easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

zettel

adiathermancy

zailani

dicenda

underpopulation

dedios

zonula

zonitidae

zoocyst

woolston

colicystitis

commit

warnke

benzothiophene

mdempster

westvanlear

catogenic

gunnysack


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: pitiful
cipher variations:
qjujgvm rkvkhwn slwlixo tmxmjyp unynkzq
vozolar wpapmbs xqbqnct yrcrodu zsdspev
atetqfw bufurgx cvgvshy dwhwtiz exixuja
fyjyvkb gzkzwlc halaxmd ibmbyne jcnczof
kdodapg lepebqh mfqfcri ngrgdsj ohshetk

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: pitiful
Cipher: krgrufo

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: pitiful
Cipher: ABBBA ABAAA BAABA ABAAA AABAB BAABB ABABA

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: pitiful
cipher variations:
qjujgvmuzgzqjiypspaxecfefklagvqvuzwklclenssrarypkwhmhidg
axyxsrcenkncfyidwdmtumtitwhqrkvkhwnvaharkjzqtqbyfdgfglmb
hwrwvaxlmdmfottsbszqlxinijehbyzytsdfolodgzjexenuvnujuxir
slwlixowbibslkarurczgehghmncixsxwbymnengpuutctarmyjojkfi
czazutegpmpehakfyfovwovkvyjstmxmjypxcjctmlbsvsdahfihinod
jytyxcznofohqvvudubsnzkpklgjdabavufhqnqfiblgzgpwxpwlwzkt
unynkzqydkdunmctwtebigjijopekzuzydaopgpirwwvevctoalqlmhk
ebcbwvgirorgjcmhahqxyqxmxaluvozolarzelevonduxufcjhkjkpqf
lavazebpqhqjsxxwfwdupbmrmnilfcdcxwhjspshkdnibiryzrynybmv
wpapmbsafmfwpoevyvgdkilklqrgmbwbafcqrirktyyxgxevqcnsnojm
gdedyxiktqtileojcjszaszozcnwxqbqnctbgngxqpfwzwheljmlmrsh
ncxcbgdrsjsluzzyhyfwrdotopknhefezyjlurujmfpkdktabtapadox
yrcroduchohyrqgxaxifmknmnstiodydchestktmvaazizgxsepupqlo
ifgfazkmvsvkngqlelubcubqbepyzsdspevdipizsrhybyjgnlonotuj
pezediftulunwbbajahytfqvqrmpjghgbalnwtwlohrmfmvcdvcrcfqz
atetqfwejqjatsizczkhompopuvkqfafejguvmvoxccbkbizugrwrsnq
khihcbmoxuxmpisngnwdewdsdgrabufurgxfkrkbutjadalipnqpqvwl
rgbgfkhvwnwpyddclcjavhsxstorlijidcnpyvynqjtohoxefxetehsb
cvgvshyglslcvukbebmjqorqrwxmshchgliwxoxqzeedmdkbwitytups
mjkjedoqzwzorkupipyfgyfufitcdwhwtizhmtmdwvlcfcnkrpsrsxyn
tidihmjxypyraffenelcxjuzuvqtnklkfepraxapslvqjqzghzgvgjud
exixujainunexwmdgdolsqtstyzoujejinkyzqzsbggfofmdykvavwru
olmlgfqsbybqtmwrkrahiahwhkvefyjyvkbjovofyxnehepmtrutuzap
vkfkjolzaratchhgpgnezlwbwxsvpmnmhgrtczcrunxslsbijbixilwf
gzkzwlckpwpgzyofifqnusvuvabqwlglkpmabsbudiihqhofamxcxytw
qnonihsudadsvoytmtcjkcjyjmxghalaxmdlqxqhazpgjgrovtwvwbcr
xmhmlqnbctcvejjiripgbnydyzuxropojitvebetwpzunudkldkzknyh
ibmbynemryribaqhkhspwuxwxcdsyninmrocdudwfkkjsjqhcozezavy
spqpkjuwfcfuxqavovelmelalozijcnczofnszsjcbrilitqxvyxydet
zojonspdevexgllktkridpafabwztqrqlkvxgdgvyrbwpwfmnfmbmpaj
kdodapgotatkdcsjmjurywzyzefuapkpotqefwfyhmmlulsjeqbgbcxa
ursrmlwyhehwzscxqxgnogncnqbklepebqhpubuledtknkvszxazafgv
bqlqpurfgxgzinnmvmtkfrchcdybvstsnmxzifixatdyryhophodorcl
mfqfcriqvcvmfeulolwtaybabghwcrmrqvsghyhajoonwnulgsdidezc
wtutonyajgjybuezszipqipepsdmngrgdsjrwdwngfvmpmxubzcbchix
dsnsrwthizibkppoxovmhtejefadxuvupozbkhkzcvfatajqrjqfqten
ohshetksxexohgwnqnyvcadcdijyetotsxuijajclqqpypwniufkfgbe
yvwvqpacliladwgbubkrskrgrufopitifultyfypihxorozwdbedejkz
fuputyvjkbkdmrrqzqxojvglghcfzwxwrqbdmjmbexhcvclstlshsvgp

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: pitiful
Cipher: cvgvshy

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: pitiful
Cipher: 53424442125413

Extended Methods:
Method #1

Plaintext: pitiful
method variations:
uoyolzqztdtqeveyiyvkakdodapf

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
p i t i f u l 
5 4 4 4 1 5 1 
3 2 4 2 2 4 3 
They are then read out in rows:
54441513242243
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: pitiful
Cipher: utvlrgo

Read more ...
Method #3

Plaintext: pitiful
method variations:
srtbwdx rtbwdxs tbwdxsr
bwdxsrt wdxsrtb dxsrtbw
xsrtbwd

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: pitiful

all 5040 cipher variations:
pitiful pitiflu pitiufl pitiulf pitiluf pitilfu pitfiul pitfilu pitfuil pitfuli pitflui
pitfliu pitufil pitufli pituifl pituilf pitulif pitulfi pitlfui pitlfiu pitlufi pitluif
pitliuf pitlifu piitful piitflu piitufl piitulf piitluf piitlfu piiftul piiftlu piifutl
piifult piiflut piifltu piiuftl piiuflt piiutfl piiutlf piiultf piiulft piilfut piilftu
piiluft piilutf piiltuf piiltfu pifitul pifitlu pifiutl pifiult pifilut pifiltu piftiul
piftilu piftuil piftuli piftlui piftliu pifutil pifutli pifuitl pifuilt pifulit pifulti
pifltui pifltiu pifluti pifluit pifliut piflitu piuiftl piuiflt piuitfl piuitlf piuiltf
piuilft piufitl piufilt piuftil piuftli piuflti piuflit piutfil piutfli piutifl piutilf
piutlif piutlfi piulfti piulfit piultfi piultif piulitf piulift pilifut piliftu piliuft
piliutf pilituf pilitfu pilfiut pilfitu pilfuit pilfuti pilftui pilftiu pilufit pilufti
piluift piluitf pilutif pilutfi piltfui piltfiu piltufi piltuif piltiuf piltifu ptiiful
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ptluiif ptluiif ptluifi ptlifui ptlifiu ptliufi ptliuif ptliiuf ptliifu pitiful pitiflu
pitiufl pitiulf pitiluf pitilfu pitfiul pitfilu pitfuil pitfuli pitflui pitfliu pitufil
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iuifptl iuifplt iuiflpt iuifltp iuipftl iuipflt iuiptfl iuiptlf iuipltf iuiplft iuilfpt
iuilftp iuilpft iuilptf iuiltpf iuiltfp iufitpl iufitlp iufiptl iufiplt iufilpt iufiltp
iuftipl iuftilp iuftpil iuftpli iuftlpi iuftlip iufptil iufptli iufpitl iufpilt iufplit
iufplti iufltpi iufltip iuflpti iuflpit iuflipt iuflitp iupiftl iupiflt iupitfl iupitlf
iupiltf iupilft iupfitl iupfilt iupftil iupftli iupflti iupflit iuptfil iuptfli iuptifl
iuptilf iuptlif iuptlfi iuplfti iuplfit iupltfi iupltif iuplitf iuplift iulifpt iuliftp
iulipft iuliptf iulitpf iulitfp iulfipt iulfitp iulfpit iulfpti iulftpi iulftip iulpfit
iulpfti iulpift iulpitf iulptif iulptfi iultfpi iultfip iultpfi iultpif iultipf iultifp
iltifup iltifpu iltiufp iltiupf iltipuf iltipfu iltfiup iltfipu iltfuip iltfupi iltfpui
iltfpiu iltufip iltufpi iltuifp iltuipf iltupif iltupfi iltpfui iltpfiu iltpufi iltpuif
iltpiuf iltpifu ilitfup ilitfpu ilitufp ilitupf ilitpuf ilitpfu iliftup iliftpu ilifutp
ilifupt ilifput ilifptu iliuftp iliufpt iliutfp iliutpf iliuptf iliupft ilipfut ilipftu
ilipuft iliputf iliptuf iliptfu ilfitup ilfitpu ilfiutp ilfiupt ilfiput ilfiptu ilftiup
ilftipu ilftuip ilftupi ilftpui ilftpiu ilfutip ilfutpi ilfuitp ilfuipt ilfupit ilfupti
ilfptui ilfptiu ilfputi ilfpuit ilfpiut ilfpitu iluiftp iluifpt iluitfp iluitpf iluiptf
iluipft ilufitp ilufipt iluftip iluftpi ilufpti ilufpit ilutfip ilutfpi ilutifp ilutipf
ilutpif ilutpfi ilupfti ilupfit iluptfi iluptif ilupitf ilupift ilpifut ilpiftu ilpiuft
ilpiutf ilpituf ilpitfu ilpfiut ilpfitu ilpfuit ilpfuti ilpftui ilpftiu ilpufit ilpufti
ilpuift ilpuitf ilputif ilputfi ilptfui ilptfiu ilptufi ilptuif ilptiuf ilptifu tipiful
tipiflu tipiufl tipiulf tipiluf tipilfu tipfiul tipfilu tipfuil tipfuli tipflui tipfliu
tipufil tipufli tipuifl tipuilf tipulif tipulfi tiplfui tiplfiu tiplufi tipluif tipliuf
tiplifu tiipful tiipflu tiipufl tiipulf tiipluf tiiplfu tiifpul tiifplu tiifupl tiifulp
tiiflup tiiflpu tiiufpl tiiuflp tiiupfl tiiuplf tiiulpf tiiulfp tiilfup tiilfpu tiilufp
tiilupf tiilpuf tiilpfu tifipul tifiplu tifiupl tifiulp tifilup tifilpu tifpiul tifpilu
tifpuil tifpuli tifplui tifpliu tifupil tifupli tifuipl tifuilp tifulip tifulpi tiflpui
tiflpiu tiflupi tifluip tifliup tiflipu tiuifpl tiuiflp tiuipfl tiuiplf tiuilpf tiuilfp
tiufipl tiufilp tiufpil tiufpli tiuflpi tiuflip tiupfil tiupfli tiupifl tiupilf tiuplif
tiuplfi tiulfpi tiulfip tiulpfi tiulpif tiulipf tiulifp tilifup tilifpu tiliufp tiliupf
tilipuf tilipfu tilfiup tilfipu tilfuip tilfupi tilfpui tilfpiu tilufip tilufpi tiluifp
tiluipf tilupif tilupfi tilpfui tilpfiu tilpufi tilpuif tilpiuf tilpifu tpiiful tpiiflu
tpiiufl tpiiulf tpiiluf tpiilfu tpifiul tpifilu tpifuil tpifuli tpiflui tpifliu tpiufil
tpiufli tpiuifl tpiuilf tpiulif tpiulfi tpilfui tpilfiu tpilufi tpiluif tpiliuf tpilifu
tpiiful tpiiflu tpiiufl tpiiulf tpiiluf tpiilfu tpifiul tpifilu tpifuil tpifuli tpiflui
tpifliu tpiufil tpiufli tpiuifl tpiuilf tpiulif tpiulfi tpilfui tpilfiu tpilufi tpiluif
tpiliuf tpilifu tpfiiul tpfiilu tpfiuil tpfiuli tpfilui tpfiliu tpfiiul tpfiilu tpfiuil
tpfiuli tpfilui tpfiliu tpfuiil tpfuili tpfuiil tpfuili tpfulii tpfulii tpfliui tpfliiu
tpfluii tpfluii tpfliui tpfliiu tpuifil tpuifli tpuiifl tpuiilf tpuilif tpuilfi tpufiil
tpufili tpufiil tpufili tpuflii tpuflii tpuifil tpuifli tpuiifl tpuiilf tpuilif tpuilfi
tpulfii tpulfii tpulifi tpuliif tpuliif tpulifi tplifui tplifiu tpliufi tpliuif tpliiuf
tpliifu tplfiui tplfiiu tplfuii tplfuii tplfiui tplfiiu tplufii tplufii tpluifi tpluiif
tpluiif tpluifi tplifui tplifiu tpliufi tpliuif tpliiuf tpliifu tipiful tipiflu tipiufl
tipiulf tipiluf tipilfu tipfiul tipfilu tipfuil tipfuli tipflui tipfliu tipufil tipufli
tipuifl tipuilf tipulif tipulfi tiplfui tiplfiu tiplufi tipluif tipliuf tiplifu tiipful
tiipflu tiipufl tiipulf tiipluf tiiplfu tiifpul tiifplu tiifupl tiifulp tiiflup tiiflpu
tiiufpl tiiuflp tiiupfl tiiuplf tiiulpf tiiulfp tiilfup tiilfpu tiilufp tiilupf tiilpuf
tiilpfu tifipul tifiplu tifiupl tifiulp tifilup tifilpu tifpiul tifpilu tifpuil tifpuli
tifplui tifpliu tifupil tifupli tifuipl tifuilp tifulip tifulpi tiflpui tiflpiu tiflupi
tifluip tifliup tiflipu tiuifpl tiuiflp tiuipfl tiuiplf tiuilpf tiuilfp tiufipl tiufilp
tiufpil tiufpli tiuflpi tiuflip tiupfil tiupfli tiupifl tiupilf tiuplif tiuplfi tiulfpi
tiulfip tiulpfi tiulpif tiulipf tiulifp tilifup tilifpu tiliufp tiliupf tilipuf tilipfu
tilfiup tilfipu tilfuip tilfupi tilfpui tilfpiu tilufip tilufpi tiluifp tiluipf tilupif
tilupfi tilpfui tilpfiu tilpufi tilpuif tilpiuf tilpifu tfpiiul tfpiilu tfpiuil tfpiuli
tfpilui tfpiliu tfpiiul tfpiilu tfpiuil tfpiuli tfpilui tfpiliu tfpuiil tfpuili tfpuiil
tfpuili tfpulii tfpulii tfpliui tfpliiu tfpluii tfpluii tfpliui tfpliiu tfipiul tfipilu
tfipuil tfipuli tfiplui tfipliu tfiipul tfiiplu tfiiupl tfiiulp tfiilup tfiilpu tfiuipl
tfiuilp tfiupil tfiupli tfiulpi tfiulip tfiliup tfilipu tfiluip tfilupi tfilpui tfilpiu
tfiipul tfiiplu tfiiupl tfiiulp tfiilup tfiilpu tfipiul tfipilu tfipuil tfipuli tfiplui
tfipliu tfiupil tfiupli tfiuipl tfiuilp tfiulip tfiulpi tfilpui tfilpiu tfilupi tfiluip
tfiliup tfilipu tfuiipl tfuiilp tfuipil tfuipli tfuilpi tfuilip tfuiipl tfuiilp tfuipil
tfuipli tfuilpi tfuilip tfupiil tfupili tfupiil tfupili tfuplii tfuplii tfulipi tfuliip
tfulpii tfulpii tfulipi tfuliip tfliiup tfliipu tfliuip tfliupi tflipui tflipiu tfliiup
tfliipu tfliuip tfliupi tflipui tflipiu tfluiip tfluipi tfluiip tfluipi tflupii tflupii
tflpiui tflpiiu tflpuii tflpuii tflpiui tflpiiu tupifil tupifli tupiifl tupiilf tupilif
tupilfi tupfiil tupfili tupfiil tupfili tupflii tupflii tupifil tupifli tupiifl tupiilf
tupilif tupilfi tuplfii tuplfii tuplifi tupliif tupliif tuplifi tuipfil tuipfli tuipifl
tuipilf tuiplif tuiplfi tuifpil tuifpli tuifipl tuifilp tuiflip tuiflpi tuiifpl tuiiflp
tuiipfl tuiiplf tuiilpf tuiilfp tuilfip tuilfpi tuilifp tuilipf tuilpif tuilpfi tufipil
tufipli tufiipl tufiilp tufilip tufilpi tufpiil tufpili tufpiil tufpili tufplii tufplii
tufipil tufipli tufiipl tufiilp tufilip tufilpi tuflpii tuflpii tuflipi tufliip tufliip
tuflipi tuiifpl tuiiflp tuiipfl tuiiplf tuiilpf tuiilfp tuifipl tuifilp tuifpil tuifpli
tuiflpi tuiflip tuipfil tuipfli tuipifl tuipilf tuiplif tuiplfi tuilfpi tuilfip tuilpfi
tuilpif tuilipf tuilifp tulifip tulifpi tuliifp tuliipf tulipif tulipfi tulfiip tulfipi
tulfiip tulfipi tulfpii tulfpii tulifip tulifpi tuliifp tuliipf tulipif tulipfi tulpfii
tulpfii tulpifi tulpiif tulpiif tulpifi tlpifui tlpifiu tlpiufi tlpiuif tlpiiuf tlpiifu
tlpfiui tlpfiiu tlpfuii tlpfuii tlpfiui tlpfiiu tlpufii tlpufii tlpuifi tlpuiif tlpuiif
tlpuifi tlpifui tlpifiu tlpiufi tlpiuif tlpiiuf tlpiifu tlipfui tlipfiu tlipufi tlipuif
tlipiuf tlipifu tlifpui tlifpiu tlifupi tlifuip tlifiup tlifipu tliufpi tliufip tliupfi
tliupif tliuipf tliuifp tliifup tliifpu tliiufp tliiupf tliipuf tliipfu tlfipui tlfipiu
tlfiupi tlfiuip tlfiiup tlfiipu tlfpiui tlfpiiu tlfpuii tlfpuii tlfpiui tlfpiiu tlfupii
tlfupii tlfuipi tlfuiip tlfuiip tlfuipi tlfipui tlfipiu tlfiupi tlfiuip tlfiiup tlfiipu
tluifpi tluifip tluipfi tluipif tluiipf tluiifp tlufipi tlufiip tlufpii tlufpii tlufipi
tlufiip tlupfii tlupfii tlupifi tlupiif tlupiif tlupifi tluifpi tluifip tluipfi tluipif
tluiipf tluiifp tliifup tliifpu tliiufp tliiupf tliipuf tliipfu tlifiup tlifipu tlifuip
tlifupi tlifpui tlifpiu tliufip tliufpi tliuifp tliuipf tliupif tliupfi tlipfui tlipfiu
tlipufi tlipuif tlipiuf tlipifu iitpful iitpflu iitpufl iitpulf iitpluf iitplfu iitfpul
iitfplu iitfupl iitfulp iitflup iitflpu iitufpl iituflp iitupfl iituplf iitulpf iitulfp
iitlfup iitlfpu iitlufp iitlupf iitlpuf iitlpfu iiptful iiptflu iiptufl iiptulf iiptluf
iiptlfu iipftul iipftlu iipfutl iipfult iipflut iipfltu iipuftl iipuflt iiputfl iiputlf
iipultf iipulft iiplfut iiplftu iipluft iiplutf iipltuf iipltfu iifptul iifptlu iifputl
iifpult iifplut iifpltu iiftpul iiftplu iiftupl iiftulp iiftlup iiftlpu iifutpl iifutlp
iifuptl iifuplt iifulpt iifultp iifltup iifltpu iiflutp iiflupt iiflput iiflptu iiupftl
iiupflt iiuptfl iiuptlf iiupltf iiuplft iiufptl iiufplt iiuftpl iiuftlp iiufltp iiuflpt
iiutfpl iiutflp iiutpfl iiutplf iiutlpf iiutlfp iiulftp iiulfpt iiultfp iiultpf iiulptf
iiulpft iilpfut iilpftu iilpuft iilputf iilptuf iilptfu iilfput iilfptu iilfupt iilfutp
iilftup iilftpu iilufpt iiluftp iilupft iiluptf iilutpf iilutfp iiltfup iiltfpu iiltufp
iiltupf iiltpuf iiltpfu itipful itipflu itipufl itipulf itipluf itiplfu itifpul itifplu
itifupl itifulp itiflup itiflpu itiufpl itiuflp itiupfl itiuplf itiulpf itiulfp itilfup
itilfpu itilufp itilupf itilpuf itilpfu itpiful itpiflu itpiufl itpiulf itpiluf itpilfu
itpfiul itpfilu itpfuil itpfuli itpflui itpfliu itpufil itpufli itpuifl itpuilf itpulif
itpulfi itplfui itplfiu itplufi itpluif itpliuf itplifu itfpiul itfpilu itfpuil itfpuli
itfplui itfpliu itfipul itfiplu itfiupl itfiulp itfilup itfilpu itfuipl itfuilp itfupil
itfupli itfulpi itfulip itfliup itflipu itfluip itflupi itflpui itflpiu itupfil itupfli
itupifl itupilf ituplif ituplfi itufpil itufpli itufipl itufilp ituflip ituflpi ituifpl
ituiflp ituipfl ituiplf ituilpf ituilfp itulfip itulfpi itulifp itulipf itulpif itulpfi
itlpfui itlpfiu itlpufi itlpuif itlpiuf itlpifu itlfpui itlfpiu itlfupi itlfuip itlfiup
itlfipu itlufpi itlufip itlupfi itlupif itluipf itluifp itlifup itlifpu itliufp itliupf
itlipuf itlipfu iptiful iptiflu iptiufl iptiulf iptiluf iptilfu iptfiul iptfilu iptfuil
iptfuli iptflui iptfliu iptufil iptufli iptuifl iptuilf iptulif iptulfi iptlfui iptlfiu
iptlufi iptluif iptliuf iptlifu ipitful ipitflu ipitufl ipitulf ipitluf ipitlfu ipiftul
ipiftlu ipifutl ipifult ipiflut ipifltu ipiuftl ipiuflt ipiutfl ipiutlf ipiultf ipiulft
ipilfut ipilftu ipiluft ipilutf ipiltuf ipiltfu ipfitul ipfitlu ipfiutl ipfiult ipfilut
ipfiltu ipftiul ipftilu ipftuil ipftuli ipftlui ipftliu ipfutil ipfutli ipfuitl ipfuilt
ipfulit ipfulti ipfltui ipfltiu ipfluti ipfluit ipfliut ipflitu ipuiftl ipuiflt ipuitfl
ipuitlf ipuiltf ipuilft ipufitl ipufilt ipuftil ipuftli ipuflti ipuflit iputfil iputfli
iputifl iputilf iputlif iputlfi ipulfti ipulfit ipultfi ipultif ipulitf ipulift iplifut
ipliftu ipliuft ipliutf iplituf iplitfu iplfiut iplfitu iplfuit iplfuti iplftui iplftiu
iplufit iplufti ipluift ipluitf iplutif iplutfi ipltfui ipltfiu ipltufi ipltuif ipltiuf
ipltifu iftpiul iftpilu iftpuil iftpuli iftplui iftpliu iftipul iftiplu iftiupl iftiulp
iftilup iftilpu iftuipl iftuilp iftupil iftupli iftulpi iftulip iftliup iftlipu iftluip
iftlupi iftlpui iftlpiu ifptiul ifptilu ifptuil ifptuli ifptlui ifptliu ifpitul ifpitlu
ifpiutl ifpiult ifpilut ifpiltu ifpuitl ifpuilt ifputil ifputli ifpulti ifpulit ifpliut
ifplitu ifpluit ifpluti ifpltui ifpltiu ifiptul ifiptlu ifiputl ifipult ifiplut ifipltu
ifitpul ifitplu ifitupl ifitulp ifitlup ifitlpu ifiutpl ifiutlp ifiuptl ifiuplt ifiulpt
ifiultp ifiltup ifiltpu ifilutp ifilupt ifilput ifilptu ifupitl ifupilt ifuptil ifuptli
ifuplti ifuplit ifuiptl ifuiplt ifuitpl ifuitlp ifuiltp ifuilpt ifutipl ifutilp ifutpil
ifutpli ifutlpi ifutlip ifulitp ifulipt ifultip ifultpi ifulpti ifulpit iflpiut iflpitu
iflpuit iflputi iflptui iflptiu ifliput ifliptu ifliupt ifliutp iflitup iflitpu ifluipt
ifluitp iflupit iflupti iflutpi iflutip ifltiup ifltipu ifltuip ifltupi ifltpui ifltpiu
iutpfil iutpfli iutpifl iutpilf iutplif iutplfi iutfpil iutfpli iutfipl iutfilp iutflip
iutflpi iutifpl iutiflp iutipfl iutiplf iutilpf iutilfp iutlfip iutlfpi iutlifp iutlipf
iutlpif iutlpfi iuptfil iuptfli iuptifl iuptilf iuptlif iuptlfi iupftil iupftli iupfitl
iupfilt iupflit iupflti iupiftl iupiflt iupitfl iupitlf iupiltf iupilft iuplfit iuplfti
iuplift iuplitf iupltif iupltfi iufptil iufptli iufpitl iufpilt iufplit iufplti iuftpil
iuftpli iuftipl iuftilp iuftlip iuftlpi iufitpl iufitlp iufiptl iufiplt iufilpt iufiltp
iufltip iufltpi iuflitp iuflipt iuflpit iuflpti iuipftl iuipflt iuiptfl iuiptlf iuipltf
iuiplft iuifptl iuifplt iuiftpl iuiftlp iuifltp iuiflpt iuitfpl iuitflp iuitpfl iuitplf
iuitlpf iuitlfp iuilftp iuilfpt iuiltfp iuiltpf iuilptf iuilpft iulpfit iulpfti iulpift
iulpitf iulptif iulptfi iulfpit iulfpti iulfipt iulfitp iulftip iulftpi iulifpt iuliftp
iulipft iuliptf iulitpf iulitfp iultfip iultfpi iultifp iultipf iultpif iultpfi iltpfui
iltpfiu iltpufi iltpuif iltpiuf iltpifu iltfpui iltfpiu iltfupi iltfuip iltfiup iltfipu
iltufpi iltufip iltupfi iltupif iltuipf iltuifp iltifup iltifpu iltiufp iltiupf iltipuf
iltipfu ilptfui ilptfiu ilptufi ilptuif ilptiuf ilptifu ilpftui ilpftiu ilpfuti ilpfuit
ilpfiut ilpfitu ilpufti ilpufit ilputfi ilputif ilpuitf ilpuift ilpifut ilpiftu ilpiuft
ilpiutf ilpituf ilpitfu ilfptui ilfptiu ilfputi ilfpuit ilfpiut ilfpitu ilftpui ilftpiu
ilftupi ilftuip ilftiup ilftipu ilfutpi ilfutip ilfupti ilfupit ilfuipt ilfuitp ilfitup
ilfitpu ilfiutp ilfiupt ilfiput ilfiptu ilupfti ilupfit iluptfi iluptif ilupitf ilupift
ilufpti ilufpit iluftpi iluftip ilufitp ilufipt ilutfpi ilutfip ilutpfi ilutpif ilutipf
ilutifp iluiftp iluifpt iluitfp iluitpf iluiptf iluipft ilipfut ilipftu ilipuft iliputf
iliptuf iliptfu ilifput ilifptu ilifupt ilifutp iliftup iliftpu iliufpt iliuftp iliupft
iliuptf iliutpf iliutfp ilitfup ilitfpu ilitufp ilitupf ilitpuf ilitpfu fitipul fitiplu
fitiupl fitiulp fitilup fitilpu fitpiul fitpilu fitpuil fitpuli fitplui fitpliu fitupil
fitupli fituipl fituilp fitulip fitulpi fitlpui fitlpiu fitlupi fitluip fitliup fitlipu
fiitpul fiitplu fiitupl fiitulp fiitlup fiitlpu fiiptul fiiptlu fiiputl fiipult fiiplut
fiipltu fiiuptl fiiuplt fiiutpl fiiutlp fiiultp fiiulpt fiilput fiilptu fiilupt fiilutp
fiiltup fiiltpu fipitul fipitlu fipiutl fipiult fipilut fipiltu fiptiul fiptilu fiptuil
fiptuli fiptlui fiptliu fiputil fiputli fipuitl fipuilt fipulit fipulti fipltui fipltiu
fipluti fipluit fipliut fiplitu fiuiptl fiuiplt fiuitpl fiuitlp fiuiltp fiuilpt fiupitl
fiupilt fiuptil fiuptli fiuplti fiuplit fiutpil fiutpli fiutipl fiutilp fiutlip fiutlpi
fiulpti fiulpit fiultpi fiultip fiulitp fiulipt filiput filiptu filiupt filiutp filitup
filitpu filpiut filpitu filpuit filputi filptui filptiu filupit filupti filuipt filuitp
filutip filutpi filtpui filtpiu filtupi filtuip filtiup filtipu ftiipul ftiiplu ftiiupl
ftiiulp ftiilup ftiilpu ftipiul ftipilu ftipuil ftipuli ftiplui ftipliu ftiupil ftiupli
ftiuipl ftiuilp ftiulip ftiulpi ftilpui ftilpiu ftilupi ftiluip ftiliup ftilipu ftiipul
ftiiplu ftiiupl ftiiulp ftiilup ftiilpu ftipiul ftipilu ftipuil ftipuli ftiplui ftipliu
ftiupil ftiupli ftiuipl ftiuilp ftiulip ftiulpi ftilpui ftilpiu ftilupi ftiluip ftiliup
ftilipu ftpiiul ftpiilu ftpiuil ftpiuli ftpilui ftpiliu ftpiiul ftpiilu ftpiuil ftpiuli
ftpilui ftpiliu ftpuiil ftpuili ftpuiil ftpuili ftpulii ftpulii ftpliui ftpliiu ftpluii
ftpluii ftpliui ftpliiu ftuipil ftuipli ftuiipl ftuiilp ftuilip ftuilpi ftupiil ftupili
ftupiil ftupili ftuplii ftuplii ftuipil ftuipli ftuiipl ftuiilp ftuilip ftuilpi ftulpii
ftulpii ftulipi ftuliip ftuliip ftulipi ftlipui ftlipiu ftliupi ftliuip ftliiup ftliipu
ftlpiui ftlpiiu ftlpuii ftlpuii ftlpiui ftlpiiu ftlupii ftlupii ftluipi ftluiip ftluiip
ftluipi ftlipui ftlipiu ftliupi ftliuip ftliiup ftliipu fitipul fitiplu fitiupl fitiulp
fitilup fitilpu fitpiul fitpilu fitpuil fitpuli fitplui fitpliu fitupil fitupli fituipl
fituilp fitulip fitulpi fitlpui fitlpiu fitlupi fitluip fitliup fitlipu fiitpul fiitplu
fiitupl fiitulp fiitlup fiitlpu fiiptul fiiptlu fiiputl fiipult fiiplut fiipltu fiiuptl
fiiuplt fiiutpl fiiutlp fiiultp fiiulpt fiilput fiilptu fiilupt fiilutp fiiltup fiiltpu
fipitul fipitlu fipiutl fipiult fipilut fipiltu fiptiul fiptilu fiptuil fiptuli fiptlui
fiptliu fiputil fiputli fipuitl fipuilt fipulit fipulti fipltui fipltiu fipluti fipluit
fipliut fiplitu fiuiptl fiuiplt fiuitpl fiuitlp fiuiltp fiuilpt fiupitl fiupilt fiuptil
fiuptli fiuplti fiuplit fiutpil fiutpli fiutipl fiutilp fiutlip fiutlpi fiulpti fiulpit
fiultpi fiultip fiulitp fiulipt filiput filiptu filiupt filiutp filitup filitpu filpiut
filpitu filpuit filputi filptui filptiu filupit filupti filuipt filuitp filutip filutpi
filtpui filtpiu filtupi filtuip filtiup filtipu fptiiul fptiilu fptiuil fptiuli fptilui
fptiliu fptiiul fptiilu fptiuil fptiuli fptilui fptiliu fptuiil fptuili fptuiil fptuili
fptulii fptulii fptliui fptliiu fptluii fptluii fptliui fptliiu fpitiul fpitilu fpituil
fpituli fpitlui fpitliu fpiitul fpiitlu fpiiutl fpiiult fpiilut fpiiltu fpiuitl fpiuilt
fpiutil fpiutli fpiulti fpiulit fpiliut fpilitu fpiluit fpiluti fpiltui fpiltiu fpiitul
fpiitlu fpiiutl fpiiult fpiilut fpiiltu fpitiul fpitilu fpituil fpituli fpitlui fpitliu
fpiutil fpiutli fpiuitl fpiuilt fpiulit fpiulti fpiltui fpiltiu fpiluti fpiluit fpiliut
fpilitu fpuiitl fpuiilt fpuitil fpuitli fpuilti fpuilit fpuiitl fpuiilt fpuitil fpuitli
fpuilti fpuilit fputiil fputili fputiil fputili fputlii fputlii fpuliti fpuliit fpultii
fpultii fpuliti fpuliit fpliiut fpliitu fpliuit fpliuti fplitui fplitiu fpliiut fpliitu
fpliuit fpliuti fplitui fplitiu fpluiit fpluiti fpluiit fpluiti fplutii fplutii fpltiui
fpltiiu fpltuii fpltuii fpltiui fpltiiu futipil futipli futiipl futiilp futilip futilpi
futpiil futpili futpiil futpili futplii futplii futipil futipli futiipl futiilp futilip
futilpi futlpii futlpii futlipi futliip futliip futlipi fuitpil fuitpli fuitipl fuitilp
fuitlip fuitlpi fuiptil fuiptli fuipitl fuipilt fuiplit fuiplti fuiiptl fuiiplt fuiitpl
fuiitlp fuiiltp fuiilpt fuilpit fuilpti fuilipt fuilitp fuiltip fuiltpi fupitil fupitli
fupiitl fupiilt fupilit fupilti fuptiil fuptili fuptiil fuptili fuptlii fuptlii fupitil
fupitli fupiitl fupiilt fupilit fupilti fupltii fupltii fupliti fupliit fupliit fupliti
fuiiptl fuiiplt fuiitpl fuiitlp fuiiltp fuiilpt fuipitl fuipilt fuiptil fuiptli fuiplti
fuiplit fuitpil fuitpli fuitipl fuitilp fuitlip fuitlpi fuilpti fuilpit fuiltpi fuiltip
fuilitp fuilipt fulipit fulipti fuliipt fuliitp fulitip fulitpi fulpiit fulpiti fulpiit
fulpiti fulptii fulptii fulipit fulipti fuliipt fuliitp fulitip fulitpi fultpii fultpii
fultipi fultiip fultiip fultipi fltipui fltipiu fltiupi fltiuip fltiiup fltiipu fltpiui
fltpiiu fltpuii fltpuii fltpiui fltpiiu fltupii fltupii fltuipi fltuiip fltuiip fltuipi
fltipui fltipiu fltiupi fltiuip fltiiup fltiipu flitpui flitpiu flitupi flituip flitiup
flitipu fliptui fliptiu fliputi flipuit flipiut flipitu fliupti fliupit fliutpi fliutip
fliuitp fliuipt fliiput fliiptu fliiupt fliiutp fliitup fliitpu flpitui flpitiu flpiuti
flpiuit flpiiut flpiitu flptiui flptiiu flptuii flptuii flptiui flptiiu flputii flputii
flpuiti flpuiit flpuiit flpuiti flpitui flpitiu flpiuti flpiuit flpiiut flpiitu fluipti
fluipit fluitpi fluitip fluiitp fluiipt flupiti flupiit fluptii fluptii flupiti flupiit
flutpii flutpii flutipi flutiip flutiip flutipi fluipti fluipit fluitpi fluitip fluiitp
fluiipt fliiput fliiptu fliiupt fliiutp fliitup fliitpu flipiut flipitu flipuit fliputi
fliptui fliptiu fliupit fliupti fliuipt fliuitp fliutip fliutpi flitpui flitpiu flitupi
flituip flitiup flitipu uitifpl uitiflp uitipfl uitiplf uitilpf uitilfp uitfipl uitfilp
uitfpil uitfpli uitflpi uitflip uitpfil uitpfli uitpifl uitpilf uitplif uitplfi uitlfpi
uitlfip uitlpfi uitlpif uitlipf uitlifp uiitfpl uiitflp uiitpfl uiitplf uiitlpf uiitlfp
uiiftpl uiiftlp uiifptl uiifplt uiiflpt uiifltp uiipftl uiipflt uiiptfl uiiptlf uiipltf
uiiplft uiilfpt uiilftp uiilpft uiilptf uiiltpf uiiltfp uifitpl uifitlp uifiptl uifiplt
uifilpt uifiltp uiftipl uiftilp uiftpil uiftpli uiftlpi uiftlip uifptil uifptli uifpitl
uifpilt uifplit uifplti uifltpi uifltip uiflpti uiflpit uiflipt uiflitp uipiftl uipiflt
uipitfl uipitlf uipiltf uipilft uipfitl uipfilt uipftil uipftli uipflti uipflit uiptfil
uiptfli uiptifl uiptilf uiptlif uiptlfi uiplfti uiplfit uipltfi uipltif uiplitf uiplift
uilifpt uiliftp uilipft uiliptf uilitpf uilitfp uilfipt uilfitp uilfpit uilfpti uilftpi
uilftip uilpfit uilpfti uilpift uilpitf uilptif uilptfi uiltfpi uiltfip uiltpfi uiltpif
uiltipf uiltifp utiifpl utiiflp utiipfl utiiplf utiilpf utiilfp utifipl utifilp utifpil
utifpli utiflpi utiflip utipfil utipfli utipifl utipilf utiplif utiplfi utilfpi utilfip
utilpfi utilpif utilipf utilifp utiifpl utiiflp utiipfl utiiplf utiilpf utiilfp utifipl
utifilp utifpil utifpli utiflpi utiflip utipfil utipfli utipifl utipilf utiplif utiplfi
utilfpi utilfip utilpfi utilpif utilipf utilifp utfiipl utfiilp utfipil utfipli utfilpi
utfilip utfiipl utfiilp utfipil utfipli utfilpi utfilip utfpiil utfpili utfpiil utfpili
utfplii utfplii utflipi utfliip utflpii utflpii utflipi utfliip utpifil utpifli utpiifl
utpiilf utpilif utpilfi utpfiil utpfili utpfiil utpfili utpflii utpflii utpifil utpifli
utpiifl utpiilf utpilif utpilfi utplfii utplfii utplifi utpliif utpliif utplifi utlifpi
utlifip utlipfi utlipif utliipf utliifp utlfipi utlfiip utlfpii utlfpii utlfipi utlfiip
utlpfii utlpfii utlpifi utlpiif utlpiif utlpifi utlifpi utlifip utlipfi utlipif utliipf
utliifp uitifpl uitiflp uitipfl uitiplf uitilpf uitilfp uitfipl uitfilp uitfpil uitfpli
uitflpi uitflip uitpfil uitpfli uitpifl uitpilf uitplif uitplfi uitlfpi uitlfip uitlpfi
uitlpif uitlipf uitlifp uiitfpl uiitflp uiitpfl uiitplf uiitlpf uiitlfp uiiftpl uiiftlp
uiifptl uiifplt uiiflpt uiifltp uiipftl uiipflt uiiptfl uiiptlf uiipltf uiiplft uiilfpt
uiilftp uiilpft uiilptf uiiltpf uiiltfp uifitpl uifitlp uifiptl uifiplt uifilpt uifiltp
uiftipl uiftilp uiftpil uiftpli uiftlpi uiftlip uifptil uifptli uifpitl uifpilt uifplit
uifplti uifltpi uifltip uiflpti uiflpit uiflipt uiflitp uipiftl uipiflt uipitfl uipitlf
uipiltf uipilft uipfitl uipfilt uipftil uipftli uipflti uipflit uiptfil uiptfli uiptifl
uiptilf uiptlif uiptlfi uiplfti uiplfit uipltfi uipltif uiplitf uiplift uilifpt uiliftp
uilipft uiliptf uilitpf uilitfp uilfipt uilfitp uilfpit uilfpti uilftpi uilftip uilpfit
uilpfti uilpift uilpitf uilptif uilptfi uiltfpi uiltfip uiltpfi uiltpif uiltipf uiltifp
uftiipl uftiilp uftipil uftipli uftilpi uftilip uftiipl uftiilp uftipil uftipli uftilpi
uftilip uftpiil uftpili uftpiil uftpili uftplii uftplii uftlipi uftliip uftlpii uftlpii
uftlipi uftliip ufitipl ufitilp ufitpil ufitpli ufitlpi ufitlip ufiitpl ufiitlp ufiiptl
ufiiplt ufiilpt ufiiltp ufipitl ufipilt ufiptil ufiptli ufiplti ufiplit ufilipt ufilitp
ufilpit ufilpti ufiltpi ufiltip ufiitpl ufiitlp ufiiptl ufiiplt ufiilpt ufiiltp ufitipl
ufitilp ufitpil ufitpli ufitlpi ufitlip ufiptil ufiptli ufipitl ufipilt ufiplit ufiplti
ufiltpi ufiltip ufilpti ufilpit ufilipt ufilitp ufpiitl ufpiilt ufpitil ufpitli ufpilti
ufpilit ufpiitl ufpiilt ufpitil ufpitli ufpilti ufpilit ufptiil ufptili ufptiil ufptili
ufptlii ufptlii ufpliti ufpliit ufpltii ufpltii ufpliti ufpliit ufliipt ufliitp uflipit
uflipti uflitpi uflitip ufliipt ufliitp uflipit uflipti uflitpi uflitip uflpiit uflpiti
uflpiit uflpiti uflptii uflptii ufltipi ufltiip ufltpii ufltpii ufltipi ufltiip uptifil
uptifli uptiifl uptiilf uptilif uptilfi uptfiil uptfili uptfiil uptfili uptflii uptflii
uptifil uptifli uptiifl uptiilf uptilif uptilfi uptlfii uptlfii uptlifi uptliif uptliif
uptlifi upitfil upitfli upitifl upitilf upitlif upitlfi upiftil upiftli upifitl upifilt
upiflit upiflti upiiftl upiiflt upiitfl upiitlf upiiltf upiilft upilfit upilfti upilift
upilitf upiltif upiltfi upfitil upfitli upfiitl upfiilt upfilit upfilti upftiil upftili
upftiil upftili upftlii upftlii upfitil upfitli upfiitl upfiilt upfilit upfilti upfltii
upfltii upfliti upfliit upfliit upfliti upiiftl upiiflt upiitfl upiitlf upiiltf upiilft
upifitl upifilt upiftil upiftli upiflti upiflit upitfil upitfli upitifl upitilf upitlif
upitlfi upilfti upilfit upiltfi upiltif upilitf upilift uplifit uplifti upliift upliitf
uplitif uplitfi uplfiit uplfiti uplfiit uplfiti uplftii uplftii uplifit uplifti upliift
upliitf uplitif uplitfi upltfii upltfii upltifi upltiif upltiif upltifi ultifpi ultifip
ultipfi ultipif ultiipf ultiifp ultfipi ultfiip ultfpii ultfpii ultfipi ultfiip ultpfii
ultpfii ultpifi ultpiif ultpiif ultpifi ultifpi ultifip ultipfi ultipif ultiipf ultiifp
ulitfpi ulitfip ulitpfi ulitpif ulitipf ulitifp uliftpi uliftip ulifpti ulifpit ulifipt
ulifitp ulipfti ulipfit uliptfi uliptif ulipitf ulipift uliifpt uliiftp uliipft uliiptf
uliitpf uliitfp ulfitpi ulfitip ulfipti ulfipit ulfiipt ulfiitp ulftipi ulftiip ulftpii
ulftpii ulftipi ulftiip ulfptii ulfptii ulfpiti ulfpiit ulfpiit ulfpiti ulfitpi ulfitip
ulfipti ulfipit ulfiipt ulfiitp ulpifti ulpifit ulpitfi ulpitif ulpiitf ulpiift ulpfiti
ulpfiit ulpftii ulpftii ulpfiti ulpfiit ulptfii ulptfii ulptifi ulptiif ulptiif ulptifi
ulpifti ulpifit ulpitfi ulpitif ulpiitf ulpiift uliifpt uliiftp uliipft uliiptf uliitpf
uliitfp ulifipt ulifitp ulifpit ulifpti uliftpi uliftip ulipfit ulipfti ulipift ulipitf
uliptif uliptfi ulitfpi ulitfip ulitpfi ulitpif ulitipf ulitifp litifup litifpu litiufp
litiupf litipuf litipfu litfiup litfipu litfuip litfupi litfpui litfpiu litufip litufpi
lituifp lituipf litupif litupfi litpfui litpfiu litpufi litpuif litpiuf litpifu liitfup
liitfpu liitufp liitupf liitpuf liitpfu liiftup liiftpu liifutp liifupt liifput liifptu
liiuftp liiufpt liiutfp liiutpf liiuptf liiupft liipfut liipftu liipuft liiputf liiptuf
liiptfu lifitup lifitpu lifiutp lifiupt lifiput lifiptu liftiup liftipu liftuip liftupi
liftpui liftpiu lifutip lifutpi lifuitp lifuipt lifupit lifupti lifptui lifptiu lifputi
lifpuit lifpiut lifpitu liuiftp liuifpt liuitfp liuitpf liuiptf liuipft liufitp liufipt
liuftip liuftpi liufpti liufpit liutfip liutfpi liutifp liutipf liutpif liutpfi liupfti
liupfit liuptfi liuptif liupitf liupift lipifut lipiftu lipiuft lipiutf lipituf lipitfu
lipfiut lipfitu lipfuit lipfuti lipftui lipftiu lipufit lipufti lipuift lipuitf liputif
liputfi liptfui liptfiu liptufi liptuif liptiuf liptifu ltiifup ltiifpu ltiiufp ltiiupf
ltiipuf ltiipfu ltifiup ltifipu ltifuip ltifupi ltifpui ltifpiu ltiufip ltiufpi ltiuifp
ltiuipf ltiupif ltiupfi ltipfui ltipfiu ltipufi ltipuif ltipiuf ltipifu ltiifup ltiifpu
ltiiufp ltiiupf ltiipuf ltiipfu ltifiup ltifipu ltifuip ltifupi ltifpui ltifpiu ltiufip
ltiufpi ltiuifp ltiuipf ltiupif ltiupfi ltipfui ltipfiu ltipufi ltipuif ltipiuf ltipifu
ltfiiup ltfiipu ltfiuip ltfiupi ltfipui ltfipiu ltfiiup ltfiipu ltfiuip ltfiupi ltfipui
ltfipiu ltfuiip ltfuipi ltfuiip ltfuipi ltfupii ltfupii ltfpiui ltfpiiu ltfpuii ltfpuii
ltfpiui ltfpiiu ltuifip ltuifpi ltuiifp ltuiipf ltuipif ltuipfi ltufiip ltufipi ltufiip
ltufipi ltufpii ltufpii ltuifip ltuifpi ltuiifp ltuiipf ltuipif ltuipfi ltupfii ltupfii
ltupifi ltupiif ltupiif ltupifi ltpifui ltpifiu ltpiufi ltpiuif ltpiiuf ltpiifu ltpfiui
ltpfiiu ltpfuii ltpfuii ltpfiui ltpfiiu ltpufii ltpufii ltpuifi ltpuiif ltpuiif ltpuifi
ltpifui ltpifiu ltpiufi ltpiuif ltpiiuf ltpiifu litifup litifpu litiufp litiupf litipuf
litipfu litfiup litfipu litfuip litfupi litfpui litfpiu litufip litufpi lituifp lituipf
litupif litupfi litpfui litpfiu litpufi litpuif litpiuf litpifu liitfup liitfpu liitufp
liitupf liitpuf liitpfu liiftup liiftpu liifutp liifupt liifput liifptu liiuftp liiufpt
liiutfp liiutpf liiuptf liiupft liipfut liipftu liipuft liiputf liiptuf liiptfu lifitup
lifitpu lifiutp lifiupt lifiput lifiptu liftiup liftipu liftuip liftupi liftpui liftpiu
lifutip lifutpi lifuitp lifuipt lifupit lifupti lifptui lifptiu lifputi lifpuit lifpiut
lifpitu liuiftp liuifpt liuitfp liuitpf liuiptf liuipft liufitp liufipt liuftip liuftpi
liufpti liufpit liutfip liutfpi liutifp liutipf liutpif liutpfi liupfti liupfit liuptfi
liuptif liupitf liupift lipifut lipiftu lipiuft lipiutf lipituf lipitfu lipfiut lipfitu
lipfuit lipfuti lipftui lipftiu lipufit lipufti lipuift lipuitf liputif liputfi liptfui
liptfiu liptufi liptuif liptiuf liptifu lftiiup lftiipu lftiuip lftiupi lftipui lftipiu
lftiiup lftiipu lftiuip lftiupi lftipui lftipiu lftuiip lftuipi lftuiip lftuipi lftupii
lftupii lftpiui lftpiiu lftpuii lftpuii lftpiui lftpiiu lfitiup lfitipu lfituip lfitupi
lfitpui lfitpiu lfiitup lfiitpu lfiiutp lfiiupt lfiiput lfiiptu lfiuitp lfiuipt lfiutip
lfiutpi lfiupti lfiupit lfipiut lfipitu lfipuit lfiputi lfiptui lfiptiu lfiitup lfiitpu
lfiiutp lfiiupt lfiiput lfiiptu lfitiup lfitipu lfituip lfitupi lfitpui lfitpiu lfiutip
lfiutpi lfiuitp lfiuipt lfiupit lfiupti lfiptui lfiptiu lfiputi lfipuit lfipiut lfipitu
lfuiitp lfuiipt lfuitip lfuitpi lfuipti lfuipit lfuiitp lfuiipt lfuitip lfuitpi lfuipti
lfuipit lfutiip lfutipi lfutiip lfutipi lfutpii lfutpii lfupiti lfupiit lfuptii lfuptii
lfupiti lfupiit lfpiiut lfpiitu lfpiuit lfpiuti lfpitui lfpitiu lfpiiut lfpiitu lfpiuit
lfpiuti lfpitui lfpitiu lfpuiit lfpuiti lfpuiit lfpuiti lfputii lfputii lfptiui lfptiiu
lfptuii lfptuii lfptiui lfptiiu lutifip lutifpi lutiifp lutiipf lutipif lutipfi lutfiip
lutfipi lutfiip lutfipi lutfpii lutfpii lutifip lutifpi lutiifp lutiipf lutipif lutipfi
lutpfii lutpfii lutpifi lutpiif lutpiif lutpifi luitfip luitfpi luitifp luitipf luitpif
luitpfi luiftip luiftpi luifitp luifipt luifpit luifpti luiiftp luiifpt luiitfp luiitpf
luiiptf luiipft luipfit luipfti luipift luipitf luiptif luiptfi lufitip lufitpi lufiitp
lufiipt lufipit lufipti luftiip luftipi luftiip luftipi luftpii luftpii lufitip lufitpi
lufiitp lufiipt lufipit lufipti lufptii lufptii lufpiti lufpiit lufpiit lufpiti luiiftp
luiifpt luiitfp luiitpf luiiptf luiipft luifitp luifipt luiftip luiftpi luifpti luifpit
luitfip luitfpi luitifp luitipf luitpif luitpfi luipfti luipfit luiptfi luiptif luipitf
luipift lupifit lupifti lupiift lupiitf lupitif lupitfi lupfiit lupfiti lupfiit lupfiti
lupftii lupftii lupifit lupifti lupiift lupiitf lupitif lupitfi luptfii luptfii luptifi
luptiif luptiif luptifi lptifui lptifiu lptiufi lptiuif lptiiuf lptiifu lptfiui lptfiiu
lptfuii lptfuii lptfiui lptfiiu lptufii lptufii lptuifi lptuiif lptuiif lptuifi lptifui
lptifiu lptiufi lptiuif lptiiuf lptiifu lpitfui lpitfiu lpitufi lpituif lpitiuf lpitifu
lpiftui lpiftiu lpifuti lpifuit lpifiut lpifitu lpiufti lpiufit lpiutfi lpiutif lpiuitf
lpiuift lpiifut lpiiftu lpiiuft lpiiutf lpiituf lpiitfu lpfitui lpfitiu lpfiuti lpfiuit
lpfiiut lpfiitu lpftiui lpftiiu lpftuii lpftuii lpftiui lpftiiu lpfutii lpfutii lpfuiti
lpfuiit lpfuiit lpfuiti lpfitui lpfitiu lpfiuti lpfiuit lpfiiut lpfiitu lpuifti lpuifit
lpuitfi lpuitif lpuiitf lpuiift lpufiti lpufiit lpuftii lpuftii lpufiti lpufiit lputfii
lputfii lputifi lputiif lputiif lputifi lpuifti lpuifit lpuitfi lpuitif lpuiitf lpuiift
lpiifut lpiiftu lpiiuft lpiiutf lpiituf lpiitfu lpifiut lpifitu lpifuit lpifuti lpiftui
lpiftiu lpiufit lpiufti lpiuift lpiuitf lpiutif lpiutfi lpitfui lpitfiu lpitufi lpituif
lpitiuf lpitifu

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History of cryptography
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