfgh lyitfhg lyifhtg lyifhgt lyifthg lyiftgh
lyifgth lyifght lygihtf lygihft lygithf lygitfh lygifth lygifht lyghitf lyghift lyghtif
lyghtfi lyghfti lyghfit lygthif lygthfi lygtihf lygtifh lygtfih lygtfhi lygfhti lygfhit
lygfthi lygftih lygfith lygfiht lyhgitf lyhgift lyhgtif lyhgtfi lyhgfti lyhgfit lyhigtf
lyhigft lyhitgf lyhitfg lyhiftg lyhifgt lyhtigf lyhtifg lyhtgif lyhtgfi lyhtfgi lyhtfig
lyhfitg lyhfigt lyhftig lyhftgi lyhfgti lyhfgit lytghif lytghfi lytgihf lytgifh lytgfih
lytgfhi lythgif lythgfi lythigf lythifg lythfig lythfgi lytihgf lytihfg lytighf lytigfh
lytifgh lytifhg lytfhig lytfhgi lytfihg lytfigh lytfgih lytfghi lyfghti lyfghit lyfgthi
lyfgtih lyfgith lyfgiht lyfhgti lyfhgit lyfhtgi lyfhtig lyfhitg lyfhigt lyfthgi lyfthig
lyftghi lyftgih lyftigh lyftihg lyfihtg lyfihgt lyfithg lyfitgh lyfigth lyfight ilfghty
ilfghyt ilfgthy ilfgtyh ilfgyth ilfgyht ilfhgty ilfhgyt ilfhtgy ilfhtyg ilfhytg ilfhygt
ilfthgy ilfthyg ilftghy ilftgyh ilftygh ilftyhg ilfyhtg ilfyhgt ilfythg ilfytgh ilfygth
ilfyght ilgfhty ilgfhyt ilgfthy ilgftyh ilgfyth ilgfyht ilghfty ilghfyt ilghtfy ilghtyf
ilghytf ilghyft ilgthfy ilgthyf ilgtfhy ilgtfyh ilgtyfh ilgtyhf ilgyhtf ilgyhft ilgythf
ilgytfh ilgyfth ilgyfht ilhgfty ilhgfyt ilhgtfy ilhgtyf ilhgytf ilhgyft ilhfgty ilhfgyt
ilhftgy ilhftyg ilhfytg ilhfygt ilhtfgy ilhtfyg ilhtgfy ilhtgyf ilhtygf ilhtyfg ilhyftg
ilhyfgt ilhytfg ilhytgf ilhygtf ilhygft iltghfy iltghyf iltgfhy iltgfyh iltgyfh iltgyhf
ilthgfy ilthgyf ilthfgy ilthfyg ilthyfg ilthygf iltfhgy iltfhyg iltfghy iltfgyh iltfygh
iltfyhg iltyhfg iltyhgf iltyfhg iltyfgh iltygfh iltyghf ilyghtf ilyghft ilygthf ilygtfh
ilygfth ilygfht ilyhgtf ilyhgft ilyhtgf ilyhtfg ilyhftg ilyhfgt ilythgf ilythfg ilytghf
ilytgfh ilytfgh ilytfhg ilyfhtg ilyfhgt ilyfthg ilyftgh ilyfgth ilyfght iflghty iflghyt
iflgthy iflgtyh iflgyth iflgyht iflhgty iflhgyt iflhtgy iflhtyg iflhytg iflhygt iflthgy
iflthyg ifltghy ifltgyh ifltygh ifltyhg iflyhtg iflyhgt iflythg iflytgh iflygth iflyght
ifglhty ifglhyt ifglthy ifgltyh ifglyth ifglyht ifghlty ifghlyt ifghtly ifghtyl ifghytl
ifghylt ifgthly ifgthyl ifgtlhy ifgtlyh ifgtylh ifgtyhl ifgyhtl ifgyhlt ifgythl ifgytlh
ifgylth ifgylht ifhglty ifhglyt ifhgtly ifhgtyl ifhgytl ifhgylt ifhlgty ifhlgyt ifhltgy
ifhltyg ifhlytg ifhlygt ifhtlgy ifhtlyg ifhtgly ifhtgyl ifhtygl ifhtylg ifhyltg ifhylgt
ifhytlg ifhytgl ifhygtl ifhyglt iftghly iftghyl iftglhy iftglyh iftgylh iftgyhl ifthgly
ifthgyl ifthlgy ifthlyg ifthylg ifthygl iftlhgy iftlhyg iftlghy iftlgyh iftlygh iftlyhg
iftyhlg iftyhgl iftylhg iftylgh iftyglh iftyghl ifyghtl ifyghlt ifygthl ifygtlh ifyglth
ifyglht ifyhgtl ifyhglt ifyhtgl ifyhtlg ifyhltg ifyhlgt ifythgl ifythlg ifytghl ifytglh
ifytlgh ifytlhg ifylhtg ifylhgt ifylthg ifyltgh ifylgth ifylght igflhty igflhyt igflthy
igfltyh igflyth igflyht igfhlty igfhlyt igfhtly igfhtyl igfhytl igfhylt igfthly igfthyl
igftlhy igftlyh igftylh igftyhl igfyhtl igfyhlt igfythl igfytlh igfylth igfylht iglfhty
iglfhyt iglfthy iglftyh iglfyth iglfyht iglhfty iglhfyt iglhtfy iglhtyf iglhytf iglhyft
iglthfy iglthyf igltfhy igltfyh igltyfh igltyhf iglyhtf iglyhft iglythf iglytfh iglyfth
iglyfht ighlfty ighlfyt ighltfy ighltyf ighlytf ighlyft ighflty ighflyt ighftly ighftyl
ighfytl ighfylt ightfly ightfyl ightlfy ightlyf ightylf ightyfl ighyftl ighyflt ighytfl
ighytlf ighyltf ighylft igtlhfy igtlhyf igtlfhy igtlfyh igtlyfh igtlyhf igthlfy igthlyf
igthfly igthfyl igthyfl igthylf igtfhly igtfhyl igtflhy igtflyh igtfylh igtfyhl igtyhfl
igtyhlf igtyfhl igtyflh igtylfh igtylhf igylhtf igylhft igylthf igyltfh igylfth igylfht
igyhltf igyhlft igyhtlf igyhtfl igyhftl igyhflt igythlf igythfl igytlhf igytlfh igytflh
igytfhl igyfhtl igyfhlt igyfthl igyftlh igyflth igyflht ihfglty ihfglyt ihfgtly ihfgtyl
ihfgytl ihfgylt ihflgty ihflgyt ihfltgy ihfltyg ihflytg ihflygt ihftlgy ihftlyg ihftgly
ihftgyl ihftygl ihftylg ihfyltg ihfylgt ihfytlg ihfytgl ihfygtl ihfyglt ihgflty ihgflyt
ihgftly ihgftyl ihgfytl ihgfylt ihglfty ihglfyt ihgltfy ihgltyf ihglytf ihglyft ihgtlfy
ihgtlyf ihgtfly ihgtfyl ihgtyfl ihgtylf ihgyltf ihgylft ihgytlf ihgytfl ihgyftl ihgyflt
ihlgfty ihlgfyt ihlgtfy ihlgtyf ihlgytf ihlgyft ihlfgty ihlfgyt ihlftgy ihlftyg ihlfytg
ihlfygt ihltfgy ihltfyg ihltgfy ihltgyf ihltygf ihltyfg ihlyftg ihlyfgt ihlytfg ihlytgf
ihlygtf ihlygft ihtglfy ihtglyf ihtgfly ihtgfyl ihtgyfl ihtgylf ihtlgfy ihtlgyf ihtlfgy
ihtlfyg ihtlyfg ihtlygf ihtflgy ihtflyg ihtfgly ihtfgyl ihtfygl ihtfylg ihtylfg ihtylgf
ihtyflg ihtyfgl ihtygfl ihtyglf ihygltf ihyglft ihygtlf ihygtfl ihygftl ihygflt ihylgtf
ihylgft ihyltgf ihyltfg ihylftg ihylfgt ihytlgf ihytlfg ihytglf ihytgfl ihytfgl ihytflg
ihyfltg ihyflgt ihyftlg ihyftgl ihyfgtl ihyfglt itfghly itfghyl itfglhy itfglyh itfgylh
itfgyhl itfhgly itfhgyl itfhlgy itfhlyg itfhylg itfhygl itflhgy itflhyg itflghy itflgyh
itflygh itflyhg itfyhlg itfyhgl itfylhg itfylgh itfyglh itfyghl itgfhly itgfhyl itgflhy
itgflyh itgfylh itgfyhl itghfly itghfyl itghlfy itghlyf itghylf itghyfl itglhfy itglhyf
itglfhy itglfyh itglyfh itglyhf itgyhlf itgyhfl itgylhf itgylfh itgyflh itgyfhl ithgfly
ithgfyl ithglfy ithglyf ithgylf ithgyfl ithfgly ithfgyl ithflgy ithflyg ithfylg ithfygl
ithlfgy ithlfyg ithlgfy ithlgyf ithlygf ithlyfg ithyflg ithyfgl ithylfg ithylgf ithyglf
ithygfl itlghfy itlghyf itlgfhy itlgfyh itlgyfh itlgyhf itlhgfy itlhgyf itlhfgy itlhfyg
itlhyfg itlhygf itlfhgy itlfhyg itlfghy itlfgyh itlfygh itlfyhg itlyhfg itlyhgf itlyfhg
itlyfgh itlygfh itlyghf ityghlf ityghfl ityglhf ityglfh itygflh itygfhl ityhglf ityhgfl
ityhlgf ityhlfg ityhflg ityhfgl itylhgf itylhfg itylghf itylgfh itylfgh itylfhg ityfhlg
ityfhgl ityflhg ityflgh ityfglh ityfghl iyfghtl iyfghlt iyfgthl iyfgtlh iyfglth iyfglht
iyfhgtl iyfhglt iyfhtgl iyfhtlg iyfhltg iyfhlgt iyfthgl iyfthlg iyftghl iyftglh iyftlgh
iyftlhg iyflhtg iyflhgt iyflthg iyfltgh iyflgth iyflght iygfhtl iygfhlt iygfthl iygftlh
iygflth iygflht iyghftl iyghflt iyghtfl iyghtlf iyghltf iyghlft iygthfl iygthlf iygtfhl
iygtflh iygtlfh iygtlhf iyglhtf iyglhft iyglthf iygltfh iyglfth iyglfht iyhgftl iyhgflt
iyhgtfl iyhgtlf iyhgltf iyhglft iyhfgtl iyhfglt iyhftgl iyhftlg iyhfltg iyhflgt iyhtfgl
iyhtflg iyhtgfl iyhtglf iyhtlgf iyhtlfg iyhlftg iyhlfgt iyhltfg iyhltgf iyhlgtf iyhlgft
iytghfl iytghlf iytgfhl iytgflh iytglfh iytglhf iythgfl iythglf iythfgl iythflg iythlfg
iythlgf iytfhgl iytfhlg iytfghl iytfglh iytflgh iytflhg iytlhfg iytlhgf iytlfhg iytlfgh
iytlgfh iytlghf iylghtf iylghft iylgthf iylgtfh iylgfth iylgfht iylhgtf iylhgft iylhtgf
iylhtfg iylhftg iylhfgt iylthgf iylthfg iyltghf iyltgfh iyltfgh iyltfhg iylfhtg iylfhgt
iylfthg iylftgh iylfgth iylfght glifhty glifhyt glifthy gliftyh glifyth glifyht glihfty
glihfyt glihtfy glihtyf glihytf glihyft glithfy glithyf glitfhy glitfyh glityfh glityhf
gliyhtf gliyhft gliythf gliytfh gliyfth gliyfht glfihty glfihyt glfithy glfityh glfiyth
glfiyht glfhity glfhiyt glfhtiy glfhtyi glfhyti glfhyit glfthiy glfthyi glftihy glftiyh
glftyih glftyhi glfyhti glfyhit glfythi glfytih glfyith glfyiht glhfity glhfiyt glhftiy
glhftyi glhfyti glhfyit glhifty glhifyt glhitfy glhityf glhiytf glhiyft glhtify glhtiyf
glhtfiy glhtfyi glhtyfi glhtyif glhyitf glhyift glhytif glhytfi glhyfti glhyfit gltfhiy
gltfhyi gltfihy gltfiyh gltfyih gltfyhi glthfiy glthfyi glthify glthiyf glthyif glthyfi
gltihfy gltihyf gltifhy gltifyh gltiyfh gltiyhf gltyhif gltyhfi gltyihf gltyifh gltyfih
gltyfhi glyfhti glyfhit glyfthi glyftih glyfith glyfiht glyhfti glyhfit glyhtfi glyhtif
glyhitf glyhift glythfi glythif glytfhi glytfih glytifh glytihf glyihtf glyihft glyithf
glyitfh glyifth glyifht gilfhty gilfhyt gilfthy gilftyh gilfyth gilfyht gilhfty gilhfyt
gilhtfy gilhtyf gilhytf gilhyft gilthfy gilthyf giltfhy giltfyh giltyfh giltyhf gilyhtf
gilyhft gilythf gilytfh gilyfth gilyfht giflhty giflhyt giflthy gifltyh giflyth giflyht
gifhlty gifhlyt gifhtly gifhtyl gifhytl gifhylt gifthly gifthyl giftlhy giftlyh giftylh
giftyhl gifyhtl gifyhlt gifythl gifytlh gifylth gifylht gihflty gihflyt gihftly gihftyl
gihfytl gihfylt gihlfty gihlfyt gihltfy gihltyf gihlytf gihlyft gihtlfy gihtlyf gihtfly
gihtfyl gihtyfl gihtylf gihyltf gihylft gihytlf gihytfl gihyftl gihyflt gitfhly gitfhyl
gitflhy gitflyh gitfylh gitfyhl githfly githfyl githlfy githlyf githylf githyfl gitlhfy
gitlhyf gitlfhy gitlfyh gitlyfh gitlyhf gityhlf gityhfl gitylhf gitylfh gityflh gityfhl
giyfhtl giyfhlt giyfthl giyftlh giyflth giyflht giyhftl giyhflt giyhtfl giyhtlf giyhltf
giyhlft giythfl giythlf giytfhl giytflh giytlfh giytlhf giylhtf giylhft giylthf giyltfh
giylfth giylfht gfilhty gfilhyt gfilthy gfiltyh gfilyth gfilyht gfihlty gfihlyt gfihtly
gfihtyl gfihytl gfihylt gfithly gfithyl gfitlhy gfitlyh gfitylh gfityhl gfiyhtl gfiyhlt
gfiythl gfiytlh gfiylth gfiylht gflihty gflihyt gflithy gflityh gfliyth gfliyht gflhity
gflhiyt gflhtiy gflhtyi gflhyti gflhyit gflthiy gflthyi gfltihy gfltiyh gfltyih gfltyhi
gflyhti gflyhit gflythi gflytih gflyith gflyiht gfhlity gfhliyt gfhltiy gfhltyi gfhlyti
gfhlyit gfhilty gfhilyt gfhitly gfhityl gfhiytl gfhiylt gfhtily gfhtiyl gfhtliy gfhtlyi
gfhtyli gfhtyil gfhyitl gfhyilt gfhytil gfhytli gfhylti gfhylit gftlhiy gftlhyi gftlihy
gftliyh gftlyih gftlyhi gfthliy gfthlyi gfthily gfthiyl gfthyil gfthyli gftihly gftihyl
gftilhy gftilyh gftiylh gftiyhl gftyhil gftyhli gftyihl gftyilh gftylih gftylhi gfylhti
gfylhit gfylthi gfyltih gfylith gfyliht gfyhlti gfyhlit gfyhtli gfyhtil gfyhitl gfyhilt
gfythli gfythil gfytlhi gfytlih gfytilh gfytihl gfyihtl gfyihlt gfyithl gfyitlh gfyilth
gfyilht ghiflty ghiflyt ghiftly ghiftyl ghifytl ghifylt ghilfty ghilfyt ghiltfy ghiltyf
ghilytf ghilyft ghitlfy ghitlyf ghitfly ghitfyl ghityfl ghitylf ghiyltf ghiylft ghiytlf
ghiytfl ghiyftl ghiyflt ghfilty ghfilyt ghfitly ghfityl ghfiytl ghfiylt ghflity ghfliyt
ghfltiy ghfltyi ghflyti ghflyit ghftliy ghftlyi ghftily ghftiyl ghftyil ghftyli ghfylti
ghfylit ghfytli ghfytil ghfyitl ghfyilt ghlfity ghlfiyt ghlftiy ghlftyi ghlfyti ghlfyit
ghlifty ghlifyt ghlitfy ghlityf ghliytf ghliyft ghltify ghltiyf ghltfiy ghltfyi ghltyfi
ghltyif ghlyitf ghlyift ghlytif ghlytfi ghlyfti ghlyfit ghtfliy ghtflyi ghtfily ghtfiyl
ghtfyil ghtfyli ghtlfiy ghtlfyi ghtlify ghtliyf ghtlyif ghtlyfi ghtilfy ghtilyf ghtifly
ghtifyl ghtiyfl ghtiylf ghtylif ghtylfi ghtyilf ghtyifl ghtyfil ghtyfli ghyflti ghyflit
ghyftli ghyftil ghyfitl ghyfilt ghylfti ghylfit ghyltfi ghyltif ghylitf ghylift ghytlfi
ghytlif ghytfli ghytfil ghytifl ghytilf ghyiltf ghyilft ghyitlf ghyitfl ghyiftl ghyiflt
gtifhly gtifhyl gtiflhy gtiflyh gtifylh gtifyhl gtihfly gtihfyl gtihlfy gtihlyf gtihylf
gtihyfl gtilhfy gtilhyf gtilfhy gtilfyh gtilyfh gtilyhf gtiyhlf gtiyhfl gtiylhf gtiylfh
gtiyflh gtiyfhl gtfihly gtfihyl gtfilhy gtfilyh gtfiylh gtfiyhl gtfhily gtfhiyl gtfhliy
gtfhlyi gtfhyli gtfhyil gtflhiy gtflhyi gtflihy gtfliyh gtflyih gtflyhi gtfyhli gtfyhil
gtfylhi gtfylih gtfyilh gtfyihl gthfily gthfiyl gthfliy gthflyi gthfyli gthfyil gthifly
gthifyl gthilfy gthilyf gthiylf gthiyfl gthlify gthliyf gthlfiy gthlfyi gthlyfi gthlyif
gthyilf gthyifl gthylif gthylfi gthyfli gthyfil gtlfhiy gtlfhyi gtlfihy gtlfiyh gtlfyih
gtlfyhi gtlhfiy gtlhfyi gtlhify gtlhiyf gtlhyif gtlhyfi gtlihfy gtlihyf gtlifhy gtlifyh
gtliyfh gtliyhf gtlyhif gtlyhfi gtlyihf gtlyifh gtlyfih gtlyfhi gtyfhli gtyfhil gtyflhi
gtyflih gtyfilh gtyfihl gtyhfli gtyhfil gtyhlfi gtyhlif gtyhilf gtyhifl gtylhfi gtylhif
gtylfhi gtylfih gtylifh gtylihf gtyihlf gtyihfl gtyilhf gtyilfh gtyiflh gtyifhl gyifhtl
gyifhlt gyifthl gyiftlh gyiflth gyiflht gyihftl gyihflt gyihtfl gyihtlf gyihltf gyihlft
gyithfl gyithlf gyitfhl gyitflh gyitlfh gyitlhf gyilhtf gyilhft gyilthf gyiltfh gyilfth
gyilfht gyfihtl gyfihlt gyfithl gyfitlh gyfilth gyfilht gyfhitl gyfhilt gyfhtil gyfhtli
gyfhlti gyfhlit gyfthil gyfthli gyftihl gyftilh gyftlih gyftlhi gyflhti gyflhit gyflthi
gyfltih gyflith gyfliht gyhfitl gyhfilt gyhftil gyhftli gyhflti gyhflit gyhiftl gyhiflt
gyhitfl gyhitlf gyhiltf gyhilft gyhtifl gyhtilf gyhtfil gyhtfli gyhtlfi gyhtlif gyhlitf
gyhlift gyhltif gyhltfi gyhlfti gyhlfit gytfhil gytfhli gytfihl gytfilh gytflih gytflhi
gythfil gythfli gythifl gythilf gythlif gythlfi gytihfl gytihlf gytifhl gytiflh gytilfh
gytilhf gytlhif gytlhfi gytlihf gytlifh gytlfih gytlfhi gylfhti gylfhit gylfthi gylftih
gylfith gylfiht gylhfti gylhfit gylhtfi gylhtif gylhitf gylhift gylthfi gylthif gyltfhi
gyltfih gyltifh gyltihf gylihtf gylihft gylithf gylitfh gylifth gylifht hligfty hligfyt
hligtfy hligtyf hligytf hligyft hlifgty hlifgyt hliftgy hliftyg hlifytg hlifygt hlitfgy
hlitfyg hlitgfy hlitgyf hlitygf hlityfg hliyftg hliyfgt hliytfg hliytgf hliygtf hliygft
hlgifty hlgifyt hlgitfy hlgityf hlgiytf hlgiyft hlgfity hlgfiyt hlgftiy hlgftyi hlgfyti
hlgfyit hlgtfiy hlgtfyi hlgtify hlgtiyf hlgtyif hlgtyfi hlgyfti hlgyfit hlgytfi hlgytif
hlgyitf hlgyift hlfgity hlfgiyt hlfgtiy hlfgtyi hlfgyti hlfgyit hlfigty hlfigyt hlfitgy
hlfityg hlfiytg hlfiygt hlftigy hlftiyg hlftgiy hlftgyi hlftygi hlftyig hlfyitg hlfyigt
hlfytig hlfytgi hlfygti hlfygit hltgfiy hltgfyi hltgify hltgiyf hltgyif hltgyfi hltfgiy
hltfgyi hltfigy hltfiyg hltfyig hltfygi hltifgy hltifyg hltigfy hltigyf hltiygf hltiyfg
hltyfig hltyfgi hltyifg hltyigf hltygif hltygfi hlygfti hlygfit hlygtfi hlygtif hlygitf
hlygift hlyfgti hlyfgit hlyftgi hlyftig hlyfitg hlyfigt hlytfgi hlytfig hlytgfi hlytgif
hlytigf hlytifg hlyiftg hlyifgt hlyitfg hlyitgf hlyigtf hlyigft hilgfty hilgfyt hilgtfy
hilgtyf hilgytf hilgyft hilfgty hilfgyt hilftgy hilftyg hilfytg hilfygt hiltfgy hiltfyg
hiltgfy hiltgyf hiltygf hiltyfg hilyftg hilyfgt hilytfg hilytgf hilygtf hilygft higlfty
higlfyt higltfy higltyf higlytf higlyft higflty higflyt higftly higftyl higfytl higfylt
higtfly higtfyl higtlfy higtlyf higtylf higtyfl higyftl higyflt higytfl higytlf higyltf
higylft hifglty hifglyt hifgtly hifgtyl hifgytl hifgylt hiflgty hiflgyt hifltgy hifltyg
hiflytg hiflygt hiftlgy hiftlyg hiftgly hiftgyl hiftygl hiftylg hifyltg hifylgt hifytlg
hifytgl hifygtl hifyglt hitgfly hitgfyl hitglfy hitglyf hitgylf hitgyfl hitfgly hitfgyl
hitflgy hitflyg hitfylg hitfygl hitlfgy hitlfyg hitlgfy hitlgyf hitlygf hitlyfg hityflg
hityfgl hitylfg hitylgf hityglf hitygfl hiygftl hiygflt hiygtfl hiygtlf hiygltf hiyglft
hiyfgtl hiyfglt hiyftgl hiyftlg hiyfltg hiyflgt hiytfgl hiytflg hiytgfl hiytglf hiytlgf
hiytlfg hiylftg hiylfgt hiyltfg hiyltgf hiylgtf hiylgft hgilfty hgilfyt hgiltfy hgiltyf
hgilytf hgilyft hgiflty hgiflyt hgiftly hgiftyl hgifytl hgifylt hgitfly hgitfyl hgitlfy
hgitlyf hgitylf hgityfl hgiyftl hgiyflt hgiytfl hgiytlf hgiyltf hgiylft hglifty hglifyt
hglitfy hglityf hgliytf hgliyft hglfity hglfiyt hglftiy hglftyi hglfyti hglfyit hgltfiy
hgltfyi hgltify hgltiyf hgltyif hgltyfi hglyfti hglyfit hglytfi hglytif hglyitf hglyift
hgflity hgfliyt hgfltiy hgfltyi hgflyti hgflyit hgfilty hgfilyt hgfitly hgfityl hgfiytl
hgfiylt hgftily hgftiyl hgftliy hgftlyi hgftyli hgftyil hgfyitl hgfyilt hgfytil hgfytli
hgfylti hgfylit hgtlfiy hgtlfyi hgtlify hgtliyf hgtlyif hgtlyfi hgtfliy hgtflyi hgtfily
hgtfiyl hgtfyil hgtfyli hgtifly hgtifyl hgtilfy hgtilyf hgtiylf hgtiyfl hgtyfil hgtyfli
hgtyifl hgtyilf hgtylif hgtylfi hgylfti hgylfit hgyltfi hgyltif hgylitf hgylift hgyflti
hgyflit hgyftli hgyftil hgyfitl hgyfilt hgytfli hgytfil hgytlfi hgytlif hgytilf hgytifl
hgyiftl hgyiflt hgyitfl hgyitlf hgyiltf hgyilft hfiglty hfiglyt hfigtly hfigtyl hfigytl
hfigylt hfilgty hfilgyt hfiltgy hfiltyg hfilytg hfilygt hfitlgy hfitlyg hfitgly hfitgyl
hfitygl hfitylg hfiyltg hfiylgt hfiytlg hfiytgl hfiygtl hfiyglt hfgilty hfgilyt hfgitly
hfgityl hfgiytl hfgiylt hfglity hfgliyt hfgltiy hfgltyi hfglyti hfglyit hfgtliy hfgtlyi
hfgtily hfgtiyl hfgtyil hfgtyli hfgylti hfgylit hfgytli hfgytil hfgyitl hfgyilt hflgity
hflgiyt hflgtiy hflgtyi hflgyti hflgyit hfligty hfligyt hflitgy hflityg hfliytg hfliygt
hfltigy hfltiyg hfltgiy hfltgyi hfltygi hfltyig hflyitg hflyigt hflytig hflytgi hflygti
hflygit hftgliy hftglyi hftgily hftgiyl hftgyil hftgyli hftlgiy hftlgyi hftligy hftliyg
hftlyig hftlygi hftilgy hftilyg hftigly hftigyl hftiygl hftiylg hftylig hftylgi hftyilg
hftyigl hftygil hftygli hfyglti hfyglit hfygtli hfygtil hfygitl hfygilt hfylgti hfylgit
hfyltgi hfyltig hfylitg hfyligt hfytlgi hfytlig hfytgli hfytgil hfytigl hfytilg hfyiltg
hfyilgt hfyitlg hfyitgl hfyigtl hfyiglt htigfly htigfyl htiglfy htiglyf htigylf htigyfl
htifgly htifgyl htiflgy htiflyg htifylg htifygl htilfgy htilfyg htilgfy htilgyf htilygf
htilyfg htiyflg htiyfgl htiylfg htiylgf htiyglf htiygfl htgifly htgifyl htgilfy htgilyf
htgiylf htgiyfl htgfily htgfiyl htgfliy htgflyi htgfyli htgfyil htglfiy htglfyi htglify
htgliyf htglyif htglyfi htgyfli htgyfil htgylfi htgylif htgyilf htgyifl htfgily htfgiyl
htfgliy htfglyi htfgyli htfgyil htfigly htfigyl htfilgy htfilyg htfiylg htfiygl htfligy
htfliyg htflgiy htflgyi htflygi htflyig htfyilg htfyigl htfylig htfylgi htfygli htfygil
htlgfiy htlgfyi htlgify htlgiyf htlgyif htlgyfi htlfgiy htlfgyi htlfigy htlfiyg htlfyig
htlfygi htlifgy htlifyg htligfy htligyf htliygf htliyfg htlyfig htlyfgi htlyifg htlyigf
htlygif htlygfi htygfli htygfil htyglfi htyglif htygilf htygifl htyfgli htyfgil htyflgi
htyflig htyfilg htyfigl htylfgi htylfig htylgfi htylgif htyligf htylifg htyiflg htyifgl
htyilfg htyilgf htyiglf htyigfl hyigftl hyigflt hyigtfl hyigtlf hyigltf hyiglft hyifgtl
hyifglt hyiftgl hyiftlg hyifltg hyiflgt hyitfgl hyitflg hyitgfl hyitglf hyitlgf hyitlfg
hyilftg hyilfgt hyiltfg hyiltgf hyilgtf hyilgft hygiftl hygiflt hygitfl hygitlf hygiltf
hygilft hygfitl hygfilt hygftil hygftli hygflti hygflit hygtfil hygtfli hygtifl hygtilf
hygtlif hygtlfi hyglfti hyglfit hygltfi hygltif hyglitf hyglift hyfgitl hyfgilt hyfgtil
hyfgtli hyfglti hyfglit hyfigtl hyfiglt hyfitgl hyfitlg hyfiltg hyfilgt hyftigl hyftilg
hyftgil hyftgli hyftlgi hyftlig hyflitg hyfligt hyfltig hyfltgi hyflgti hyflgit hytgfil
hytgfli hytgifl hytgilf hytglif hytglfi hytfgil hytfgli hytfigl hytfilg hytflig hytflgi
hytifgl hytiflg hytigfl hytiglf hytilgf hytilfg hytlfig hytlfgi hytlifg hytligf hytlgif
hytlgfi hylgfti hylgfit hylgtfi hylgtif hylgitf hylgift hylfgti hylfgit hylftgi hylftig
hylfitg hylfigt hyltfgi hyltfig hyltgfi hyltgif hyltigf hyltifg hyliftg hylifgt hylitfg
hylitgf hyligtf hyligft tlighfy tlighyf tligfhy tligfyh tligyfh tligyhf tlihgfy tlihgyf
tlihfgy tlihfyg tlihyfg tlihygf tlifhgy tlifhyg tlifghy tlifgyh tlifygh tlifyhg tliyhfg
tliyhgf tliyfhg tliyfgh tliygfh tliyghf tlgihfy tlgihyf tlgifhy tlgifyh tlgiyfh tlgiyhf
tlghify tlghiyf tlghfiy tlghfyi tlghyfi tlghyif tlgfhiy tlgfhyi tlgfihy tlgfiyh tlgfyih
tlgfyhi tlgyhfi tlgyhif tlgyfhi tlgyfih tlgyifh tlgyihf tlhgify tlhgiyf tlhgfiy tlhgfyi
tlhgyfi tlhgyif tlhigfy tlhigyf tlhifgy tlhifyg tlhiyfg tlhiygf tlhfigy tlhfiyg tlhfgiy
tlhfgyi tlhfygi tlhfyig tlhyifg tlhyigf tlhyfig tlhyfgi tlhygfi tlhygif tlfghiy tlfghyi
tlfgihy tlfgiyh tlfgyih tlfgyhi tlfhgiy tlfhgyi tlfhigy tlfhiyg tlfhyig tlfhygi tlfihgy
tlfihyg tlfighy tlfigyh tlfiygh tlfiyhg tlfyhig tlfyhgi tlfyihg tlfyigh tlfygih tlfyghi
tlyghfi tlyghif tlygfhi tlygfih tlygifh tlygihf tlyhgfi tlyhgif tlyhfgi tlyhfig tlyhifg
tlyhigf tlyfhgi tlyfhig tlyfghi tlyfgih tlyfigh tlyfihg tlyihfg tlyihgf tlyifhg tlyifgh
tlyigfh tlyighf tilghfy tilghyf tilgfhy tilgfyh tilgyfh tilgyhf tilhgfy tilhgyf tilhfgy
tilhfyg tilhyfg tilhygf tilfhgy tilfhyg tilfghy tilfgyh tilfygh tilfyhg tilyhfg tilyhgf
tilyfhg tilyfgh tilygfh tilyghf tiglhfy tiglhyf tiglfhy tiglfyh tiglyfh tiglyhf tighlfy
tighlyf tighfly tighfyl tighyfl tighylf tigfhly tigfhyl tigflhy tigflyh tigfylh tigfyhl
tigyhfl tigyhlf tigyfhl tigyflh tigylfh tigylhf tihglfy tihglyf tihgfly tihgfyl tihgyfl
tihgylf tihlgfy tihlgyf tihlfgy tihlfyg tihlyfg tihlygf tihflgy tihflyg tihfgly tihfgyl
tihfygl tihfylg tihylfg tihylgf tihyflg tihyfgl tihygfl tihyglf tifghly tifghyl tifglhy
tifglyh tifgylh tifgyhl tifhgly tifhgyl tifhlgy tifhlyg tifhylg tifhygl tiflhgy tiflhyg
tiflghy tiflgyh tiflygh tiflyhg tifyhlg tifyhgl tifylhg tifylgh tifyglh tifyghl tiyghfl
tiyghlf tiygfhl tiygflh tiyglfh tiyglhf tiyhgfl tiyhglf tiyhfgl tiyhflg tiyhlfg tiyhlgf
tiyfhgl tiyfhlg tiyfghl tiyfglh tiyflgh tiyflhg tiylhfg tiylhgf tiylfhg tiylfgh tiylgfh
tiylghf tgilhfy tgilhyf tgilfhy tgilfyh tgilyfh tgilyhf tgihlfy tgihlyf tgihfly tgihfyl
tgihyfl tgihylf tgifhly tgifhyl tgiflhy tgiflyh tgifylh tgifyhl tgiyhfl tgiyhlf tgiyfhl
tgiyflh tgiylfh tgiylhf tglihfy tglihyf tglifhy tglifyh tgliyfh tgliyhf tglhify tglhiyf
tglhfiy tglhfyi tglhyfi tglhyif tglfhiy tglfhyi tglfihy tglfiyh tglfyih tglfyhi tglyhfi
tglyhif tglyfhi tglyfih tglyifh tglyihf tghlify tghliyf tghlfiy tghlfyi tghlyfi tghlyif
tghilfy tghilyf tghifly tghifyl tghiyfl tghiylf tghfily tghfiyl tghfliy tghflyi tghfyli
tghfyil tghyifl tghyilf tghyfil tghyfli tghylfi tghylif tgflhiy tgflhyi tgflihy tgfliyh
tgflyih tgflyhi tgfhliy tgfhlyi tgfhily tgfhiyl tgfhyil tgfhyli tgfihly tgfihyl tgfilhy
tgfilyh tgfiylh tgfiyhl tgfyhil tgfyhli tgfyihl tgfyilh tgfylih tgfylhi tgylhfi tgylhif
tgylfhi tgylfih tgylifh tgylihf tgyhlfi tgyhlif tgyhfli tgyhfil tgyhifl tgyhilf tgyfhli
tgyfhil tgyflhi tgyflih tgyfilh tgyfihl tgyihfl tgyihlf tgyifhl tgyiflh tgyilfh tgyilhf
thiglfy thiglyf thigfly thigfyl thigyfl thigylf thilgfy thilgyf thilfgy thilfyg thilyfg
thilygf thiflgy thiflyg thifgly thifgyl thifygl thifylg thiylfg thiylgf thiyflg thiyfgl
thiygfl thiyglf thgilfy thgilyf thgifly thgifyl thgiyfl thgiylf thglify thgliyf thglfiy
thglfyi thglyfi thglyif thgfliy thgflyi thgfily thgfiyl thgfyil thgfyli thgylfi thgylif
thgyfli thgyfil thgyifl thgyilf thlgify thlgiyf thlgfiy thlgfyi thlgyfi thlgyif thligfy
thligyf thlifgy thlifyg thliyfg thliygf thlfigy thlfiyg thlfgiy thlfgyi thlfygi thlfyig
thlyifg thlyigf thlyfig thlyfgi thlygfi thlygif thfgliy thfglyi thfgily thfgiyl thfgyil
thfgyli thflgiy thflgyi thfligy thfliyg thflyig thflygi thfilgy thfilyg thfigly thfigyl
thfiygl thfiylg thfylig thfylgi thfyilg thfyigl thfygil thfygli thyglfi thyglif thygfli
thygfil thygifl thygilf thylgfi thylgif thylfgi thylfig thylifg thyligf thyflgi thyflig
thyfgli thyfgil thyfigl thyfilg thyilfg thyilgf thyiflg thyifgl thyigfl thyiglf tfighly
tfighyl tfiglhy tfiglyh tfigylh tfigyhl tfihgly tfihgyl tfihlgy tfihlyg tfihylg tfihygl
tfilhgy tfilhyg tfilghy tfilgyh tfilygh tfilyhg tfiyhlg tfiyhgl tfiylhg tfiylgh tfiyglh
tfiyghl tfgihly tfgihyl tfgilhy tfgilyh tfgiylh tfgiyhl tfghily tfghiyl tfghliy tfghlyi
tfghyli tfghyil tfglhiy tfglhyi tfglihy tfgliyh tfglyih tfglyhi tfgyhli tfgyhil tfgylhi
tfgylih tfgyilh tfgyihl tfhgily tfhgiyl tfhgliy tfhglyi tfhgyli tfhgyil tfhigly tfhigyl
tfhilgy tfhilyg tfhiylg tfhiygl tfhligy tfhliyg tfhlgiy tfhlgyi tfhlygi tfhlyig tfhyilg
tfhyigl tfhylig tfhylgi tfhygli tfhygil tflghiy tflghyi tflgihy tflgiyh tflgyih tflgyhi
tflhgiy tflhgyi tflhigy tflhiyg tflhyig tflhygi tflihgy tflihyg tflighy tfligyh tfliygh
tfliyhg tflyhig tflyhgi tflyihg tflyigh tflygih tflyghi tfyghli tfyghil tfyglhi tfyglih
tfygilh tfygihl tfyhgli tfyhgil tfyhlgi tfyhlig tfyhilg tfyhigl tfylhgi tfylhig tfylghi
tfylgih tfyligh tfylihg tfyihlg tfyihgl tfyilhg tfyilgh tfyiglh tfyighl tyighfl tyighlf
tyigfhl tyigflh tyiglfh tyiglhf tyihgfl tyihglf tyihfgl tyihflg tyihlfg tyihlgf tyifhgl
tyifhlg tyifghl tyifglh tyiflgh tyiflhg tyilhfg tyilhgf tyilfhg tyilfgh tyilgfh tyilghf
tygihfl tygihlf tygifhl tygiflh tygilfh tygilhf tyghifl tyghilf tyghfil tyghfli tyghlfi
tyghlif tygfhil tygfhli tygfihl tygfilh tygflih tygflhi tyglhfi tyglhif tyglfhi tyglfih
tyglifh tyglihf tyhgifl tyhgilf tyhgfil tyhgfli tyhglfi tyhglif tyhigfl tyhiglf tyhifgl
tyhiflg tyhilfg tyhilgf tyhfigl tyhfilg tyhfgil tyhfgli tyhflgi tyhflig tyhlifg tyhligf
tyhlfig tyhlfgi tyhlgfi tyhlgif tyfghil tyfghli tyfgihl tyfgilh tyfglih tyfglhi tyfhgil
tyfhgli tyfhigl tyfhilg tyfhlig tyfhlgi tyfihgl tyfihlg tyfighl tyfiglh tyfilgh tyfilhg
tyflhig tyflhgi tyflihg tyfligh tyflgih tyflghi tylghfi tylghif tylgfhi tylgfih tylgifh
tylgihf tylhgfi tylhgif tylhfgi tylhfig tylhifg tylhigf tylfhgi tylfhig tylfghi tylfgih
tylfigh tylfihg tylihfg tylihgf tylifhg tylifgh tyligfh tylighf ylightf ylighft yligthf
yligtfh yligfth yligfht ylihgtf ylihgft ylihtgf ylihtfg ylihftg ylihfgt ylithgf ylithfg
ylitghf ylitgfh ylitfgh ylitfhg ylifhtg ylifhgt ylifthg yliftgh ylifgth ylifght ylgihtf
ylgihft ylgithf ylgitfh ylgifth ylgifht ylghitf ylghift ylghtif ylghtfi ylghfti ylghfit
ylgthif ylgthfi ylgtihf ylgtifh ylgtfih ylgtfhi ylgfhti ylgfhit ylgfthi ylgftih ylgfith
ylgfiht ylhgitf ylhgift ylhgtif ylhgtfi ylhgfti ylhgfit ylhigtf ylhigft ylhitgf ylhitfg
ylhiftg ylhifgt ylhtigf ylhtifg ylhtgif ylhtgfi ylhtfgi ylhtfig ylhfitg ylhfigt ylhftig
ylhftgi ylhfgti ylhfgit yltghif yltghfi yltgihf yltgifh yltgfih yltgfhi ylthgif ylthgfi
ylthigf ylthifg ylthfig ylthfgi yltihgf yltihfg yltighf yltigfh yltifgh yltifhg yltfhig
yltfhgi yltfihg yltfigh yltfgih yltfghi ylfghti ylfghit ylfgthi ylfgtih ylfgith ylfgiht
ylfhgti ylfhgit ylfhtgi ylfhtig ylfhitg ylfhigt ylfthgi ylfthig ylftghi ylftgih ylftigh
ylftihg ylfihtg ylfihgt ylfithg ylfitgh ylfigth ylfight yilghtf yilghft yilgthf yilgtfh
yilgfth yilgfht yilhgtf yilhgft yilhtgf yilhtfg yilhftg yilhfgt yilthgf yilthfg yiltghf
yiltgfh yiltfgh yiltfhg yilfhtg yilfhgt yilfthg yilftgh yilfgth yilfght yiglhtf yiglhft
yiglthf yigltfh yiglfth yiglfht yighltf yighlft yightlf yightfl yighftl yighflt yigthlf
yigthfl yigtlhf yigtlfh yigtflh yigtfhl yigfhtl yigfhlt yigfthl yigftlh yigflth yigflht
yihgltf yihglft yihgtlf yihgtfl yihgftl yihgflt yihlgtf yihlgft yihltgf yihltfg yihlftg
yihlfgt yihtlgf yihtlfg yihtglf yihtgfl yihtfgl yihtflg yihfltg yihflgt yihftlg yihftgl
yihfgtl yihfglt yitghlf yitghfl yitglhf yitglfh yitgflh yitgfhl yithglf yithgfl yithlgf
yithlfg yithflg yithfgl yitlhgf yitlhfg yitlghf yitlgfh yitlfgh yitlfhg yitfhlg yitfhgl
yitflhg yitflgh yitfglh yitfghl yifghtl yifghlt yifgthl yifgtlh yifglth yifglht yifhgtl
yifhglt yifhtgl yifhtlg yifhltg yifhlgt yifthgl yifthlg yiftghl yiftglh yiftlgh yiftlhg
yiflhtg yiflhgt yiflthg yifltgh yiflgth yiflght ygilhtf ygilhft ygilthf ygiltfh ygilfth
ygilfht ygihltf ygihlft ygihtlf ygihtfl ygihftl ygihflt ygithlf ygithfl ygitlhf ygitlfh
ygitflh ygitfhl ygifhtl ygifhlt ygifthl ygiftlh ygiflth ygiflht yglihtf yglihft yglithf
yglitfh yglifth yglifht yglhitf yglhift yglhtif yglhtfi yglhfti yglhfit yglthif yglthfi
ygltihf ygltifh ygltfih ygltfhi yglfhti yglfhit yglfthi yglftih yglfith yglfiht yghlitf
yghlift yghltif yghltfi yghlfti yghlfit yghiltf yghilft yghitlf yghitfl yghiftl yghiflt
yghtilf yghtifl yghtlif yghtlfi yghtfli yghtfil yghfitl yghfilt yghftil yghftli yghflti
yghflit ygtlhif ygtlhfi ygtlihf ygtlifh ygtlfih ygtlfhi ygthlif ygthlfi ygthilf ygthifl
ygthfil ygthfli ygtihlf ygtihfl ygtilhf ygtilfh ygtiflh ygtifhl ygtfhil ygtfhli ygtfihl
ygtfilh ygtflih ygtflhi ygflhti ygflhit ygflthi ygfltih ygflith ygfliht ygfhlti ygfhlit
ygfhtli ygfhtil ygfhitl ygfhilt ygfthli ygfthil ygftlhi ygftlih ygftilh ygftihl ygfihtl
ygfihlt ygfithl ygfitlh ygfilth ygfilht yhigltf yhiglft yhigtlf yhigtfl yhigftl yhigflt
yhilgtf yhilgft yhiltgf yhiltfg yhilftg yhilfgt yhitlgf yhitlfg yhitglf yhitgfl yhitfgl
yhitflg yhifltg yhiflgt yhiftlg yhiftgl yhifgtl yhifglt yhgiltf yhgilft yhgitlf yhgitfl
yhgiftl yhgiflt yhglitf yhglift yhgltif yhgltfi yhglfti yhglfit yhgtlif yhgtlfi yhgtilf
yhgtifl yhgtfil yhgtfli yhgflti yhgflit yhgftli yhgftil yhgfitl yhgfilt yhlgitf yhlgift
yhlgtif yhlgtfi yhlgfti yhlgfit yhligtf yhligft yhlitgf yhlitfg yhliftg yhlifgt yhltigf
yhltifg yhltgif yhltgfi yhltfgi yhltfig yhlfitg yhlfigt yhlftig yhlftgi yhlfgti yhlfgit
yhtglif yhtglfi yhtgilf yhtgifl yhtgfil yhtgfli yhtlgif yhtlgfi yhtligf yhtlifg yhtlfig
yhtlfgi yhtilgf yhtilfg yhtiglf yhtigfl yhtifgl yhtiflg yhtflig yhtflgi yhtfilg yhtfigl
yhtfgil yhtfgli yhfglti yhfglit yhfgtli yhfgtil yhfgitl yhfgilt yhflgti yhflgit yhfltgi
yhfltig yhflitg yhfligt yhftlgi yhftlig yhftgli yhftgil yhftigl yhftilg yhfiltg yhfilgt
yhfitlg yhfitgl yhfigtl yhfiglt ytighlf ytighfl ytiglhf ytiglfh ytigflh ytigfhl ytihglf
ytihgfl ytihlgf ytihlfg ytihflg ytihfgl ytilhgf ytilhfg ytilghf ytilgfh ytilfgh ytilfhg
ytifhlg ytifhgl ytiflhg ytiflgh ytifglh ytifghl ytgihlf ytgihfl ytgilhf ytgilfh ytgiflh
ytgifhl ytghilf ytghifl ytghlif ytghlfi ytghfli ytghfil ytglhif ytglhfi ytglihf ytglifh
ytglfih ytglfhi ytgfhli ytgfhil ytgflhi ytgflih ytgfilh ytgfihl ythgilf ythgifl ythglif
ythglfi ythgfli ythgfil ythiglf ythigfl ythilgf ythilfg ythiflg ythifgl ythligf ythlifg
ythlgif ythlgfi ythlfgi ythlfig ythfilg ythfigl ythflig ythflgi ythfgli ythfgil ytlghif
ytlghfi ytlgihf ytlgifh ytlgfih ytlgfhi ytlhgif ytlhgfi ytlhigf ytlhifg ytlhfig ytlhfgi
ytlihgf ytlihfg ytlighf ytligfh ytlifgh ytlifhg ytlfhig ytlfhgi ytlfihg ytlfigh ytlfgih
ytlfghi ytfghli ytfghil ytfglhi ytfglih ytfgilh ytfgihl ytfhgli ytfhgil ytfhlgi ytfhlig
ytfhilg ytfhigl ytflhgi ytflhig ytflghi ytflgih ytfligh ytflihg ytfihlg ytfihgl ytfilhg
ytfilgh ytfiglh ytfighl yfightl yfighlt yfigthl yfigtlh yfiglth yfiglht yfihgtl yfihglt
yfihtgl yfihtlg yfihltg yfihlgt yfithgl yfithlg yfitghl yfitglh yfitlgh yfitlhg yfilhtg
yfilhgt yfilthg yfiltgh yfilgth yfilght yfgihtl yfgihlt yfgithl yfgitlh yfgilth yfgilht
yfghitl yfghilt yfghtil yfghtli yfghlti yfghlit yfgthil yfgthli yfgtihl yfgtilh yfgtlih
yfgtlhi yfglhti yfglhit yfglthi yfgltih yfglith yfgliht yfhgitl yfhgilt yfhgtil yfhgtli
yfhglti yfhglit yfhigtl yfhiglt yfhitgl yfhitlg yfhiltg yfhilgt yfhtigl yfhtilg yfhtgil
yfhtgli yfhtlgi yfhtlig yfhlitg yfhligt yfhltig yfhltgi yfhlgti yfhlgit yftghil yftghli
yftgihl yftgilh yftglih yftglhi yfthgil yfthgli yfthigl yfthilg yfthlig yfthlgi yftihgl
yftihlg yftighl yftiglh yftilgh yftilhg yftlhig yftlhgi yftlihg yftligh yftlgih yftlghi
yflghti yflghit yflgthi yflgtih yflgith yflgiht yflhgti yflhgit yflhtgi yflhtig yflhitg
yflhigt yflthgi yflthig yfltghi yfltgih yfltigh yfltihg yflihtg yflihgt yflithg yflitgh
yfligth yflight

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History of cryptography
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