easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

vestmented

creusaque

lichenicola

dentalium

paraguayan

unsharing

agarliquefaciens

cumque

unnagged

detrimental

formonitrile

wayson

subocean

whatcha

shkupetar

lucaresque

ambiebam

xaviera


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: underking
cipher variations:
voefsljoh wpfgtmkpi xqghunlqj yrhivomrk zsijwpnsl
atjkxqotm buklyrpun cvlmzsqvo dwmnatrwp exnobusxq
fyopcvtyr gzpqdwuzs haqrexvat ibrsfywbu jcstgzxcv
kdtuhaydw leuvibzex mfvwjcafy ngwxkdbgz ohxylecha
piyzmfdib qjzangejc rkabohfkd slbcpigle tmcdqjhmf

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: underking
Cipher: fmwviprmt

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: underking
Cipher: BAABB ABBAA AAABB AABAA BAAAA ABAAB ABAAA ABBAA AABBA

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: underking
cipher variations:
voefsljohjoknafzotxoqvizpoflowdqtforzoclynvodnoitghloppoujwvrondoarephoz
rogzmjxolfomhudnoxtospcxdojhoyxkrtovwpfgtmkpikplobgapuyprwjaqpgmpxerugps
apdmzowpeopjuhimpqqpvkxwspoepbsfqipasphankypmgpniveopyuptqdyepkipzylsupw
xqghunlqjlqmpchbqvzqsxkbrqhnqyfsvhqtbqenapxqfpqkvijnqrrqwlyxtqpfqctgrjqb
tqibolzqnhqojwfpqzvqurezfqljqazmtvqxyrhivomrkmrnqdicrwartylcsriorzgtwiru
crfobqyrgqrlwjkorssrxmzyurqgrduhskrcurjcpmaroirpkxgqrawrvsfagrmkrbanuwry
zsijwpnslnsorejdsxbsuzmdtsjpsahuxjsvdsgpcrzshrsmxklpsttsynazvsrhsevitlsd
vskdqnbspjsqlyhrsbxswtgbhsnlscbovxszatjkxqotmotpsfketyctvaneutkqtbivyktw
ethqdsatistnylmqtuutzobawtsitfwjumtewtleroctqktrmzistcytxuhcitomtdcpwyta
buklyrpunpuqtglfuzduwbofvulrucjwzluxfuiretbujtuozmnruvvuapcbxutjugxkvnuf
xumfspdurlusnajtudzuyvidjupnuedqxzubcvlmzsqvoqvruhmgvaevxcpgwvmsvdkxamvy
gvjsfucvkuvpanosvwwvbqdcyvukvhylwovgyvngtqevsmvtobkuveavzwjekvqovferyavc
dwmnatrwprwsvinhwbfwydqhxwntwelybnwzhwktgvdwlvwqboptwxxwcredzwvlwizmxpwh
zwohurfwtnwupclvwfbwaxkflwrpwgfszbwdexnobusxqsxtwjoixcgxzeriyxouxfmzcoxa
ixluhwexmwxrcpquxyyxdsfeaxwmxjanyqxiaxpivsgxuoxvqdmwxgcxbylgmxsqxhgtacxe
fyopcvtyrtyuxkpjydhyafsjzypvygnadpybjymvixfynxysdqrvyzzyetgfbyxnykbozryj
byqjwthyvpywrenxyhdyczmhnytryihubdyfgzpqdwuzsuzvylqkzeizbgtkazqwzhobeqzc
kznwjygzoyzterswzaazfuhgczyozlcpaszkczrkxuizwqzxsfoyziezdaniozuszjivcezg
haqrexvatvawzmrlafjachulbarxaipcfradlaoxkzhapzaufstxabbagvihdazpamdqbtal
daslyvjaxraytgpzajfaebojpavtakjwdfahibrsfywbuwbxansmbgkbdivmcbsybjqdgsbe
mbpylaibqabvgtuybccbhwjiebaqbnercubmebtmzwkbysbzuhqabkgbfcpkqbwublkxegbi
jcstgzxcvxcybotnchlcejwndctzckrehtcfncqzmbjcrbcwhuvzcddcixkjfcbrcofsdvcn
fcunaxlcztcavirbclhcgdqlrcxvcmlyfhcjkdtuhaydwydzcpuodimdfkxoeduadlsfiudg
odranckdscdxivwadeedjylkgdcsdpgtewdogdvobymdaudbwjscdmidhermsdywdnmzgidk
leuvibzexzeadqvpejneglypfevbemtgjvehpesbodletdeyjwxbeffekzmlhedteqhufxep
hewpcznebvecxktdenjeifsntezxeonahjelmfvwjcafyafberwqfkofhmzqgfwcfnuhkwfi
qftcpemfuefzkxycfggflanmifeufrivgyfqifxqdaofcwfdyluefokfjgtoufayfpobikfm
ngwxkdbgzbgcfsxrglpginarhgxdgovilxgjrgudqfngvfgalyzdghhgmbonjgfvgsjwhzgr
jgyrebpgdxgezmvfgplgkhupvgbzgqpcjlgnohxylechachdgtyshmqhjobsihyehpwjmyhk
shvergohwghbmzaehiihncpokhgwhtkxiahskhzsfcqheyhfanwghqmhlivqwhcahrqdkmho
piyzmfdibdiehuztinrikpctjizfiqxknziltiwfshpixhicnabfijjiodqplihxiulyjbit
liatgdrifzigboxhirnimjwrxidbisrelnipqjzangejcejfivaujosjlqdukjagjryloajm
ujxgtiqjyijdobcgjkkjperqmjiyjvmzkcjumjbuhesjgajhcpyijsojnkxsyjecjtsfmojq
rkabohfkdfkgjwbvkptkmrevlkbhkszmpbknvkyhujrkzjkepcdhkllkqfsrnkjzkwnaldkv
nkcviftkhbkidqzjktpkolytzkfdkutgnpkrslbcpigleglhkxcwlqulnsfwmlciltanqclo
wlzivkslaklfqdeilmmlrgtsolkalxobmelwoldwjgulicljerakluqlpmzualgelvuhoqls
tmcdqjhmfhmilydxmrvmotgxnmdjmubordmpxmajwltmblmgrefjmnnmshutpmlbmypcnfmx
pmexkhvmjdmkfsblmvrmqnavbmhfmwviprmtunderkinginjmzeynswnpuhyoneknvcpsenq
ynbkxmuncmnhsfgknoontivuqnmcnzqdognyqnfyliwnkenlgtcmnwsnrobwcnignxwjqsnu

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: underking
Cipher: haqrexvat

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: underking
Cipher: 543341512452423322

Extended Methods:
Method #1

Plaintext: underking
method variations:
zsikwposmexopbutxrkctugzycwphyzmedhb

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
u n d e r k i n g 
5 3 4 5 2 5 4 3 2 
4 3 1 1 4 2 2 3 2 
They are then read out in rows:
534525432431142232
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: underking
Cipher: pyworcqgh

Read more ...
Method #3

Plaintext: underking
method variations:
osvfyrmhw svfyrmhwo vfyrmhwos
fyrmhwosv yrmhwosvf rmhwosvfy
mhwosvfyr hwosvfyrm wosvfyrmh

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: underking

first 5040 cipher variations(362880 total)
underking underkign underknig underkngi underkgni underkgin underikng underikgn underinkg underingk underignk
underigkn undernikg undernigk undernkig undernkgi underngki underngik undergink undergikn undergnik undergnki
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unekidgnr unekidgrn unekirdng unekirdgn unekirndg unekirngd unekirgnd unekirgdn unekinrdg unekinrgd unekindrg
unekindgr unekingdr unekingrd unekigrnd unekigrdn unekignrd unekigndr unekigdnr unekigdrn unekndirg unekndigr
unekndrig unekndrgi unekndgri unekndgir uneknidrg uneknidgr uneknirdg uneknirgd uneknigrd uneknigdr uneknridg
uneknrigd uneknrdig uneknrdgi uneknrgdi uneknrgid unekngird unekngidr unekngrid unekngrdi unekngdri unekngdir
unekgdinr unekgdirn unekgdnir unekgdnri unekgdrni unekgdrin unekgidnr unekgidrn unekgindr unekginrd unekgirnd
unekgirdn unekgnidr unekgnird unekgndir unekgndri unekgnrdi unekgnrid unekgrind unekgridn unekgrnid unekgrndi
unekgrdni unekgrdin uneirkdng uneirkdgn uneirkndg uneirkngd uneirkgnd uneirkgdn uneirdkng uneirdkgn uneirdnkg
uneirdngk uneirdgnk uneirdgkn uneirndkg uneirndgk uneirnkdg uneirnkgd uneirngkd uneirngdk uneirgdnk uneirgdkn
uneirgndk uneirgnkd uneirgknd uneirgkdn uneikrdng uneikrdgn uneikrndg uneikrngd uneikrgnd uneikrgdn uneikdrng
uneikdrgn uneikdnrg uneikdngr uneikdgnr uneikdgrn uneikndrg uneikndgr uneiknrdg uneiknrgd uneikngrd uneikngdr
uneikgdnr uneikgdrn uneikgndr uneikgnrd uneikgrnd uneikgrdn uneidkrng uneidkrgn uneidknrg uneidkngr uneidkgnr
uneidkgrn uneidrkng uneidrkgn uneidrnkg uneidrngk uneidrgnk uneidrgkn uneidnrkg uneidnrgk uneidnkrg uneidnkgr
uneidngkr uneidngrk uneidgrnk uneidgrkn uneidgnrk uneidgnkr uneidgknr uneidgkrn uneinkdrg uneinkdgr uneinkrdg
uneinkrgd uneinkgrd uneinkgdr uneindkrg uneindkgr uneindrkg uneindrgk uneindgrk uneindgkr uneinrdkg uneinrdgk
uneinrkdg uneinrkgd uneinrgkd uneinrgdk uneingdrk uneingdkr uneingrdk uneingrkd uneingkrd uneingkdr uneigkdnr
uneigkdrn uneigkndr uneigknrd uneigkrnd uneigkrdn uneigdknr uneigdkrn uneigdnkr uneigdnrk uneigdrnk uneigdrkn
uneigndkr uneigndrk uneignkdr uneignkrd uneignrkd uneignrdk uneigrdnk uneigrdkn uneigrndk uneigrnkd uneigrknd
uneigrkdn unenrkidg unenrkigd unenrkdig unenrkdgi unenrkgdi unenrkgid unenrikdg unenrikgd unenridkg unenridgk
unenrigdk unenrigkd unenrdikg unenrdigk unenrdkig unenrdkgi unenrdgki unenrdgik unenrgidk unenrgikd unenrgdik
unenrgdki unenrgkdi unenrgkid unenkridg unenkrigd unenkrdig unenkrdgi unenkrgdi unenkrgid unenkirdg unenkirgd
unenkidrg unenkidgr unenkigdr unenkigrd unenkdirg unenkdigr unenkdrig unenkdrgi unenkdgri unenkdgir unenkgidr
unenkgird unenkgdir unenkgdri unenkgrdi unenkgrid unenikrdg unenikrgd unenikdrg unenikdgr unenikgdr unenikgrd
unenirkdg unenirkgd unenirdkg unenirdgk unenirgdk unenirgkd unenidrkg unenidrgk unenidkrg unenidkgr unenidgkr
unenidgrk unenigrdk unenigrkd unenigdrk unenigdkr unenigkdr unenigkrd unendkirg unendkigr unendkrig unendkrgi
unendkgri unendkgir unendikrg unendikgr unendirkg unendirgk unendigrk unendigkr unendrikg unendrigk unendrkig
unendrkgi unendrgki unendrgik unendgirk unendgikr unendgrik unendgrki unendgkri unendgkir unengkidr unengkird
unengkdir unengkdri unengkrdi unengkrid unengikdr unengikrd unengidkr unengidrk unengirdk unengirkd unengdikr
unengdirk unengdkir unengdkri unengdrki unengdrik unengridk unengrikd unengrdik unengrdki unengrkdi unengrkid
unegrkind unegrkidn unegrknid unegrkndi unegrkdni unegrkdin unegriknd unegrikdn unegrinkd unegrindk unegridnk
unegridkn unegrnikd unegrnidk unegrnkid unegrnkdi unegrndki unegrndik unegrdink unegrdikn unegrdnik unegrdnki
unegrdkni unegrdkin unegkrind unegkridn unegkrnid unegkrndi unegkrdni unegkrdin unegkirnd unegkirdn unegkinrd
unegkindr unegkidnr unegkidrn unegknird unegknidr unegknrid unegknrdi unegkndri unegkndir unegkdinr unegkdirn
unegkdnir unegkdnri unegkdrni unegkdrin unegikrnd unegikrdn unegiknrd unegikndr unegikdnr unegikdrn unegirknd
unegirkdn unegirnkd unegirndk unegirdnk unegirdkn uneginrkd uneginrdk uneginkrd uneginkdr unegindkr unegindrk
unegidrnk unegidrkn unegidnrk unegidnkr unegidknr unegidkrn unegnkird unegnkidr unegnkrid unegnkrdi unegnkdri
unegnkdir unegnikrd unegnikdr unegnirkd unegnirdk unegnidrk unegnidkr unegnrikd unegnridk unegnrkid unegnrkdi
unegnrdki unegnrdik unegndirk unegndikr unegndrik unegndrki unegndkri unegndkir unegdkinr unegdkirn unegdknir
unegdknri unegdkrni unegdkrin unegdiknr unegdikrn unegdinkr unegdinrk unegdirnk unegdirkn unegdnikr unegdnirk
unegdnkir unegdnkri unegdnrki unegdnrik unegdrink unegdrikn unegdrnik unegdrnki unegdrkni unegdrkin unredking
unredkign unredknig unredkngi unredkgni unredkgin unredikng unredikgn unredinkg unredingk unredignk unredigkn
unrednikg unrednigk unrednkig unrednkgi unredngki unredngik unredgink unredgikn unredgnik unredgnki unredgkni
unredgkin unrekding unrekdign unrekdnig unrekdngi unrekdgni unrekdgin unrekidng unrekidgn unrekindg unrekingd
unrekignd unrekigdn unreknidg unreknigd unrekndig unrekndgi unrekngdi unrekngid unrekgind unrekgidn unrekgnid
unrekgndi unrekgdni unrekgdin unreikdng unreikdgn unreikndg unreikngd unreikgnd unreikgdn unreidkng unreidkgn
unreidnkg unreidngk unreidgnk unreidgkn unreindkg unreindgk unreinkdg unreinkgd unreingkd unreingdk unreigdnk
unreigdkn unreigndk unreignkd unreigknd unreigkdn unrenkidg unrenkigd unrenkdig unrenkdgi unrenkgdi unrenkgid
unrenikdg unrenikgd unrenidkg unrenidgk unrenigdk unrenigkd unrendikg unrendigk unrendkig unrendkgi unrendgki
unrendgik unrengidk unrengikd unrengdik unrengdki unrengkdi unrengkid unregkind unregkidn unregknid unregkndi
unregkdni unregkdin unregiknd unregikdn unreginkd unregindk unregidnk unregidkn unregnikd unregnidk unregnkid
unregnkdi unregndki unregndik unregdink unregdikn unregdnik unregdnki unregdkni unregdkin unrdeking unrdekign
unrdeknig unrdekngi unrdekgni unrdekgin unrdeikng unrdeikgn unrdeinkg unrdeingk unrdeignk unrdeigkn unrdenikg
unrdenigk unrdenkig unrdenkgi unrdengki unrdengik unrdegink unrdegikn unrdegnik unrdegnki unrdegkni unrdegkin
unrdkeing unrdkeign unrdkenig unrdkengi unrdkegni unrdkegin unrdkieng unrdkiegn unrdkineg unrdkinge unrdkigne
unrdkigen unrdknieg unrdknige unrdkneig unrdknegi unrdkngei unrdkngie unrdkgine unrdkgien unrdkgnie unrdkgnei
unrdkgeni unrdkgein unrdikeng unrdikegn unrdikneg unrdiknge unrdikgne unrdikgen unrdiekng unrdiekgn unrdienkg
unrdiengk unrdiegnk unrdiegkn unrdinekg unrdinegk unrdinkeg unrdinkge unrdingke unrdingek unrdigenk unrdigekn
unrdignek unrdignke unrdigkne unrdigken unrdnkieg unrdnkige unrdnkeig unrdnkegi unrdnkgei unrdnkgie unrdnikeg
unrdnikge unrdniekg unrdniegk unrdnigek unrdnigke unrdneikg unrdneigk unrdnekig unrdnekgi unrdnegki unrdnegik
unrdngiek unrdngike unrdngeik unrdngeki unrdngkei unrdngkie unrdgkine unrdgkien unrdgknie unrdgknei unrdgkeni
unrdgkein unrdgikne unrdgiken unrdginke unrdginek unrdgienk unrdgiekn unrdgnike unrdgniek unrdgnkie unrdgnkei
unrdgneki unrdgneik unrdgeink unrdgeikn unrdgenik unrdgenki unrdgekni unrdgekin unrkdeing unrkdeign unrkdenig
unrkdengi unrkdegni unrkdegin unrkdieng unrkdiegn unrkdineg unrkdinge unrkdigne unrkdigen unrkdnieg unrkdnige
unrkdneig unrkdnegi unrkdngei unrkdngie unrkdgine unrkdgien unrkdgnie unrkdgnei unrkdgeni unrkdgein unrkeding
unrkedign unrkednig unrkedngi unrkedgni unrkedgin unrkeidng unrkeidgn unrkeindg unrkeingd unrkeignd unrkeigdn
unrkenidg unrkenigd unrkendig unrkendgi unrkengdi unrkengid unrkegind unrkegidn unrkegnid unrkegndi unrkegdni
unrkegdin unrkiedng unrkiedgn unrkiendg unrkiengd unrkiegnd unrkiegdn unrkideng unrkidegn unrkidneg unrkidnge
unrkidgne unrkidgen unrkindeg unrkindge unrkinedg unrkinegd unrkinged unrkingde unrkigdne unrkigden unrkignde
unrkigned unrkigend unrkigedn unrkneidg unrkneigd unrknedig unrknedgi unrknegdi unrknegid unrkniedg unrkniegd
unrknideg unrknidge unrknigde unrkniged unrkndieg unrkndige unrkndeig unrkndegi unrkndgei unrkndgie unrkngide
unrkngied unrkngdie unrkngdei unrkngedi unrkngeid unrkgeind unrkgeidn unrkgenid unrkgendi unrkgedni unrkgedin
unrkgiend unrkgiedn unrkgined unrkginde unrkgidne unrkgiden unrkgnied unrkgnide unrkgneid unrkgnedi unrkgndei
unrkgndie unrkgdine unrkgdien unrkgdnie unrkgdnei unrkgdeni unrkgdein unridkeng unridkegn unridkneg unridknge
unridkgne unridkgen unridekng unridekgn unridenkg unridengk unridegnk unridegkn unridnekg unridnegk unridnkeg
unridnkge unridngke unridngek unridgenk unridgekn unridgnek unridgnke unridgkne unridgken unrikdeng unrikdegn
unrikdneg unrikdnge unrikdgne unrikdgen unrikedng unrikedgn unrikendg unrikengd unrikegnd unrikegdn unriknedg
unriknegd unrikndeg unrikndge unrikngde unriknged unrikgend unrikgedn unrikgned unrikgnde unrikgdne unrikgden
unriekdng unriekdgn unriekndg unriekngd unriekgnd unriekgdn unriedkng unriedkgn unriednkg unriedngk unriedgnk
unriedgkn unriendkg unriendgk unrienkdg unrienkgd unriengkd unriengdk unriegdnk unriegdkn unriegndk unriegnkd
unriegknd unriegkdn unrinkedg unrinkegd unrinkdeg unrinkdge unrinkgde unrinkged unrinekdg unrinekgd unrinedkg
unrinedgk unrinegdk unrinegkd unrindekg unrindegk unrindkeg unrindkge unrindgke unrindgek unringedk unringekd
unringdek unringdke unringkde unringked unrigkend unrigkedn unrigkned unrigknde unrigkdne unrigkden unrigeknd
unrigekdn unrigenkd unrigendk unrigednk unrigedkn unrignekd unrignedk unrignked unrignkde unrigndke unrigndek
unrigdenk unrigdekn unrigdnek unrigdnke unrigdkne unrigdken unrndkieg unrndkige unrndkeig unrndkegi unrndkgei
unrndkgie unrndikeg unrndikge unrndiekg unrndiegk unrndigek unrndigke unrndeikg unrndeigk unrndekig unrndekgi
unrndegki unrndegik unrndgiek unrndgike unrndgeik unrndgeki unrndgkei unrndgkie unrnkdieg unrnkdige unrnkdeig
unrnkdegi unrnkdgei unrnkdgie unrnkideg unrnkidge unrnkiedg unrnkiegd unrnkiged unrnkigde unrnkeidg unrnkeigd
unrnkedig unrnkedgi unrnkegdi unrnkegid unrnkgied unrnkgide unrnkgeid unrnkgedi unrnkgdei unrnkgdie unrnikdeg
unrnikdge unrnikedg unrnikegd unrnikged unrnikgde unrnidkeg unrnidkge unrnidekg unrnidegk unrnidgek unrnidgke
unrniedkg unrniedgk unrniekdg unrniekgd unrniegkd unrniegdk unrnigdek unrnigdke unrnigedk unrnigekd unrnigked
unrnigkde unrnekidg unrnekigd unrnekdig unrnekdgi unrnekgdi unrnekgid unrneikdg unrneikgd unrneidkg unrneidgk
unrneigdk unrneigkd unrnedikg unrnedigk unrnedkig unrnedkgi unrnedgki unrnedgik unrnegidk unrnegikd unrnegdik
unrnegdki unrnegkdi unrnegkid unrngkied unrngkide unrngkeid unrngkedi unrngkdei unrngkdie unrngiked unrngikde
unrngiekd unrngiedk unrngidek unrngidke unrngeikd unrngeidk unrngekid unrngekdi unrngedki unrngedik unrngdiek
unrngdike unrngdeik unrngdeki unrngdkei unrngdkie unrgdkine unrgdkien unrgdknie unrgdknei unrgdkeni unrgdkein
unrgdikne unrgdiken unrgdinke unrgdinek unrgdienk unrgdiekn unrgdnike unrgdniek unrgdnkie unrgdnkei unrgdneki
unrgdneik unrgdeink unrgdeikn unrgdenik unrgdenki unrgdekni unrgdekin unrgkdine unrgkdien unrgkdnie unrgkdnei
unrgkdeni unrgkdein unrgkidne unrgkiden unrgkinde unrgkined unrgkiend unrgkiedn unrgknide unrgknied unrgkndie
unrgkndei unrgknedi unrgkneid unrgkeind unrgkeidn unrgkenid unrgkendi unrgkedni unrgkedin unrgikdne unrgikden
unrgiknde unrgikned unrgikend unrgikedn unrgidkne unrgidken unrgidnke unrgidnek unrgidenk unrgidekn unrgindke
unrgindek unrginkde unrginked unrginekd unrginedk unrgiednk unrgiedkn unrgiendk unrgienkd unrgieknd unrgiekdn
unrgnkide unrgnkied unrgnkdie unrgnkdei unrgnkedi unrgnkeid unrgnikde unrgniked unrgnidke unrgnidek unrgniedk
unrgniekd unrgndike unrgndiek unrgndkie unrgndkei unrgndeki unrgndeik unrgneidk unrgneikd unrgnedik unrgnedki
unrgnekdi unrgnekid unrgekind unrgekidn unrgeknid unrgekndi unrgekdni unrgekdin unrgeiknd unrgeikdn unrgeinkd
unrgeindk unrgeidnk unrgeidkn unrgenikd unrgenidk unrgenkid unrgenkdi unrgendki unrgendik unrgedink unrgedikn
unrgednik unrgednki unrgedkni unrgedkin unkerding unkerdign unkerdnig unkerdngi unkerdgni unkerdgin unkeridng
unkeridgn unkerindg unkeringd unkerignd unkerigdn unkernidg unkernigd unkerndig unkerndgi unkerngdi unkerngid
unkergind unkergidn unkergnid unkergndi unkergdni unkergdin unkedring unkedrign unkedrnig unkedrngi unkedrgni
unkedrgin unkedirng unkedirgn unkedinrg unkedingr unkedignr unkedigrn unkednirg unkednigr unkednrig unkednrgi
unkedngri unkedngir unkedginr unkedgirn unkedgnir unkedgnri unkedgrni unkedgrin unkeidrng unkeidrgn unkeidnrg
unkeidngr unkeidgnr unkeidgrn unkeirdng unkeirdgn unkeirndg unkeirngd unkeirgnd unkeirgdn unkeinrdg unkeinrgd
unkeindrg unkeindgr unkeingdr unkeingrd unkeigrnd unkeigrdn unkeignrd unkeigndr unkeigdnr unkeigdrn unkendirg
unkendigr unkendrig unkendrgi unkendgri unkendgir unkenidrg unkenidgr unkenirdg unkenirgd unkenigrd unkenigdr
unkenridg unkenrigd unkenrdig unkenrdgi unkenrgdi unkenrgid unkengird unkengidr unkengrid unkengrdi unkengdri
unkengdir unkegdinr unkegdirn unkegdnir unkegdnri unkegdrni unkegdrin unkegidnr unkegidrn unkegindr unkeginrd
unkegirnd unkegirdn unkegnidr unkegnird unkegndir unkegndri unkegnrdi unkegnrid unkegrind unkegridn unkegrnid
unkegrndi unkegrdni unkegrdin unkreding unkredign unkrednig unkredngi unkredgni unkredgin unkreidng unkreidgn
unkreindg unkreingd unkreignd unkreigdn unkrenidg unkrenigd unkrendig unkrendgi unkrengdi unkrengid unkregind
unkregidn unkregnid unkregndi unkregdni unkregdin unkrdeing unkrdeign unkrdenig unkrdengi unkrdegni unkrdegin
unkrdieng unkrdiegn unkrdineg unkrdinge unkrdigne unkrdigen unkrdnieg unkrdnige unkrdneig unkrdnegi unkrdngei
unkrdngie unkrdgine unkrdgien unkrdgnie unkrdgnei unkrdgeni unkrdgein unkrideng unkridegn unkridneg unkridnge
unkridgne unkridgen unkriedng unkriedgn unkriendg unkriengd unkriegnd unkriegdn unkrinedg unkrinegd unkrindeg
unkrindge unkringde unkringed unkrigend unkrigedn unkrigned unkrignde unkrigdne unkrigden unkrndieg unkrndige
unkrndeig unkrndegi unkrndgei unkrndgie unkrnideg unkrnidge unkrniedg unkrniegd unkrniged unkrnigde unkrneidg
unkrneigd unkrnedig unkrnedgi unkrnegdi unkrnegid unkrngied unkrngide unkrngeid unkrngedi unkrngdei unkrngdie
unkrgdine unkrgdien unkrgdnie unkrgdnei unkrgdeni unkrgdein unkrgidne unkrgiden unkrginde unkrgined unkrgiend
unkrgiedn unkrgnide unkrgnied unkrgndie unkrgndei unkrgnedi unkrgneid unkrgeind unkrgeidn unkrgenid unkrgendi
unkrgedni unkrgedin unkdreing unkdreign unkdrenig unkdrengi unkdregni unkdregin unkdrieng unkdriegn unkdrineg
unkdringe unkdrigne unkdrigen unkdrnieg unkdrnige unkdrneig unkdrnegi unkdrngei unkdrngie unkdrgine unkdrgien
unkdrgnie unkdrgnei unkdrgeni unkdrgein unkdering unkderign unkdernig unkderngi unkdergni unkdergin unkdeirng
unkdeirgn unkdeinrg unkdeingr unkdeignr unkdeigrn unkdenirg unkdenigr unkdenrig unkdenrgi unkdengri unkdengir
unkdeginr unkdegirn unkdegnir unkdegnri unkdegrni unkdegrin unkdierng unkdiergn unkdienrg unkdiengr unkdiegnr
unkdiegrn unkdireng unkdiregn unkdirneg unkdirnge unkdirgne unkdirgen unkdinreg unkdinrge unkdinerg unkdinegr
unkdinger unkdingre unkdigrne unkdigren unkdignre unkdigner unkdigenr unkdigern unkdneirg unkdneigr unkdnerig
unkdnergi unkdnegri unkdnegir unkdnierg unkdniegr unkdnireg unkdnirge unkdnigre unkdniger unkdnrieg unkdnrige
unkdnreig unkdnregi unkdnrgei unkdnrgie unkdngire unkdngier unkdngrie unkdngrei unkdngeri unkdngeir unkdgeinr
unkdgeirn unkdgenir unkdgenri unkdgerni unkdgerin unkdgienr unkdgiern unkdginer unkdginre unkdgirne unkdgiren
unkdgnier unkdgnire unkdgneir unkdgneri unkdgnrei unkdgnrie unkdgrine unkdgrien unkdgrnie unkdgrnei unkdgreni
unkdgrein unkirdeng unkirdegn unkirdneg unkirdnge unkirdgne unkirdgen unkiredng unkiredgn unkirendg unkirengd
unkiregnd unkiregdn unkirnedg unkirnegd unkirndeg unkirndge unkirngde unkirnged unkirgend unkirgedn unkirgned
unkirgnde unkirgdne unkirgden unkidreng unkidregn unkidrneg unkidrnge unkidrgne unkidrgen unkiderng unkidergn
unkidenrg unkidengr unkidegnr unkidegrn unkidnerg unkidnegr unkidnreg unkidnrge unkidngre unkidnger unkidgenr
unkidgern unkidgner unkidgnre unkidgrne unkidgren unkiedrng unkiedrgn unkiednrg unkiedngr unkiedgnr unkiedgrn
unkierdng unkierdgn unkierndg unkierngd unkiergnd unkiergdn unkienrdg unkienrgd unkiendrg unkiendgr unkiengdr
unkiengrd unkiegrnd unkiegrdn unkiegnrd unkiegndr unkiegdnr unkiegdrn unkinderg unkindegr unkindreg unkindrge
unkindgre unkindger unkinedrg unkinedgr unkinerdg unkinergd unkinegrd unkinegdr unkinredg unkinregd unkinrdeg
unkinrdge unkinrgde unkinrged unkingerd unkingedr unkingred unkingrde unkingdre unkingder unkigdenr unkigdern
unkigdner unkigdnre unkigdrne unkigdren unkigednr unkigedrn unkigendr unkigenrd unkigernd unkigerdn unkignedr
unkignerd unkignder unkigndre unkignrde unkignred unkigrend unkigredn unkigrned unkigrnde unkigrdne unkigrden
unknrdieg unknrdige unknrdeig unknrdegi unknrdgei unknrdgie unknrideg unknridge unknriedg unknriegd unknriged
unknrigde unknreidg unknreigd unknredig unknredgi unknregdi unknregid unknrgied unknrgide unknrgeid unknrgedi
unknrgdei unknrgdie unkndrieg unkndrige unkndreig unkndregi unkndrgei unkndrgie unkndireg unkndirge unkndierg
unkndiegr unkndiger unkndigre unkndeirg unkndeigr unknderig unkndergi unkndegri unkndegir unkndgier unkndgire
unkndgeir unkndgeri unkndgrei unkndgrie unknidreg unknidrge unkniderg unknidegr unknidger unknidgre unknirdeg
unknirdge unkniredg unkniregd unknirged unknirgde unknierdg unkniergd unkniedrg unkniedgr unkniegdr unkniegrd
unknigred unknigrde unknigerd unknigedr unknigder unknigdre unknedirg unknedigr unknedrig unknedrgi unknedgri
unknedgir unkneidrg unkneidgr unkneirdg unkneirgd unkneigrd unkneigdr unkneridg unknerigd unknerdig unknerdgi
unknergdi unknergid unknegird unknegidr unknegrid unknegrdi unknegdri unknegdir unkngdier unkngdire unkngdeir
unkngderi unkngdrei unkngdrie unkngider unkngidre unkngiedr unkngierd unkngired unkngirde unkngeidr unkngeird
unkngedir unkngedri unkngerdi unkngerid unkngried unkngride unkngreid unkngredi unkngrdei unkngrdie unkgrdine
unkgrdien unkgrdnie unkgrdnei unkgrdeni unkgrdein unkgridne unkgriden unkgrinde unkgrined unkgriend unkgriedn
unkgrnide unkgrnied unkgrndie unkgrndei unkgrnedi unkgrneid unkgreind unkgreidn unkgrenid unkgrendi unkgredni
unkgredin unkgdrine unkgdrien unkgdrnie unkgdrnei unkgdreni unkgdrein unkgdirne unkgdiren unkgdinre unkgdiner
unkgdienr unkgdiern unkgdnire unkgdnier unkgdnrie unkgdnrei unkgdneri unkgdneir unkgdeinr unkgdeirn unkgdenir
unkgdenri unkgderni unkgderin unkgidrne unkgidren unkgidnre unkgidner unkgidenr unkgidern unkgirdne unkgirden
unkgirnde unkgirned unkgirend unkgiredn unkginrde unkginred unkgindre unkginder unkginedr unkginerd unkgiernd
unkgierdn unkgienrd unkgiendr unkgiednr unkgiedrn unkgndire unkgndier unkgndrie unkgndrei unkgnderi unkgndeir
unkgnidre unkgnider unkgnirde unkgnired unkgnierd unkgniedr unkgnride unkgnried unkgnrdie unkgnrdei unkgnredi
unkgnreid unkgneird unkgneidr unkgnerid unkgnerdi unkgnedri unkgnedir unkgedinr unkgedirn unkgednir unkgednri
unkgedrni unkgedrin unkgeidnr unkgeidrn unkgeindr unkgeinrd unkgeirnd unkgeirdn unkgenidr unkgenird unkgendir
unkgendri unkgenrdi unkgenrid unkgerind unkgeridn unkgernid unkgerndi unkgerdni unkgerdin unierkdng unierkdgn
unierkndg unierkngd unierkgnd unierkgdn unierdkng unierdkgn unierdnkg unierdngk unierdgnk unierdgkn unierndkg
unierndgk uniernkdg uniernkgd unierngkd unierngdk uniergdnk uniergdkn uniergndk uniergnkd uniergknd uniergkdn
uniekrdng uniekrdgn uniekrndg uniekrngd uniekrgnd uniekrgdn uniekdrng uniekdrgn uniekdnrg uniekdngr uniekdgnr
uniekdgrn uniekndrg uniekndgr unieknrdg unieknrgd uniekngrd uniekngdr uniekgdnr uniekgdrn uniekgndr uniekgnrd
uniekgrnd uniekgrdn uniedkrng uniedkrgn uniedknrg uniedkngr uniedkgnr uniedkgrn uniedrkng uniedrkgn uniedrnkg
uniedrngk uniedrgnk uniedrgkn uniednrkg uniednrgk uniednkrg uniednkgr uniedngkr uniedngrk uniedgrnk uniedgrkn
uniedgnrk uniedgnkr uniedgknr uniedgkrn unienkdrg unienkdgr unienkrdg unienkrgd unienkgrd unienkgdr uniendkrg
uniendkgr uniendrkg uniendrgk uniendgrk uniendgkr unienrdkg unienrdgk unienrkdg unienrkgd unienrgkd unienrgdk
uniengdrk uniengdkr uniengrdk uniengrkd uniengkrd uniengkdr uniegkdnr uniegkdrn uniegkndr uniegknrd uniegkrnd
uniegkrdn uniegdknr uniegdkrn uniegdnkr uniegdnrk uniegdrnk uniegdrkn uniegndkr uniegndrk uniegnkdr uniegnkrd
uniegnrkd uniegnrdk uniegrdnk uniegrdkn uniegrndk uniegrnkd uniegrknd uniegrkdn unirekdng unirekdgn unirekndg
unirekngd unirekgnd unirekgdn uniredkng uniredkgn unirednkg uniredngk uniredgnk uniredgkn unirendkg unirendgk
unirenkdg unirenkgd unirengkd unirengdk uniregdnk uniregdkn uniregndk uniregnkd uniregknd uniregkdn unirkedng
unirkedgn unirkendg unirkengd unirkegnd unirkegdn unirkdeng unirkdegn unirkdneg unirkdnge unirkdgne unirkdgen
unirkndeg unirkndge unirknedg unirknegd unirknged unirkngde unirkgdne unirkgden unirkgnde unirkgned unirkgend
unirkgedn unirdkeng unirdkegn unirdkneg unirdknge unirdkgne unirdkgen unirdekng unirdekgn unirdenkg unirdengk
unirdegnk unirdegkn unirdnekg unirdnegk unirdnkeg unirdnkge unirdngke unirdngek unirdgenk unirdgekn unirdgnek
unirdgnke unirdgkne unirdgken unirnkdeg unirnkdge unirnkedg unirnkegd unirnkged unirnkgde unirndkeg unirndkge
unirndekg unirndegk unirndgek unirndgke unirnedkg unirnedgk unirnekdg unirnekgd unirnegkd unirnegdk unirngdek
unirngdke unirngedk unirngekd unirngked unirngkde unirgkdne unirgkden unirgknde unirgkned unirgkend unirgkedn
unirgdkne unirgdken unirgdnke unirgdnek unirgdenk unirgdekn unirgndke unirgndek unirgnkde unirgnked unirgnekd
unirgnedk unirgednk unirgedkn unirgendk unirgenkd unirgeknd unirgekdn unikredng unikredgn unikrendg unikrengd
unikregnd unikregdn unikrdeng unikrdegn unikrdneg unikrdnge unikrdgne unikrdgen unikrndeg unikrndge unikrnedg
unikrnegd unikrnged unikrngde unikrgdne unikrgden unikrgnde unikrgned unikrgend unikrgedn unikerdng unikerdgn
unikerndg unikerngd unikergnd unikergdn unikedrng unikedrgn unikednrg unikedngr unikedgnr unikedgrn unikendrg
unikendgr unikenrdg unikenrgd unikengrd unikengdr unikegdnr unikegdrn unikegndr unikegnrd unikegrnd unikegrdn
unikderng unikdergn unikdenrg unikdengr unikdegnr unikdegrn unikdreng unikdregn unikdrneg unikdrnge unikdrgne
unikdrgen unikdnreg unikdnrge unikdnerg unikdnegr unikdnger unikdngre unikdgrne unikdgren unikdgnre unikdgner
unikdgenr unikdgern uniknedrg uniknedgr uniknerdg uniknergd uniknegrd uniknegdr uniknderg unikndegr unikndreg
unikndrge unikndgre unikndger uniknrdeg uniknrdge uniknredg uniknregd uniknrged uniknrgde unikngdre unikngder
unikngrde unikngred unikngerd unikngedr unikgednr unikgedrn unikgendr unikgenrd unikgernd unikgerdn unikgdenr
unikgdern unikgdner unikgdnre unikgdrne unikgdren unikgnder unikgndre unikgnedr unikgnerd unikgnred unikgnrde
unikgrdne unikgrden unikgrnde unikgrned unikgrend unikgredn unidrkeng unidrkegn unidrkneg unidrknge unidrkgne
unidrkgen unidrekng unidrekgn unidrenkg unidrengk unidregnk unidregkn unidrnekg unidrnegk unidrnkeg unidrnkge
unidrngke unidrngek unidrgenk unidrgekn unidrgnek unidrgnke unidrgkne unidrgken unidkreng unidkregn unidkrneg
unidkrnge unidkrgne unidkrgen unidkerng unidkergn unidkenrg unidkengr unidkegnr unidkegrn unidknerg unidknegr
unidknreg unidknrge unidkngre unidknger unidkgenr unidkgern unidkgner unidkgnre unidkgrne unidkgren unidekrng
unidekrgn unideknrg unidekngr unidekgnr unidekgrn uniderkng uniderkgn unidernkg uniderngk unidergnk unidergkn
unidenrkg unidenrgk unidenkrg unidenkgr unidengkr unidengrk unidegrnk unidegrkn unidegnrk unidegnkr unidegknr
unidegkrn unidnkerg unidnkegr unidnkreg unidnkrge unidnkgre unidnkger unidnekrg unidnekgr unidnerkg unidnergk
unidnegrk unidnegkr unidnrekg unidnregk unidnrkeg unidnrkge unidnrgke unidnrgek unidngerk unidngekr unidngrek
unidngrke unidngkre unidngker unidgkenr unidgkern unidgkner unidgknre unidgkrne unidgkren unidgeknr unidgekrn
unidgenkr unidgenrk unidgernk unidgerkn unidgnekr unidgnerk unidgnker unidgnkre unidgnrke unidgnrek unidgrenk
unidgrekn unidgrnek unidgrnke unidgrkne unidgrken uninrkdeg uninrkdge uninrkedg uninrkegd uninrkged uninrkgde
uninrdkeg uninrdkge uninrdekg uninrdegk uninrdgek uninrdgke uninredkg uninredgk uninrekdg uninrekgd uninregkd
uninregdk uninrgdek uninrgdke uninrgedk uninrgekd uninrgked uninrgkde uninkrdeg uninkrdge uninkredg uninkregd
uninkrged uninkrgde uninkdreg uninkdrge uninkderg uninkdegr uninkdger uninkdgre uninkedrg uninkedgr uninkerdg
uninkergd uninkegrd uninkegdr uninkgder uninkgdre uninkgedr uninkgerd uninkgred uninkgrde unindkreg unindkrge
unindkerg unindkegr unindkger unindkgre unindrkeg unindrkge unindrekg unindregk unindrgek unindrgke uninderkg
unindergk unindekrg unindekgr unindegkr unindegrk unindgrek unindgrke unindgerk unindgekr unindgker unindgkre
uninekdrg uninekdgr uninekrdg uninekrgd uninekgrd uninekgdr uninedkrg uninedkgr uninedrkg uninedrgk uninedgrk
uninedgkr uninerdkg uninerdgk uninerkdg uninerkgd uninergkd uninergdk uninegdrk uninegdkr uninegrdk uninegrkd
uninegkrd uninegkdr uningkder uningkdre uningkedr uningkerd uningkred uningkrde uningdker uningdkre uningdekr
uningderk uningdrek uningdrke uningedkr uningedrk uningekdr uningekrd uningerkd uningerdk uningrdek uningrdke
uningredk uningrekd uningrked uningrkde unigrkdne unigrkden unigrknde unigrkned unigrkend unigrkedn unigrdkne
unigrdken unigrdnke unigrdnek unigrdenk unigrdekn unigrndke unigrndek unigrnkde unigrnked unigrnekd unigrnedk
unigrednk unigredkn unigrendk unigrenkd unigreknd unigrekdn unigkrdne unigkrden unigkrnde unigkrned unigkrend
unigkredn unigkdrne unigkdren unigkdnre unigkdner unigkdenr unigkdern unigkndre unigknder unigknrde unigknred
unigknerd unigknedr unigkednr unigkedrn unigkendr unigkenrd unigkernd unigkerdn unigdkrne unigdkren unigdknre
unigdkner unigdkenr unigdkern unigdrkne unigdrken unigdrnke unigdrnek unigdrenk unigdrekn unigdnrke unigdnrek
unigdnkre unigdnker unigdnekr unigdnerk unigdernk unigderkn unigdenrk unigdenkr unigdeknr unigdekrn unignkdre
unignkder unignkrde unignkred unignkerd unignkedr unigndkre unigndker unigndrke unigndrek unignderk unigndekr
unignrdke unignrdek unignrkde unignrked unignrekd unignredk unignedrk unignedkr unignerdk unignerkd unignekrd
unignekdr unigekdnr unigekdrn unigekndr unigeknrd unigekrnd unigekrdn unigedknr unigedkrn unigednkr unigednrk
unigedrnk unigedrkn unigendkr unigendrk unigenkdr unigenkrd unigenrkd unigenrdk unigerdnk unigerdkn unigerndk
unigernkd unigerknd unigerkdn unnerkidg unnerkigd unnerkdig unnerkdgi unnerkgdi unnerkgid unnerikdg unnerikgd
unneridkg unneridgk unnerigdk unnerigkd unnerdikg unnerdigk unnerdkig unnerdkgi unnerdgki unnerdgik unnergidk
unnergikd unnergdik unnergdki unnergkdi unnergkid unnekridg unnekrigd unnekrdig unnekrdgi unnekrgdi unnekrgid
unnekirdg unnekirgd unnekidrg unnekidgr unnekigdr unnekigrd unnekdirg unnekdigr unnekdrig unnekdrgi unnekdgri
unnekdgir unnekgidr unnekgird unnekgdir unnekgdri unnekgrdi unnekgrid unneikrdg unneikrgd unneikdrg unneikdgr
unneikgdr unneikgrd unneirkdg unneirkgd unneirdkg unneirdgk unneirgdk unneirgkd unneidrkg unneidrgk unneidkrg
unneidkgr unneidgkr unneidgrk unneigrdk unneigrkd unneigdrk unneigdkr unneigkdr unneigkrd unnedkirg unnedkigr
unnedkrig unnedkrgi unnedkgri unnedkgir unnedikrg unnedikgr unnedirkg unnedirgk unnedigrk unnedigkr unnedrikg
unnedrigk unnedrkig unnedrkgi unnedrgki unnedrgik unnedgirk unnedgikr unnedgrik unnedgrki unnedgkri unnedgkir
unnegkidr unnegkird unnegkdir unnegkdri unnegkrdi unnegkrid unnegikdr unnegikrd unnegidkr unnegidrk unnegirdk
unnegirkd unnegdikr unnegdirk unnegdkir unnegdkri unnegdrki unnegdrik unnegridk unnegrikd unnegrdik unnegrdki
unnegrkdi unnegrkid unnrekidg unnrekigd unnrekdig unnrekdgi unnrekgdi unnrekgid unnreikdg unnreikgd unnreidkg
unnreidgk unnreigdk unnreigkd unnredikg unnredigk unnredkig unnredkgi unnredgki unnredgik unnregidk unnregikd
unnregdik unnregdki unnregkdi unnregkid unnrkeidg unnrkeigd unnrkedig unnrkedgi unnrkegdi unnrkegid unnrkiedg
unnrkiegd unnrkideg unnrkidge unnrkigde unnrkiged unnrkdieg unnrkdige unnrkdeig unnrkdegi unnrkdgei unnrkdgie
unnrkgide unnrkgied unnrkgdie unnrkgdei unnrkgedi unnrkgeid unnrikedg unnrikegd unnrikdeg unnrikdge unnrikgde
unnrikged unnriekdg unnriekgd unnriedkg unnriedgk unnriegdk unnriegkd unnridekg unnridegk unnridkeg unnridkge
unnridgke unnridgek unnrigedk unnrigekd unnrigdek unnrigdke unnrigkde unnrigked unnrdkieg unnrdkige unnrdkeig
unnrdkegi unnrdkgei unnrdkgie unnrdikeg unnrdikge unnrdiekg unnrdiegk unnrdigek unnrdigke unnrdeikg unnrdeigk
unnrdekig unnrdekgi unnrdegki unnrdegik unnrdgiek unnrdgike unnrdgeik unnrdgeki unnrdgkei unnrdgkie unnrgkide
unnrgkied unnrgkdie unnrgkdei unnrgkedi unnrgkeid unnrgikde unnrgiked unnrgidke unnrgidek unnrgiedk unnrgiekd
unnrgdike unnrgdiek unnrgdkie unnrgdkei unnrgdeki unnrgdeik unnrgeidk unnrgeikd unnrgedik unnrgedki unnrgekdi
unnrgekid unnkreidg unnkreigd unnkredig unnkredgi unnkregdi unnkregid unnkriedg unnkriegd unnkrideg unnkridge
unnkrigde unnkriged unnkrdieg unnkrdige unnkrdeig unnkrdegi unnkrdgei unnkrdgie unnkrgide unnkrgied unnkrgdie
unnkrgdei unnkrgedi unnkrgeid unnkeridg unnkerigd unnkerdig unnkerdgi unnkergdi unnkergid unnkeirdg unnkeirgd
unnkeidrg unnkeidgr unnkeigdr unnkeigrd unnkedirg unnkedigr unnkedrig unnkedrgi unnkedgri unnkedgir unnkegidr
unnkegird unnkegdir unnkegdri unnkegrdi unnkegrid unnkierdg unnkiergd unnkiedrg unnkiedgr unnkiegdr unnkiegrd
unnkiredg unnkiregd unnkirdeg unnkirdge unnkirgde unnkirged unnkidreg unnkidrge unnkiderg unnkidegr unnkidger
unnkidgre unnkigrde unnkigred unnkigdre unnkigder unnkigedr unnkigerd unnkdeirg unnkdeigr unnkderig unnkdergi
unnkdegri unnkdegir unnkdierg unnkdiegr unnkdireg unnkdirge unnkdigre unnkdiger unnkdrieg unnkdrige unnkdreig
unnkdregi unnkdrgei unnkdrgie unnkdgire unnkdgier unnkdgrie unnkdgrei unnkdgeri unnkdgeir unnkgeidr unnkgeird
unnkgedir unnkgedri unnkgerdi unnkgerid unnkgiedr unnkgierd unnkgider unnkgidre unnkgirde unnkgired unnkgdier
unnkgdire unnkgdeir unnkgderi unnkgdrei unnkgdrie unnkgride unnkgried unnkgrdie unnkgrdei unnkgredi unnkgreid
unnirkedg unnirkegd unnirkdeg unnirkdge unnirkgde unnirkged unnirekdg unnirekgd unniredkg unniredgk unniregdk
unniregkd unnirdekg unnirdegk unnirdkeg unnirdkge unnirdgke unnirdgek unnirgedk unnirgekd unnirgdek unnirgdke
unnirgkde unnirgked unnikredg unnikregd unnikrdeg unnikrdge unnikrgde unnikrged unnikerdg unnikergd unnikedrg
unnikedgr unnikegdr unnikegrd unnikderg unnikdegr unnikdreg unnikdrge unnikdgre unnikdger unnikgedr unnikgerd
unnikgder unnikgdre unnikgrde unnikgred unniekrdg unniekrgd unniekdrg unniekdgr unniekgdr unniekgrd unnierkdg
unnierkgd unnierdkg unnierdgk unniergdk unniergkd unniedrkg unniedrgk unniedkrg unniedkgr unniedgkr unniedgrk
unniegrdk unniegrkd unniegdrk unniegdkr unniegkdr unniegkrd unnidkerg unnidkegr unnidkreg unnidkrge unnidkgre
unnidkger unnidekrg unnidekgr unniderkg unnidergk unnidegrk unnidegkr unnidrekg unnidregk unnidrkeg unnidrkge
unnidrgke unnidrgek unnidgerk unnidgekr unnidgrek unnidgrke unnidgkre unnidgker unnigkedr unnigkerd unnigkder
unnigkdre unnigkrde unnigkred unnigekdr unnigekrd unnigedkr unnigedrk unnigerdk unnigerkd unnigdekr unnigderk
unnigdker unnigdkre unnigdrke unnigdrek unnigredk unnigrekd unnigrdek unnigrdke unnigrkde unnigrked unndrkieg
unndrkige unndrkeig unndrkegi unndrkgei unndrkgie unndrikeg unndrikge unndriekg unndriegk unndrigek unndrigke
unndreikg unndreigk unndrekig unndrekgi unndregki unndregik unndrgiek unndrgike unndrgeik unndrgeki unndrgkei
unndrgkie unndkrieg unndkrige unndkreig unndkregi unndkrgei unndkrgie unndkireg unndkirge unndkierg unndkiegr
unndkiger unndkigre unndkeirg unndkeigr unndkerig unndkergi unndkegri unndkegir unndkgier unndkgire unndkgeir
unndkgeri unndkgrei unndkgrie unndikreg unndikrge unndikerg unndikegr unndikger unndikgre unndirkeg unndirkge
unndirekg unndiregk unndirgek unndirgke unndierkg unndiergk unndiekrg unndiekgr unndiegkr unndiegrk unndigrek
unndigrke unndigerk unndigekr unndigker unndigkre unndekirg unndekigr unndekrig unndekrgi unndekgri unndekgir
unndeikrg unndeikgr unndeirkg unndeirgk unndeigrk unndeigkr unnderikg unnderigk unnderkig unnderkgi unndergki
unndergik unndegirk unndegikr unndegrik unndegrki unndegkri unndegkir unndgkier unndgkire unndgkeir unndgkeri
unndgkrei unndgkrie unndgiker unndgikre unndgiekr unndgierk unndgirek unndgirke unndgeikr unndgeirk unndgekir
unndgekri unndgerki unndgerik unndgriek unndgrike unndgreik unndgreki unndgrkei unndgrkie unngrkide unngrkied
unngrkdie unngrkdei unngrkedi unngrkeid unngrikde unngriked unngridke unngridek unngriedk unngriekd unngrdike
unngrdiek unngrdkie unngrdkei unngrdeki unngrdeik unngreidk unngreikd unngredik unngredki unngrekdi unngrekid
unngkride unngkried unngkrdie unngkrdei unngkredi unngkreid unngkirde unngkired unngkidre unngkider unngkiedr
unngkierd unngkdire unngkdier unngkdrie unngkdrei unngkderi unngkdeir unngkeidr unngkeird unngkedir unngkedri
unngkerdi unngkerid unngikrde unngikred unngikdre unngikder unngikedr unngikerd unngirkde unngirked unngirdke
unngirdek unngiredk unngirekd unngidrke unngidrek unngidkre unngidker unngidekr unngiderk unngierdk unngierkd
unngiedrk unngiedkr unngiekdr unngiekrd unngdkire unngdkier unngdkrie unngdkrei unngdkeri unngdkeir unngdikre
unngdiker unngdirke unngdirek unngdierk unngdiekr unngdrike unngdriek unngdrkie unngdrkei unngdreki unngdreik
unngdeirk unngdeikr unngderik unngderki unngdekri unngdekir unngekidr unngekird unngekdir unngekdri unngekrdi
unngekrid unngeikdr unngeikrd unngeidkr unngeidrk unngeirdk unngeirkd unngedikr unngedirk unngedkir unngedkri
unngedrki unngedrik unngeridk unngerikd unngerdik unngerdki unngerkdi unngerkid ungerkind ungerkidn ungerknid
ungerkndi ungerkdni ungerkdin ungeriknd ungerikdn ungerinkd ungerindk ungeridnk ungeridkn ungernikd ungernidk
ungernkid ungernkdi ungerndki ungerndik ungerdink ungerdikn ungerdnik ungerdnki ungerdkni ungerdkin ungekrind
ungekridn ungekrnid ungekrndi ungekrdni ungekrdin ungekirnd ungekirdn ungekinrd ungekindr ungekidnr ungekidrn
ungeknird ungeknidr ungeknrid ungeknrdi ungekndri ungekndir ungekdinr ungekdirn ungekdnir ungekdnri ungekdrni
ungekdrin ungeikrnd ungeikrdn ungeiknrd ungeikndr ungeikdnr ungeikdrn ungeirknd ungeirkdn ungeirnkd ungeirndk
ungeirdnk ungeirdkn ungeinrkd ungeinrdk ungeinkrd ungeinkdr ungeindkr ungeindrk ungeidrnk ungeidrkn ungeidnrk
ungeidnkr ungeidknr ungeidkrn ungenkird ungenkidr ungenkrid ungenkrdi ungenkdri ungenkdir ungenikrd ungenikdr
ungenirkd ungenirdk ungenidrk ungenidkr ungenrikd ungenridk ungenrkid ungenrkdi ungenrdki ungenrdik ungendirk
ungendikr ungendrik ungendrki ungendkri ungendkir ungedkinr ungedkirn ungedknir ungedknri ungedkrni ungedkrin
ungediknr ungedikrn ungedinkr ungedinrk ungedirnk ungedirkn ungednikr ungednirk ungednkir ungednkri ungednrki
ungednrik ungedrink ungedrikn ungedrnik ungedrnki ungedrkni ungedrkin ungrekind ungrekidn ungreknid ungrekndi
ungrekdni ungrekdin ungreiknd ungreikdn ungreinkd ungreindk ungreidnk ungreidkn ungrenikd ungrenidk ungrenkid
ungrenkdi ungrendki ungrendik ungredink ungredikn ungrednik ungrednki ungredkni ungredkin ungrkeind ungrkeidn
ungrkenid ungrkendi ungrkedni ungrkedin ungrkiend ungrkiedn ungrkined ungrkinde ungrkidne ungrkiden ungrknied
ungrknide ungrkneid ungrknedi ungrkndei ungrkndie ungrkdine ungrkdien ungrkdnie ungrkdnei ungrkdeni ungrkdein
ungrikend ungrikedn ungrikned ungriknde ungrikdne ungrikden ungrieknd ungriekdn ungrienkd ungriendk ungriednk
ungriedkn ungrinekd ungrinedk ungrinked ungrinkde ungrindke ungrindek ungridenk ungridekn ungridnek ungridnke
ungridkne ungridken ungrnkied ungrnkide ungrnkeid ungrnkedi ungrnkdei ungrnkdie ungrniked ungrnikde ungrniekd
ungrniedk ungrnidek ungrnidke ungrneikd ungrneidk ungrnekid ungrnekdi ungrnedki ungrnedik ungrndiek ungrndike
ungrndeik ungrndeki ungrndkei ungrndkie ungrdkine ungrdkien ungrdknie ungrdknei ungrdkeni ungrdkein ungrdikne
ungrdiken ungrdinke ungrdinek ungrdienk ungrdiekn ungrdnike ungrdniek ungrdnkie ungrdnkei ungrdneki ungrdneik
ungrdeink ungrdeikn ungrdenik ungrdenki ungrdekni ungrdekin ungkreind ungkreidn ungkrenid ungkrendi ungkredni
ungkredin ungkriend ungkriedn ungkrined ungkrinde ungkridne ungkriden ungkrnied ungkrnide ungkrneid ungkrnedi
ungkrndei ungkrndie ungkrdine ungkrdien ungkrdnie ungkrdnei ungkrdeni ungkrdein ungkerind ungkeridn ungkernid
ungkerndi ungkerdni ungkerdin ungkeirnd ungkeirdn ungkeinrd ungkeindr ungkeidnr ungkeidrn ungkenird ungkenidr
ungkenrid ungkenrdi ungkendri ungkendir ungkedinr ungkedirn ungkednir ungkednri ungkedrni ungkedrin ungkiernd
ungkierdn ungkienrd ungkiendr ungkiednr ungkiedrn ungkirend ungkiredn ungkirned ungkirnde ungkirdne ungkirden
ungkinred ungkinrde ungkinerd ungkinedr ungkinder ungkindre ungkidrne ungkidren ungkidnre ungkidner ungkidenr
ungkidern ungkneird ungkneidr ungknerid ungknerdi ungknedri ungknedir ungknierd ungkniedr ungknired ungknirde
ungknidre ungknider ungknried ungknride ungknreid ungknredi ungknrdei ungknrdie ungkndire ungkndier ungkndrie
ungkndrei ungknderi ungkndeir ungkdeinr ungkdeirn ungkdenir ungkdenri ungkderni ungkderin ungkdienr ungkdiern
ungkdiner ungkdinre ungkdirne ungkdiren ungkdnier ungkdnire ungkdneir ungkdneri ungkdnrei ungkdnrie ungkdrine
ungkdrien ungkdrnie ungkdrnei ungkdreni ungkdrein ungirkend ungirkedn ungirkned ungirknde ungirkdne ungirkden
ungireknd ungirekdn ungirenkd ungirendk ungirednk ungiredkn ungirnekd ungirnedk ungirnked ungirnkde ungirndke
ungirndek ungirdenk ungirdekn ungirdnek ungirdnke ungirdkne ungirdken ungikrend ungikredn ungikrned ungikrnde
ungikrdne ungikrden ungikernd ungikerdn ungikenrd ungikendr ungikednr ungikedrn ungiknerd ungiknedr ungiknred
ungiknrde ungikndre ungiknder ungikdenr ungikdern ungikdner ungikdnre ungikdrne ungikdren ungiekrnd ungiekrdn
ungieknrd ungiekndr ungiekdnr ungiekdrn ungierknd ungierkdn ungiernkd ungierndk ungierdnk ungierdkn ungienrkd
ungienrdk ungienkrd ungienkdr ungiendkr ungiendrk ungiedrnk ungiedrkn ungiednrk ungiednkr ungiedknr ungiedkrn
unginkerd unginkedr unginkred unginkrde unginkdre unginkder unginekrd unginekdr unginerkd unginerdk unginedrk
unginedkr unginrekd unginredk unginrked unginrkde unginrdke unginrdek unginderk ungindekr ungindrek ungindrke
ungindkre ungindker ungidkenr ungidkern ungidkner ungidknre ungidkrne ungidkren ungideknr ungidekrn ungidenkr
ungidenrk ungidernk ungiderkn ungidnekr ungidnerk ungidnker ungidnkre ungidnrke ungidnrek ungidrenk ungidrekn
ungidrnek ungidrnke ungidrkne ungidrken ungnrkied ungnrkide ungnrkeid ungnrkedi ungnrkdei ungnrkdie ungnriked
ungnrikde ungnriekd ungnriedk ungnridek ungnridke ungnreikd ungnreidk ungnrekid ungnrekdi ungnredki ungnredik
ungnrdiek ungnrdike ungnrdeik ungnrdeki ungnrdkei ungnrdkie ungnkried ungnkride ungnkreid ungnkredi ungnkrdei
ungnkrdie ungnkired ungnkirde ungnkierd ungnkiedr ungnkider ungnkidre ungnkeird ungnkeidr ungnkerid ungnkerdi
ungnkedri ungnkedir ungnkdier ungnkdire ungnkdeir ungnkderi ungnkdrei ungnkdrie ungnikred ungnikrde ungnikerd
ungnikedr ungnikder ungnikdre ungnirked ungnirkde ungnirekd ungniredk ungnirdek ungnirdke ungnierkd ungnierdk
ungniekrd ungniekdr ungniedkr ungniedrk ungnidrek ungnidrke ungniderk ungnidekr ungnidker ungnidkre ungnekird
ungnekidr ungnekrid ungnekrdi ungnekdri ungnekdir ungneikrd ungneikdr ungneirkd ungneirdk ungneidrk ungneidkr
ungnerikd ungneridk ungnerkid ungnerkdi ungnerdki ungnerdik ungnedirk ungnedikr ungnedrik ungnedrki ungnedkri
ungnedkir ungndkier ungndkire ungndkeir ungndkeri ungndkrei ungndkrie ungndiker ungndikre ungndiekr ungndierk
ungndirek ungndirke ungndeikr ungndeirk ungndekir ungndekri ungnderki ungnderik ungndriek ungndrike ungndreik
ungndreki ungndrkei ungndrkie ungdrkine ungdrkien ungdrknie ungdrknei ungdrkeni ungdrkein ungdrikne ungdriken
ungdrinke ungdrinek ungdrienk ungdriekn ungdrnike ungdrniek ungdrnkie ungdrnkei ungdrneki ungdrneik ungdreink
ungdreikn ungdrenik ungdrenki ungdrekni ungdrekin ungdkrine ungdkrien ungdkrnie ungdkrnei ungdkreni ungdkrein
ungdkirne ungdkiren ungdkinre ungdkiner ungdkienr ungdkiern ungdknire ungdknier ungdknrie ungdknrei ungdkneri
ungdkneir ungdkeinr ungdkeirn ungdkenir ungdkenri ungdkerni ungdkerin ungdikrne ungdikren ungdiknre ungdikner
ungdikenr ungdikern ungdirkne ungdirken ungdirnke ungdirnek ungdirenk ungdirekn ungdinrke ungdinrek ungdinkre
ungdinker ungdinekr ungdinerk ungdiernk ungdierkn ungdienrk ungdienkr ungdieknr ungdiekrn ungdnkire ungdnkier
ungdnkrie ungdnkrei ungdnkeri ungdnkeir ungdnikre ungdniker ungdnirke ungdnirek ungdnierk ungdniekr ungdnrike
ungdnriek ungdnrkie ungdnrkei ungdnreki ungdnreik ungdneirk ungdneikr ungdnerik ungdnerki ungdnekri ungdnekir
ungdekinr ungdekirn ungdeknir ungdeknri ungdekrni ungdekrin ungdeiknr ungdeikrn ungdeinkr ungdeinrk ungdeirnk
ungdeirkn ungdenikr ungdenirk ungdenkir ungdenkri ungdenrki ungdenrik ungderink ungderikn ungdernik ungdernki
ungderkni ungderkin

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History of cryptography
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