easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

apostolate

taconite

yabbi

tieman

tinklier

goodenough

skinflint

discriminal

overdeal

goopy

uppull

yadkinville

rituality

tricky

addisque

westsacramento

quietaretis

travelin


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: dardanio
cipher variations:
ebsebojp fctfcpkq gdugdqlr hevherms ifwifsnt
jgxjgtou khykhupv lizlivqw mjamjwrx nkbnkxsy
olcolytz pmdpmzua qneqnavb rofrobwc spgspcxd
tqhtqdye uriurezf vsjvsfag wtkwtgbh xulxuhci
yvmyvidj zwnzwjek axoaxkfl bypbylgm czqczmhn

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: dardanio
Cipher: wziwzmrl

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: dardanio
Cipher: AAABB AAAAA BAAAA AAABB AAAAA ABBAA ABAAA ABBAB

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: dardanio
cipher variations:
ebsebojpkbakbozrqbiqboptwbqwbofvcbycbovxibgibolzubwubordabeabohf
gbmgboxhmbumbonjsbcsbodlybkybotnfctfcpkqlcblcpasrcjrcpquxcrxcpgw
dczdcpwyjchjcpmavcxvcpsebcfbcpighcnhcpyincvncpoktcdtcpemzclzcpuo
gdugdqlrmdcmdqbtsdksdqrvydsydqhxedaedqxzkdikdqnbwdywdqtfcdgcdqjh
idoidqzjodwodqpludeudqfnadmadqvphevhermsnednercutelterswzetzeriy
febferyalejlerocxezxerugdehderkijepjerakpexperqmvefvergobenberwq
ifwifsntofeofsdvufmufstxafuafsjzgfcgfszbmfkmfspdyfayfsvhefiefslj
kfqkfsblqfyqfsrnwfgwfshpcfocfsxrjgxjgtoupgfpgtewvgnvgtuybgvbgtka
hgdhgtacnglngtqezgbzgtwifgjfgtmklgrlgtcmrgzrgtsoxghxgtiqdgpdgtys
khykhupvqhgqhufxwhowhuvzchwchulbiheihubdohmohurfahcahuxjghkghunl
mhsmhudnshashutpyhiyhujrehqehuztlizlivqwrihrivgyxipxivwadixdivmc
jifjivcepinpivsgbidbivykhilhivomnitniveotibtivuqzijzivksfirfivau
mjamjwrxsjisjwhzyjqyjwxbejyejwndkjgkjwdfqjoqjwthcjecjwzlijmijwpn
ojuojwfpujcujwvrajkajwltgjsgjwbvnkbnkxsytkjtkxiazkrzkxycfkzfkxoe
lkhlkxegrkprkxuidkfdkxamjknjkxqopkvpkxgqvkdvkxwsbklbkxmuhkthkxcw
olcolytzulkulyjbalsalyzdglaglypfmlimlyfhslqslyvjelgelybnkloklyrp
qlwqlyhrwlewlyxtclmclynviluilydxpmdpmzuavmlvmzkcbmtbmzaehmbhmzqg
nmjnmzgitmrtmzwkfmhfmzcolmplmzsqrmxrmzisxmfxmzyudmndmzowjmvjmzey
qneqnavbwnmwnaldcnucnabfincinarhonkonahjunsunaxlgnignadpmnqmnatr
snysnajtyngynazvenoenapxknwknafzrofrobwcxonxobmedovdobcgjodjobsi
polpobikvotvobymhojhobeqnornobustoztobkuzohzobawfopfobqyloxlobga
spgspcxdypoypcnfepwepcdhkpekpctjqpmqpcjlwpuwpcznipkipcfropsopcvt
upaupclvapiapcbxgpqgpcrzmpympchbtqhtqdyezqpzqdogfqxfqdeilqflqduk
rqnrqdkmxqvxqdaojqljqdgspqtpqdwuvqbvqdmwbqjbqdcyhqrhqdsanqznqdic
uriurezfarqarephgrygrefjmrgmrevlsrosrelnyrwyrebpkrmkrehtqruqrexv
wrcwrenxcrkcredzirsiretboraorejdvsjvsfagbsrbsfqihszhsfgknshnsfwm
tsptsfmozsxzsfcqlsnlsfiursvrsfywxsdxsfoydsldsfeajstjsfucpsbpsfke
wtkwtgbhctsctgrjitaitghlotiotgxnutqutgnpatyatgdrmtomtgjvstwstgzx
yteytgpzetmetgfbktuktgvdqtcqtglfxulxuhcidutduhskjubjuhimpujpuhyo
vurvuhoqbuzbuhesnupnuhkwtuxtuhayzufzuhqafunfuhgcluvluhwerudruhmg
yvmyvidjevuevitlkvckvijnqvkqvizpwvswviprcvacviftovqovilxuvyuvibz
avgavirbgvogvihdmvwmvixfsvesvinhzwnzwjekfwvfwjumlwdlwjkorwlrwjaq
xwtxwjqsdwbdwjgupwrpwjmyvwzvwjcabwhbwjschwphwjienwxnwjygtwftwjoi
axoaxkflgxwgxkvnmxemxklpsxmsxkbryxuyxkrtexcexkhvqxsqxknzwxawxkdb
cxicxktdixqixkjfoxyoxkzhuxguxkpjbypbylgmhyxhylwonyfnylmqtyntylcs
zyvzylsufydfyliwrytryloaxybxylecdyjdyluejyrjylkgpyzpylaivyhvylqk
czqczmhnizyizmxpozgozmnruzouzmdtazwazmtvgzegzmjxszuszmpbyzcyzmfd
ezkezmvfkzskzmlhqzaqzmbjwziwzmrldardaniojazjanyqpahpanosvapvaneu
baxbanuwhafhankytavtanqczadzangefalfanwglatlanmirabranckxajxansm

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: dardanio
Cipher: qneqnavb

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: dardanio
Cipher: 4111244111334243

Extended Methods:
Method #1

Plaintext: dardanio
method variations:
ifwifsotolbolxtytqgtqcydyvmyvhdi

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
d a r d a n i o 
4 1 2 4 1 3 4 4 
1 1 4 1 1 3 2 3 
They are then read out in rows:
4124134411411323
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: dardanio
Cipher: drltadlm

Read more ...
Method #3

Plaintext: dardanio
method variations:
aftalsrs ftalsrsa talsrsaf
alsrsaft lsrsafta srsaftal
rsaftals saftalsr

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: dardanio

first 5040 cipher variations(40320 total)
dardanio dardanoi dardaino dardaion dardaoin dardaoni dardnaio dardnaoi dardniao dardnioa dardnoia
dardnoai dardinao dardinoa dardiano dardiaon dardioan dardiona dardonia dardonai dardoina dardoian
dardoain dardoani daradnio daradnoi daradino daradion daradoin daradoni darandio darandoi daranido
daraniod daranoid daranodi daraindo darainod daraidno daraidon daraiodn daraiond daraonid daraondi
daraoind daraoidn daraodin daraodni darnadio darnadoi darnaido darnaiod darnaoid darnaodi darndaio
darndaoi darndiao darndioa darndoia darndoai darnidao darnidoa darniado darniaod darnioad darnioda
darnodia darnodai darnoida darnoiad darnoaid darnoadi dariando darianod dariadno dariadon dariaodn
dariaond darinado darinaod darindao darindoa darinoda darinoad daridnao daridnoa daridano daridaon
daridoan daridona darionda darionad dariodna dariodan darioadn darioand daroanid daroandi daroaind
daroaidn daroadin daroadni daronaid daronadi daroniad daronida darondia darondai daroinad daroinda
daroiand daroiadn daroidan daroidna darodnia darodnai darodina darodian darodain darodani dadranio
dadranoi dadraino dadraion dadraoin dadraoni dadrnaio dadrnaoi dadrniao dadrnioa dadrnoia dadrnoai
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daarnodi daarindo daarinod daaridno daaridon daariodn daariond daaronid daarondi daaroind daaroidn
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drnodaai dridanao dridanoa dridaano dridaaon dridaoan dridaona dridnaao dridnaoa dridnaao dridnaoa
dridnoaa dridnoaa dridanao dridanoa dridaano dridaaon dridaoan dridaona dridonaa dridonaa dridoana
dridoaan dridoaan dridoana driadnao driadnoa driadano driadaon driadoan driadona driandao driandoa
drianado drianaod drianoad drianoda driaando driaanod driaadno driaadon driaaodn driaaond driaonad
driaonda driaoand driaoadn driaodan driaodna drinadao drinadoa drinaado drinaaod drinaoad drinaoda
drindaao drindaoa drindaao drindaoa drindoaa drindoaa drinadao drinadoa drinaado drinaaod drinaoad
drinaoda drinodaa drinodaa drinoada drinoaad drinoaad drinoada driaando driaanod driaadno driaadon
driaaodn driaaond drianado drianaod driandao driandoa drianoda drianoad driadnao driadnoa driadano
driadaon driadoan driadona driaonda driaonad driaodna driaodan driaoadn driaoand drioanad drioanda
drioaand drioaadn drioadan drioadna drionaad drionada drionaad drionada driondaa driondaa drioanad
drioanda drioaand drioaadn drioadan drioadna driodnaa driodnaa driodana driodaan driodaan driodana
drodania drodanai drodaina drodaian drodaain drodaani drodnaia drodnaai drodniaa drodniaa drodnaia
drodnaai drodinaa drodinaa drodiana drodiaan drodiaan drodiana drodania drodanai drodaina drodaian
drodaain drodaani droadnia droadnai droadina droadian droadain droadani droandia droandai droanida
droaniad droanaid droanadi droainda droainad droaidna droaidan droaiadn droaiand droaanid droaandi
droaaind droaaidn droaadin droaadni dronadia dronadai dronaida dronaiad dronaaid dronaadi drondaia
drondaai drondiaa drondiaa drondaia drondaai dronidaa dronidaa droniada droniaad droniaad droniada
dronadia dronadai dronaida dronaiad dronaaid dronaadi droianda droianad droiadna droiadan droiaadn
droiaand droinada droinaad droindaa droindaa droinada droinaad droidnaa droidnaa droidana droidaan
droidaan droidana droianda droianad droiadna droiadan droiaadn droiaand droaanid droaandi droaaind
droaaidn droaadin droaadni droanaid droanadi droaniad droanida droandia droandai droainad droainda
droaiand droaiadn droaidan droaidna droadnia droadnai droadina droadian droadain droadani ddraanio
ddraanoi ddraaino ddraaion ddraaoin ddraaoni ddranaio ddranaoi ddraniao ddranioa ddranoia ddranoai
ddrainao ddrainoa ddraiano ddraiaon ddraioan ddraiona ddraonia ddraonai ddraoina ddraoian ddraoain
ddraoani ddraanio ddraanoi ddraaino ddraaion ddraaoin ddraaoni ddranaio ddranaoi ddraniao ddranioa
ddranoia ddranoai ddrainao ddrainoa ddraiano ddraiaon ddraioan ddraiona ddraonia ddraonai ddraoina
ddraoian ddraoain ddraoani ddrnaaio ddrnaaoi ddrnaiao ddrnaioa ddrnaoia ddrnaoai ddrnaaio ddrnaaoi
ddrnaiao ddrnaioa ddrnaoia ddrnaoai ddrniaao ddrniaoa ddrniaao ddrniaoa ddrnioaa ddrnioaa ddrnoaia
ddrnoaai ddrnoiaa ddrnoiaa ddrnoaia ddrnoaai ddrianao ddrianoa ddriaano ddriaaon ddriaoan ddriaona
ddrinaao ddrinaoa ddrinaao ddrinaoa ddrinoaa ddrinoaa ddrianao ddrianoa ddriaano ddriaaon ddriaoan
ddriaona ddrionaa ddrionaa ddrioana ddrioaan ddrioaan ddrioana ddroania ddroanai ddroaina ddroaian
ddroaain ddroaani ddronaia ddronaai ddroniaa ddroniaa ddronaia ddronaai ddroinaa ddroinaa ddroiana
ddroiaan ddroiaan ddroiana ddroania ddroanai ddroaina ddroaian ddroaain ddroaani ddaranio ddaranoi
ddaraino ddaraion ddaraoin ddaraoni ddarnaio ddarnaoi ddarniao ddarnioa ddarnoia ddarnoai ddarinao
ddarinoa ddariano ddariaon ddarioan ddariona ddaronia ddaronai ddaroina ddaroian ddaroain ddaroani
ddaarnio ddaarnoi ddaarino ddaarion ddaaroin ddaaroni ddaanrio ddaanroi ddaaniro ddaanior ddaanoir
ddaanori ddaainro ddaainor ddaairno ddaairon ddaaiorn ddaaionr ddaaonir ddaaonri ddaaoinr ddaaoirn
ddaaorin ddaaorni ddanario ddanaroi ddanairo ddanaior ddanaoir ddanaori ddanraio ddanraoi ddanriao
ddanrioa ddanroia ddanroai ddanirao ddaniroa ddaniaro ddaniaor ddanioar ddaniora ddanoria ddanorai
ddanoira ddanoiar ddanoair ddanoari ddaianro ddaianor ddaiarno ddaiaron ddaiaorn ddaiaonr ddainaro
ddainaor ddainrao ddainroa ddainora ddainoar ddairnao ddairnoa ddairano ddairaon ddairoan ddairona
ddaionra ddaionar ddaiorna ddaioran ddaioarn ddaioanr ddaoanir ddaoanri ddaoainr ddaoairn ddaoarin
ddaoarni ddaonair ddaonari ddaoniar ddaonira ddaonria ddaonrai ddaoinar ddaoinra ddaoianr ddaoiarn
ddaoiran ddaoirna ddaornia ddaornai ddaorina ddaorian ddaorain ddaorani ddaarnio ddaarnoi ddaarino
ddaarion ddaaroin ddaaroni ddaanrio ddaanroi ddaaniro ddaanior ddaanoir ddaanori ddaainro ddaainor
ddaairno ddaairon ddaaiorn ddaaionr ddaaonir ddaaonri ddaaoinr ddaaoirn ddaaorin ddaaorni ddaranio
ddaranoi ddaraino ddaraion ddaraoin ddaraoni ddarnaio ddarnaoi ddarniao ddarnioa ddarnoia ddarnoai
ddarinao ddarinoa ddariano ddariaon ddarioan ddariona ddaronia ddaronai ddaroina ddaroian ddaroain
ddaroani ddanraio ddanraoi ddanriao ddanrioa ddanroia ddanroai ddanario ddanaroi ddanairo ddanaior
ddanaoir ddanaori ddaniaro ddaniaor ddanirao ddaniroa ddaniora ddanioar ddanoair ddanoari ddanoiar
ddanoira ddanoria ddanorai ddairnao ddairnoa ddairano ddairaon ddairoan ddairona ddainrao ddainroa
ddainaro ddainaor ddainoar ddainora ddaianro ddaianor ddaiarno ddaiaron ddaiaorn ddaiaonr ddaionar
ddaionra ddaioanr ddaioarn ddaioran ddaiorna ddaornia ddaornai ddaorina ddaorian ddaorain ddaorani
ddaonria ddaonrai ddaonira ddaoniar ddaonair ddaonari ddaoinra ddaoinar ddaoirna ddaoiran ddaoiarn
ddaoianr ddaoanir ddaoanri ddaoainr ddaoairn ddaoarin ddaoarni ddnaario ddnaaroi ddnaairo ddnaaior
ddnaaoir ddnaaori ddnaraio ddnaraoi ddnariao ddnarioa ddnaroia ddnaroai ddnairao ddnairoa ddnaiaro
ddnaiaor ddnaioar ddnaiora ddnaoria ddnaorai ddnaoira ddnaoiar ddnaoair ddnaoari ddnaario ddnaaroi
ddnaairo ddnaaior ddnaaoir ddnaaori ddnaraio ddnaraoi ddnariao ddnarioa ddnaroia ddnaroai ddnairao
ddnairoa ddnaiaro ddnaiaor ddnaioar ddnaiora ddnaoria ddnaorai ddnaoira ddnaoiar ddnaoair ddnaoari
ddnraaio ddnraaoi ddnraiao ddnraioa ddnraoia ddnraoai ddnraaio ddnraaoi ddnraiao ddnraioa ddnraoia
ddnraoai ddnriaao ddnriaoa ddnriaao ddnriaoa ddnrioaa ddnrioaa ddnroaia ddnroaai ddnroiaa ddnroiaa
ddnroaia ddnroaai ddniarao ddniaroa ddniaaro ddniaaor ddniaoar ddniaora ddniraao ddniraoa ddniraao
ddniraoa ddniroaa ddniroaa ddniarao ddniaroa ddniaaro ddniaaor ddniaoar ddniaora ddnioraa ddnioraa
ddnioara ddnioaar ddnioaar ddnioara ddnoaria ddnoarai ddnoaira ddnoaiar ddnoaair ddnoaari ddnoraia
ddnoraai ddnoriaa ddnoriaa ddnoraia ddnoraai ddnoiraa ddnoiraa ddnoiara ddnoiaar ddnoiaar ddnoiara
ddnoaria ddnoarai ddnoaira ddnoaiar ddnoaair ddnoaari ddiaanro ddiaanor ddiaarno ddiaaron ddiaaorn
ddiaaonr ddianaro ddianaor ddianrao ddianroa ddianora ddianoar ddiarnao ddiarnoa ddiarano ddiaraon
ddiaroan ddiarona ddiaonra ddiaonar ddiaorna ddiaoran ddiaoarn ddiaoanr ddiaanro ddiaanor ddiaarno
ddiaaron ddiaaorn ddiaaonr ddianaro ddianaor ddianrao ddianroa ddianora ddianoar ddiarnao ddiarnoa
ddiarano ddiaraon ddiaroan ddiarona ddiaonra ddiaonar ddiaorna ddiaoran ddiaoarn ddiaoanr ddinaaro
ddinaaor ddinarao ddinaroa ddinaora ddinaoar ddinaaro ddinaaor ddinarao ddinaroa ddinaora ddinaoar
ddinraao ddinraoa ddinraao ddinraoa ddinroaa ddinroaa ddinoara ddinoaar ddinoraa ddinoraa ddinoara
ddinoaar ddiranao ddiranoa ddiraano ddiraaon ddiraoan ddiraona ddirnaao ddirnaoa ddirnaao ddirnaoa
ddirnoaa ddirnoaa ddiranao ddiranoa ddiraano ddiraaon ddiraoan ddiraona ddironaa ddironaa ddiroana
ddiroaan ddiroaan ddiroana ddioanra ddioanar ddioarna ddioaran ddioaarn ddioaanr ddionara ddionaar
ddionraa ddionraa ddionara ddionaar ddiornaa ddiornaa ddiorana ddioraan ddioraan ddiorana ddioanra
ddioanar ddioarna ddioaran ddioaarn ddioaanr ddoaanir ddoaanri ddoaainr ddoaairn ddoaarin ddoaarni
ddoanair ddoanari ddoaniar ddoanira ddoanria ddoanrai ddoainar ddoainra ddoaianr ddoaiarn ddoairan
ddoairna ddoarnia ddoarnai ddoarina ddoarian ddoarain ddoarani ddoaanir ddoaanri ddoaainr ddoaairn
ddoaarin ddoaarni ddoanair ddoanari ddoaniar ddoanira ddoanria ddoanrai ddoainar ddoainra ddoaianr
ddoaiarn ddoairan ddoairna ddoarnia ddoarnai ddoarina ddoarian ddoarain ddoarani ddonaair ddonaari
ddonaiar ddonaira ddonaria ddonarai ddonaair ddonaari ddonaiar ddonaira ddonaria ddonarai ddoniaar
ddoniara ddoniaar ddoniara ddoniraa ddoniraa ddonraia ddonraai ddonriaa ddonriaa ddonraia ddonraai
ddoianar ddoianra ddoiaanr ddoiaarn ddoiaran ddoiarna ddoinaar ddoinara ddoinaar ddoinara ddoinraa
ddoinraa ddoianar ddoianra ddoiaanr ddoiaarn ddoiaran ddoiarna ddoirnaa ddoirnaa ddoirana ddoiraan
ddoiraan ddoirana ddorania ddoranai ddoraina ddoraian ddoraain ddoraani ddornaia ddornaai ddorniaa
ddorniaa ddornaia ddornaai ddorinaa ddorinaa ddoriana ddoriaan ddoriaan ddoriana ddorania ddoranai
ddoraina ddoraian ddoraain ddoraani dardanio dardanoi dardaino dardaion dardaoin dardaoni dardnaio
dardnaoi dardniao dardnioa dardnoia dardnoai dardinao dardinoa dardiano dardiaon dardioan dardiona
dardonia dardonai dardoina dardoian dardoain dardoani daradnio daradnoi daradino daradion daradoin
daradoni darandio darandoi daranido daraniod daranoid daranodi daraindo darainod daraidno daraidon
daraiodn daraiond daraonid daraondi daraoind daraoidn daraodin daraodni darnadio darnadoi darnaido
darnaiod darnaoid darnaodi darndaio darndaoi darndiao darndioa darndoia darndoai darnidao darnidoa
darniado darniaod darnioad darnioda darnodia darnodai darnoida darnoiad darnoaid darnoadi dariando
darianod dariadno dariadon dariaodn dariaond darinado darinaod darindao darindoa darinoda darinoad
daridnao daridnoa daridano daridaon daridoan daridona darionda darionad dariodna dariodan darioadn
darioand daroanid daroandi daroaind daroaidn daroadin daroadni daronaid daronadi daroniad daronida
darondia darondai daroinad daroinda daroiand daroiadn daroidan daroidna darodnia darodnai darodina
darodian darodain darodani dadranio dadranoi dadraino dadraion dadraoin dadraoni dadrnaio dadrnaoi
dadrniao dadrnioa dadrnoia dadrnoai dadrinao dadrinoa dadriano dadriaon dadrioan dadriona dadronia
dadronai dadroina dadroian dadroain dadroani dadarnio dadarnoi dadarino dadarion dadaroin dadaroni
dadanrio dadanroi dadaniro dadanior dadanoir dadanori dadainro dadainor dadairno dadairon dadaiorn
dadaionr dadaonir dadaonri dadaoinr dadaoirn dadaorin dadaorni dadnario dadnaroi dadnairo dadnaior
dadnaoir dadnaori dadnraio dadnraoi dadnriao dadnrioa dadnroia dadnroai dadnirao dadniroa dadniaro
dadniaor dadnioar dadniora dadnoria dadnorai dadnoira dadnoiar dadnoair dadnoari dadianro dadianor
dadiarno dadiaron dadiaorn dadiaonr dadinaro dadinaor dadinrao dadinroa dadinora dadinoar dadirnao
dadirnoa dadirano dadiraon dadiroan dadirona dadionra dadionar dadiorna dadioran dadioarn dadioanr
dadoanir dadoanri dadoainr dadoairn dadoarin dadoarni dadonair dadonari dadoniar dadonira dadonria
dadonrai dadoinar dadoinra dadoianr dadoiarn dadoiran dadoirna dadornia dadornai dadorina dadorian
dadorain dadorani daadrnio daadrnoi daadrino daadrion daadroin daadroni daadnrio daadnroi daadniro
daadnior daadnoir daadnori daadinro daadinor daadirno daadiron daadiorn daadionr daadonir daadonri
daadoinr daadoirn daadorin daadorni daardnio daardnoi daardino daardion daardoin daardoni daarndio
daarndoi daarnido daarniod daarnoid daarnodi daarindo daarinod daaridno daaridon daariodn daariond
daaronid daarondi daaroind daaroidn daarodin daarodni daanrdio daanrdoi daanrido daanriod daanroid
daanrodi daandrio daandroi daandiro daandior daandoir daandori daanidro daanidor daanirdo daanirod
daaniord daaniodr daanodir daanodri daanoidr daanoird daanorid daanordi daairndo daairnod daairdno
daairdon daairodn daairond daainrdo daainrod daaindro daaindor daainodr daainord daaidnro daaidnor
daaidrno daaidron daaidorn daaidonr daaiondr daaionrd daaiodnr daaiodrn daaiordn daaiornd daaornid
daaorndi daaorind daaoridn daaordin daaordni daaonrid daaonrdi daaonird daaonidr daaondir daaondri
daaoinrd daaoindr daaoirnd daaoirdn daaoidrn daaoidnr daaodnir daaodnri daaodinr daaodirn daaodrin
daaodrni dandario dandaroi dandairo dandaior dandaoir dandaori dandraio dandraoi dandriao dandrioa
dandroia dandroai dandirao dandiroa dandiaro dandiaor dandioar dandiora dandoria dandorai dandoira
dandoiar dandoair dandoari danadrio danadroi danadiro danadior danadoir danadori danardio danardoi
danarido danariod danaroid danarodi danairdo danairod danaidro danaidor danaiodr danaiord danaorid
danaordi danaoird danaoidr danaodir danaodri danradio danradoi danraido danraiod danraoid danraodi
danrdaio danrdaoi danrdiao danrdioa danrdoia danrdoai danridao danridoa danriado danriaod danrioad
danrioda danrodia danrodai danroida danroiad danroaid danroadi daniardo daniarod daniadro daniador
daniaodr daniaord danirado daniraod danirdao danirdoa daniroda daniroad danidrao danidroa danidaro
danidaor danidoar danidora daniorda daniorad daniodra daniodar danioadr danioard danoarid danoardi
danoaird danoaidr danoadir danoadri danoraid danoradi danoriad danorida danordia danordai danoirad
danoirda danoiard danoiadr danoidar danoidra danodria danodrai danodira danodiar danodair danodari
daidanro daidanor daidarno daidaron daidaorn daidaonr daidnaro daidnaor daidnrao daidnroa daidnora
daidnoar daidrnao daidrnoa daidrano daidraon daidroan daidrona daidonra daidonar daidorna daidoran
daidoarn daidoanr daiadnro daiadnor daiadrno daiadron daiadorn daiadonr daiandro daiandor daianrdo
daianrod daianord daianodr daiarndo daiarnod daiardno daiardon daiarodn daiarond daiaonrd daiaondr
daiaornd daiaordn daiaodrn daiaodnr dainadro dainador dainardo dainarod dainaord dainaodr daindaro
daindaor daindrao daindroa daindora daindoar dainrdao dainrdoa dainrado dainraod dainroad dainroda
dainodra dainodar dainorda dainorad dainoard dainoadr dairando dairanod dairadno dairadon dairaodn
dairaond dairnado dairnaod dairndao dairndoa dairnoda dairnoad dairdnao dairdnoa dairdano dairdaon
dairdoan dairdona daironda daironad dairodna dairodan dairoadn dairoand daioanrd daioandr daioarnd
daioardn daioadrn daioadnr daionard daionadr daionrad daionrda daiondra daiondar daiornad daiornda
daiorand daioradn daiordan daiordna daiodnra daiodnar daiodrna daiodran daiodarn daiodanr daodanir
daodanri daodainr daodairn daodarin daodarni daodnair daodnari daodniar daodnira daodnria daodnrai
daodinar daodinra daodianr daodiarn daodiran daodirna daodrnia daodrnai daodrina daodrian daodrain
daodrani daoadnir daoadnri daoadinr daoadirn daoadrin daoadrni daoandir daoandri daoanidr daoanird
daoanrid daoanrdi daoaindr daoainrd daoaidnr daoaidrn daoairdn daoairnd daoarnid daoarndi daoarind
daoaridn daoardin daoardni daonadir daonadri daonaidr daonaird daonarid daonardi daondair daondari
daondiar daondira daondria daondrai daonidar daonidra daoniadr daoniard daonirad daonirda daonrdia
daonrdai daonrida daonriad daonraid daonradi daoiandr daoianrd daoiadnr daoiadrn daoiardn daoiarnd
daoinadr daoinard daoindar daoindra daoinrda daoinrad daoidnar daoidnra daoidanr daoidarn daoidran
daoidrna daoirnda daoirnad daoirdna daoirdan daoiradn daoirand daoranid daorandi daoraind daoraidn
daoradin daoradni daornaid daornadi daorniad daornida daorndia daorndai daorinad daorinda daoriand
daoriadn daoridan daoridna daordnia daordnai daordina daordian daordain daordani dnrdaaio dnrdaaoi
dnrdaiao dnrdaioa dnrdaoia dnrdaoai dnrdaaio dnrdaaoi dnrdaiao dnrdaioa dnrdaoia dnrdaoai dnrdiaao
dnrdiaoa dnrdiaao dnrdiaoa dnrdioaa dnrdioaa dnrdoaia dnrdoaai dnrdoiaa dnrdoiaa dnrdoaia dnrdoaai
dnradaio dnradaoi dnradiao dnradioa dnradoia dnradoai dnraadio dnraadoi dnraaido dnraaiod dnraaoid
dnraaodi dnraiado dnraiaod dnraidao dnraidoa dnraioda dnraioad dnraoaid dnraoadi dnraoiad dnraoida
dnraodia dnraodai dnraadio dnraadoi dnraaido dnraaiod dnraaoid dnraaodi dnradaio dnradaoi dnradiao
dnradioa dnradoia dnradoai dnraidao dnraidoa dnraiado dnraiaod dnraioad dnraioda dnraodia dnraodai
dnraoida dnraoiad dnraoaid dnraoadi dnriaado dnriaaod dnriadao dnriadoa dnriaoda dnriaoad dnriaado
dnriaaod dnriadao dnriadoa dnriaoda dnriaoad dnridaao dnridaoa dnridaao dnridaoa dnridoaa dnridoaa
dnrioada dnrioaad dnriodaa dnriodaa dnrioada dnrioaad dnroaaid dnroaadi dnroaiad dnroaida dnroadia
dnroadai dnroaaid dnroaadi dnroaiad dnroaida dnroadia dnroadai dnroiaad dnroiada dnroiaad dnroiada
dnroidaa dnroidaa dnrodaia dnrodaai dnrodiaa dnrodiaa dnrodaia dnrodaai dndraaio dndraaoi dndraiao
dndraioa dndraoia dndraoai dndraaio dndraaoi dndraiao dndraioa dndraoia dndraoai dndriaao dndriaoa
dndriaao dndriaoa dndrioaa dndrioaa dndroaia dndroaai dndroiaa dndroiaa dndroaia dndroaai dndaraio
dndaraoi dndariao dndarioa dndaroia dndaroai dndaario dndaaroi dndaairo dndaaior dndaaoir dndaaori
dndaiaro dndaiaor dndairao dndairoa dndaiora dndaioar dndaoair dndaoari dndaoiar dndaoira dndaoria
dndaorai dndaario dndaaroi dndaairo dndaaior dndaaoir dndaaori dndaraio dndaraoi dndariao dndarioa
dndaroia dndaroai dndairao dndairoa dndaiaro dndaiaor dndaioar dndaiora dndaoria dndaorai dndaoira
dndaoiar dndaoair dndaoari dndiaaro dndiaaor dndiarao dndiaroa dndiaora dndiaoar dndiaaro dndiaaor
dndiarao dndiaroa dndiaora dndiaoar dndiraao dndiraoa dndiraao dndiraoa dndiroaa dndiroaa dndioara
dndioaar dndioraa dndioraa dndioara dndioaar dndoaair dndoaari dndoaiar dndoaira dndoaria dndoarai
dndoaair dndoaari dndoaiar dndoaira dndoaria dndoarai dndoiaar dndoiara dndoiaar dndoiara dndoiraa
dndoiraa dndoraia dndoraai dndoriaa dndoriaa dndoraia dndoraai dnadraio dnadraoi dnadriao dnadrioa
dnadroia dnadroai dnadario dnadaroi dnadairo dnadaior dnadaoir dnadaori dnadiaro dnadiaor dnadirao
dnadiroa dnadiora dnadioar dnadoair dnadoari dnadoiar dnadoira dnadoria dnadorai dnardaio dnardaoi
dnardiao dnardioa dnardoia dnardoai dnaradio dnaradoi dnaraido dnaraiod dnaraoid dnaraodi dnariado
dnariaod dnaridao dnaridoa dnarioda dnarioad dnaroaid dnaroadi dnaroiad dnaroida dnarodia dnarodai
dnaardio dnaardoi dnaarido dnaariod dnaaroid dnaarodi dnaadrio dnaadroi dnaadiro dnaadior dnaadoir
dnaadori dnaaidro dnaaidor dnaairdo dnaairod dnaaiord dnaaiodr dnaaodir dnaaodri dnaaoidr dnaaoird
dnaaorid dnaaordi dnairado dnairaod dnairdao dnairdoa dnairoda dnairoad dnaiardo dnaiarod dnaiadro
dnaiador dnaiaodr dnaiaord dnaidaro dnaidaor dnaidrao dnaidroa dnaidora dnaidoar dnaioadr dnaioard
dnaiodar dnaiodra dnaiorda dnaiorad dnaoraid dnaoradi dnaoriad dnaorida dnaordia dnaordai dnaoarid
dnaoardi dnaoaird dnaoaidr dnaoadir dnaoadri dnaoiard dnaoiadr dnaoirad dnaoirda dnaoidra dnaoidar
dnaodair dnaodari dnaodiar dnaodira dnaodria dnaodrai dnadario dnadaroi dnadairo dnadaior dnadaoir
dnadaori dnadraio dnadraoi dnadriao dnadrioa dnadroia dnadroai dnadirao dnadiroa dnadiaro dnadiaor
dnadioar dnadiora dnadoria dnadorai dnadoira dnadoiar dnadoair dnadoari dnaadrio dnaadroi dnaadiro
dnaadior dnaadoir dnaadori dnaardio dnaardoi dnaarido dnaariod dnaaroid dnaarodi dnaairdo dnaairod
dnaaidro dnaaidor dnaaiodr dnaaiord dnaaorid dnaaordi dnaaoird dnaaoidr dnaaodir dnaaodri dnaradio
dnaradoi dnaraido dnaraiod dnaraoid dnaraodi dnardaio dnardaoi dnardiao dnardioa dnardoia dnardoai
dnaridao dnaridoa dnariado dnariaod dnarioad dnarioda dnarodia dnarodai dnaroida dnaroiad dnaroaid
dnaroadi dnaiardo dnaiarod dnaiadro dnaiador dnaiaodr dnaiaord dnairado dnairaod dnairdao dnairdoa
dnairoda dnairoad dnaidrao dnaidroa dnaidaro dnaidaor dnaidoar dnaidora dnaiorda dnaiorad dnaiodra
dnaiodar dnaioadr dnaioard dnaoarid dnaoardi dnaoaird dnaoaidr dnaoadir dnaoadri dnaoraid dnaoradi
dnaoriad dnaorida dnaordia dnaordai dnaoirad dnaoirda dnaoiard dnaoiadr dnaoidar dnaoidra dnaodria
dnaodrai dnaodira dnaodiar dnaodair dnaodari dnidaaro dnidaaor dnidarao dnidaroa dnidaora dnidaoar
dnidaaro dnidaaor dnidarao dnidaroa dnidaora dnidaoar dnidraao dnidraoa dnidraao dnidraoa dnidroaa
dnidroaa dnidoara dnidoaar dnidoraa dnidoraa dnidoara dnidoaar dniadaro dniadaor dniadrao dniadroa
dniadora dniadoar dniaadro dniaador dniaardo dniaarod dniaaord dniaaodr dniarado dniaraod dniardao
dniardoa dniaroda dniaroad dniaoard dniaoadr dniaorad dniaorda dniaodra dniaodar dniaadro dniaador
dniaardo dniaarod dniaaord dniaaodr dniadaro dniadaor dniadrao dniadroa dniadora dniadoar dniardao
dniardoa dniarado dniaraod dniaroad dniaroda dniaodra dniaodar dniaorda dniaorad dniaoard dniaoadr
dniraado dniraaod dniradao dniradoa dniraoda dniraoad dniraado dniraaod dniradao dniradoa dniraoda
dniraoad dnirdaao dnirdaoa dnirdaao dnirdaoa dnirdoaa dnirdoaa dniroada dniroaad dnirodaa dnirodaa
dniroada dniroaad dnioaard dnioaadr dnioarad dnioarda dnioadra dnioadar dnioaard dnioaadr dnioarad
dnioarda dnioadra dnioadar dnioraad dniorada dnioraad dniorada dniordaa dniordaa dniodara dniodaar
dniodraa dniodraa dniodara dniodaar dnodaair dnodaari dnodaiar dnodaira dnodaria dnodarai dnodaair
dnodaari dnodaiar dnodaira dnodaria dnodarai dnodiaar dnodiara dnodiaar dnodiara dnodiraa dnodiraa
dnodraia dnodraai dnodriaa dnodriaa dnodraia dnodraai dnoadair dnoadari dnoadiar dnoadira dnoadria
dnoadrai dnoaadir dnoaadri dnoaaidr dnoaaird dnoaarid dnoaardi dnoaiadr dnoaiard dnoaidar dnoaidra
dnoairda dnoairad dnoaraid dnoaradi dnoariad dnoarida dnoardia dnoardai dnoaadir dnoaadri dnoaaidr
dnoaaird dnoaarid dnoaardi dnoadair dnoadari dnoadiar dnoadira dnoadria dnoadrai dnoaidar dnoaidra
dnoaiadr dnoaiard dnoairad dnoairda dnoardia dnoardai dnoarida dnoariad dnoaraid dnoaradi dnoiaadr
dnoiaard dnoiadar dnoiadra dnoiarda dnoiarad dnoiaadr dnoiaard dnoiadar dnoiadra dnoiarda dnoiarad
dnoidaar dnoidara dnoidaar dnoidara dnoidraa dnoidraa dnoirada dnoiraad dnoirdaa dnoirdaa dnoirada
dnoiraad dnoraaid dnoraadi dnoraiad dnoraida dnoradia dnoradai dnoraaid dnoraadi dnoraiad dnoraida
dnoradia dnoradai dnoriaad dnoriada dnoriaad dnoriada dnoridaa dnoridaa dnordaia dnordaai dnordiaa
dnordiaa dnordaia dnordaai dirdanao dirdanoa dirdaano dirdaaon dirdaoan dirdaona dirdnaao dirdnaoa
dirdnaao dirdnaoa dirdnoaa dirdnoaa dirdanao dirdanoa dirdaano dirdaaon dirdaoan dirdaona dirdonaa
dirdonaa dirdoana dirdoaan dirdoaan dirdoana diradnao diradnoa diradano diradaon diradoan diradona
dirandao dirandoa diranado diranaod diranoad diranoda diraando diraanod diraadno diraadon diraaodn
diraaond diraonad diraonda diraoand diraoadn diraodan diraodna dirnadao dirnadoa dirnaado dirnaaod
dirnaoad dirnaoda dirndaao dirndaoa dirndaao dirndaoa dirndoaa dirndoaa dirnadao dirnadoa dirnaado
dirnaaod dirnaoad dirnaoda dirnodaa dirnodaa dirnoada dirnoaad dirnoaad dirnoada diraando diraanod
diraadno diraadon diraaodn diraaond diranado diranaod dirandao dirandoa diranoda diranoad diradnao
diradnoa diradano diradaon diradoan diradona diraonda diraonad diraodna diraodan diraoadn diraoand
diroanad diroanda diroaand diroaadn diroadan diroadna dironaad dironada dironaad dironada dirondaa
dirondaa diroanad diroanda diroaand diroaadn diroadan diroadna dirodnaa dirodnaa dirodana dirodaan
dirodaan dirodana didranao didranoa didraano didraaon didraoan didraona didrnaao didrnaoa didrnaao
didrnaoa didrnoaa didrnoaa didranao didranoa didraano didraaon didraoan didraona didronaa didronaa
didroana didroaan didroaan didroana didarnao didarnoa didarano didaraon didaroan didarona didanrao
didanroa didanaro didanaor didanoar didanora didaanro didaanor didaarno didaaron didaaorn didaaonr
didaonar didaonra didaoanr didaoarn didaoran didaorna didnarao didnaroa didnaaro didnaaor didnaoar
didnaora didnraao didnraoa didnraao didnraoa didnroaa didnroaa didnarao didnaroa didnaaro didnaaor
didnaoar didnaora didnoraa didnoraa didnoara didnoaar didnoaar didnoara didaanro didaanor didaarno
didaaron didaaorn didaaonr didanaro didanaor didanrao didanroa didanora didanoar didarnao didarnoa
didarano didaraon didaroan didarona didaonra didaonar didaorna didaoran didaoarn didaoanr didoanar
didoanra didoaanr didoaarn didoaran didoarna didonaar didonara didonaar didonara didonraa didonraa
didoanar didoanra didoaanr didoaarn didoaran didoarna didornaa didornaa didorana didoraan didoraan
didorana diadrnao diadrnoa diadrano diadraon diadroan diadrona diadnrao diadnroa diadnaro diadnaor
diadnoar diadnora diadanro diadanor diadarno diadaron diadaorn diadaonr diadonar diadonra diadoanr
diadoarn diadoran diadorna diardnao diardnoa diardano diardaon diardoan diardona diarndao diarndoa
diarnado diarnaod diarnoad diarnoda diarando diaranod diaradno diaradon diaraodn diaraond diaronad
diaronda diaroand diaroadn diarodan diarodna dianrdao dianrdoa dianrado dianraod dianroad dianroda
diandrao diandroa diandaro diandaor diandoar diandora dianadro dianador dianardo dianarod dianaord
dianaodr dianodar dianodra dianoadr dianoard dianorad dianorda diaarndo diaarnod diaardno diaardon
diaarodn diaarond diaanrdo diaanrod diaandro diaandor diaanodr diaanord diaadnro diaadnor diaadrno
diaadron diaadorn diaadonr diaaondr diaaonrd diaaodnr diaaodrn diaaordn diaaornd diaornad diaornda
diaorand diaoradn diaordan diaordna diaonrad diaonrda diaonard diaonadr diaondar diaondra diaoanrd
diaoandr diaoarnd diaoardn diaoadrn diaoadnr diaodnar diaodnra diaodanr diaodarn diaodran diaodrna
dindarao dindaroa dindaaro dindaaor dindaoar dindaora dindraao dindraoa dindraao dindraoa dindroaa
dindroaa dindarao dindaroa dindaaro dindaaor dindaoar dindaora dindoraa dindoraa dindoara dindoaar
dindoaar dindoara dinadrao dinadroa dinadaro dinadaor dinadoar dinadora dinardao dinardoa dinarado
dinaraod dinaroad dinaroda dinaardo dinaarod dinaadro dinaador dinaaodr dinaaord dinaorad dinaorda
dinaoard dinaoadr dinaodar dinaodra dinradao dinradoa dinraado dinraaod dinraoad dinraoda dinrdaao
dinrdaoa dinrdaao dinrdaoa dinrdoaa dinrdoaa dinradao dinradoa dinraado dinraaod dinraoad dinraoda
dinrodaa dinrodaa dinroada dinroaad dinroaad dinroada dinaardo dinaarod dinaadro dinaador dinaaodr
dinaaord dinarado dinaraod dinardao dinardoa dinaroda dinaroad dinadrao dinadroa dinadaro dinadaor
dinadoar dinadora dinaorda dinaorad dinaodra dinaodar dinaoadr dinaoard dinoarad dinoarda dinoaard
dinoaadr dinoadar dinoadra dinoraad dinorada dinoraad dinorada dinordaa dinordaa dinoarad dinoarda
dinoaard dinoaadr dinoadar dinoadra dinodraa dinodraa dinodara dinodaar dinodaar dinodara diadanro
diadanor diadarno diadaron diadaorn diadaonr diadnaro diadnaor diadnrao diadnroa diadnora diadnoar
diadrnao diadrnoa diadrano diadraon diadroan diadrona diadonra diadonar diadorna diadoran diadoarn
diadoanr diaadnro diaadnor diaadrno diaadron diaadorn diaadonr diaandro diaandor diaanrdo diaanrod
diaanord diaanodr diaarndo diaarnod diaardno diaardon diaarodn diaarond diaaonrd diaaondr diaaornd
diaaordn diaaodrn diaaodnr dianadro dianador dianardo dianarod dianaord dianaodr diandaro diandaor
diandrao diandroa diandora diandoar dianrdao dianrdoa dianrado dianraod dianroad dianroda dianodra
dianodar dianorda dianorad dianoard dianoadr diarando diaranod diaradno diaradon diaraodn diaraond
diarnado diarnaod diarndao diarndoa diarnoda diarnoad diardnao diardnoa diardano diardaon diardoan
diardona diaronda diaronad diarodna diarodan diaroadn diaroand diaoanrd diaoandr diaoarnd diaoardn
diaoadrn diaoadnr diaonard diaonadr diaonrad diaonrda diaondra diaondar diaornad diaornda diaorand
diaoradn diaordan diaordna diaodnra diaodnar diaodrna diaodran diaodarn diaodanr diodanar diodanra
diodaanr diodaarn diodaran diodarna diodnaar diodnara diodnaar diodnara diodnraa diodnraa diodanar
diodanra diodaanr diodaarn diodaran diodarna diodrnaa diodrnaa diodrana diodraan diodraan diodrana
dioadnar dioadnra dioadanr dioadarn dioadran dioadrna dioandar dioandra dioanadr dioanard dioanrad
dioanrda dioaandr dioaanrd dioaadnr dioaadrn dioaardn dioaarnd dioarnad dioarnda dioarand dioaradn
dioardan dioardna dionadar dionadra dionaadr dionaard dionarad dionarda diondaar diondara diondaar
diondara diondraa diondraa dionadar dionadra dionaadr dionaard dionarad dionarda dionrdaa dionrdaa
dionrada dionraad dionraad dionrada dioaandr dioaanrd dioaadnr dioaadrn dioaardn dioaarnd dioanadr
dioanard dioandar dioandra dioanrda dioanrad dioadnar dioadnra dioadanr dioadarn dioadran dioadrna
dioarnda dioarnad dioardna dioardan dioaradn dioarand dioranad dioranda dioraand dioraadn dioradan
dioradna diornaad diornada diornaad diornada diorndaa diorndaa dioranad dioranda dioraand dioraadn
dioradan dioradna diordnaa diordnaa diordana diordaan diordaan diordana dordania dordanai dordaina
dordaian dordaain dordaani dordnaia dordnaai dordniaa dordniaa dordnaia dordnaai dordinaa dordinaa
dordiana dordiaan dordiaan dordiana dordania dordanai dordaina dordaian dordaain dordaani doradnia
doradnai doradina doradian doradain doradani dorandia dorandai doranida doraniad doranaid doranadi
dorainda dorainad doraidna doraidan doraiadn doraiand doraanid doraandi doraaind doraaidn doraadin
doraadni dornadia dornadai dornaida dornaiad dornaaid dornaadi dorndaia dorndaai dorndiaa dorndiaa
dorndaia dorndaai dornidaa dornidaa dorniada dorniaad dorniaad dorniada dornadia dornadai dornaida
dornaiad dornaaid dornaadi dorianda dorianad doriadna doriadan doriaadn doriaand dorinada dorinaad
dorindaa dorindaa dorinada dorinaad doridnaa doridnaa doridana doridaan doridaan doridana dorianda
dorianad doriadna doriadan doriaadn doriaand doraanid doraandi doraaind doraaidn doraadin doraadni
doranaid doranadi doraniad doranida dorandia dorandai dorainad dorainda doraiand doraiadn doraidan
doraidna doradnia doradnai doradina doradian doradain doradani dodrania dodranai dodraina dodraian
dodraain dodraani dodrnaia dodrnaai dodrniaa dodrniaa dodrnaia dodrnaai dodrinaa dodrinaa dodriana
dodriaan dodriaan dodriana dodrania dodranai dodraina dodraian dodraain dodraani dodarnia dodarnai
dodarina dodarian dodarain dodarani dodanria dodanrai dodanira dodaniar dodanair dodanari dodainra
dodainar dodairna dodairan dodaiarn dodaianr dodaanir dodaanri dodaainr dodaairn dodaarin dodaarni
dodnaria dodnarai dodnaira dodnaiar dodnaair dodnaari dodnraia dodnraai dodnriaa dodnriaa dodnraia
dodnraai dodniraa dodniraa dodniara dodniaar dodniaar dodniara dodnaria dodnarai dodnaira dodnaiar
dodnaair dodnaari dodianra dodianar dodiarna dodiaran dodiaarn dodiaanr dodinara dodinaar dodinraa
dodinraa dodinara dodinaar dodirnaa dodirnaa dodirana dodiraan dodiraan dodirana dodianra dodianar
dodiarna dodiaran dodiaarn dodiaanr dodaanir dodaanri dodaainr dodaairn dodaarin dodaarni dodanair
dodanari dodaniar dodanira dodanria dodanrai dodainar dodainra dodaianr dodaiarn dodairan dodairna
dodarnia dodarnai dodarina dodarian dodarain dodarani doadrnia doadrnai doadrina doadrian doadrain
doadrani doadnria doadnrai doadnira doadniar doadnair doadnari doadinra doadinar doadirna doadiran
doadiarn doadianr doadanir doadanri doadainr doadairn doadarin doadarni doardnia doardnai doardina
doardian doardain doardani doarndia doarndai doarnida doarniad doarnaid doarnadi doarinda doarinad
doaridna doaridan doariadn doariand doaranid doarandi doaraind doaraidn doaradin doaradni doanrdia
doanrdai doanrida doanriad doanraid doanradi doandria doandrai doandira doandiar doandair doandari
doanidra doanidar doanirda doanirad doaniard doaniadr doanadir doanadri doanaidr doanaird doanarid
doanardi doairnda doairnad doairdna doairdan doairadn doairand doainrda doainrad doaindra doaindar
doainadr doainard doaidnra doaidnar doaidrna doaidran doaidarn doaidanr doaiandr doaianrd doaiadnr
doaiadrn doaiardn doaiarnd doaarnid doaarndi doaarind doaaridn doaardin doaardni doaanrid doaanrdi
doaanird doaanidr doaandir doaandri doaainrd doaaindr doaairnd doaairdn doaaidrn doaaidnr doaadnir
doaadnri doaadinr doaadirn doaadrin doaadrni dondaria dondarai dondaira dondaiar dondaair dondaari
dondraia dondraai dondriaa dondriaa dondraia dondraai dondiraa dondiraa dondiara dondiaar dondiaar
dondiara dondaria dondarai dondaira dondaiar dondaair dondaari donadria donadrai donadira donadiar
donadair donadari donardia donardai donarida donariad donaraid donaradi donairda donairad donaidra
donaidar donaiadr donaiard donaarid donaardi donaaird donaaidr donaadir donaadri donradia donradai
donraida donraiad donraaid donraadi donrdaia donrdaai donrdiaa donrdiaa donrdaia donrdaai donridaa
donridaa donriada donriaad donriaad donriada donradia donradai donraida donraiad donraaid donraadi
doniarda doniarad doniadra doniadar doniaadr doniaard donirada doniraad donirdaa donirdaa donirada
doniraad donidraa donidraa donidara donidaar donidaar donidara doniarda doniarad doniadra doniadar
doniaadr doniaard donaarid donaardi donaaird donaaidr donaadir donaadri donaraid donaradi donariad
donarida donardia donardai donairad donairda donaiard donaiadr donaidar donaidra donadria donadrai
donadira donadiar donadair donadari doidanra doidanar doidarna doidaran doidaarn doidaanr doidnara
doidnaar doidnraa doidnraa doidnara doidnaar doidrnaa doidrnaa doidrana doidraan doidraan doidrana
doidanra doidanar doidarna doidaran doidaarn doidaanr doiadnra doiadnar doiadrna doiadran doiadarn
doiadanr doiandra doiandar doianrda doianrad doianard doianadr doiarnda doiarnad doiardna doiardan
doiaradn doiarand doiaanrd doiaandr doiaarnd doiaardn doiaadrn doiaadnr doinadra doinadar doinarda
doinarad doinaard doinaadr doindara doindaar doindraa doindraa doindara doindaar doinrdaa doinrdaa
doinrada doinraad doinraad doinrada doinadra doinadar doinarda doinarad doinaard doinaadr doiranda
doiranad doiradna doiradan doiraadn doiraand doirnada doirnaad doirndaa doirndaa doirnada doirnaad
doirdnaa doirdnaa doirdana doirdaan doirdaan doirdana doiranda doiranad doiradna doiradan doiraadn
doiraand doiaanrd doiaandr doiaarnd doiaardn doiaadrn doiaadnr doianard doianadr doianrad doianrda
doiandra doiandar doiarnad doiarnda doiarand doiaradn doiardan doiardna doiadnra doiadnar doiadrna
doiadran doiadarn doiadanr doadanir doadanri doadainr doadairn doadarin doadarni doadnair doadnari
doadniar doadnira doadnria doadnrai doadinar doadinra doadianr doadiarn doadiran doadirna doadrnia
doadrnai doadrina doadrian doadrain doadrani doaadnir doaadnri doaadinr doaadirn doaadrin doaadrni
doaandir doaandri doaanidr doaanird doaanrid doaanrdi doaaindr doaainrd doaaidnr doaaidrn doaairdn
doaairnd doaarnid doaarndi doaarind doaaridn doaardin doaardni doanadir doanadri doanaidr doanaird
doanarid doanardi doandair doandari doandiar doandira doandria doandrai doanidar doanidra doaniadr
doaniard doanirad doanirda doanrdia doanrdai doanrida doanriad doanraid doanradi doaiandr doaianrd
doaiadnr doaiadrn doaiardn doaiarnd doainadr doainard doaindar doaindra doainrda doainrad doaidnar
doaidnra doaidanr doaidarn doaidran doaidrna doairnda doairnad doairdna doairdan doairadn doairand
doaranid doarandi doaraind doaraidn doaradin doaradni doarnaid doarnadi doarniad doarnida doarndia
doarndai doarinad doarinda doariand doariadn doaridan doaridna doardnia doardnai doardina doardian
doardain doardani

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History of cryptography
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