easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

mezuzahs

corripieruntque

existimaverimus

elihoenai

sclerotoid

leonardsville

magnetostrictive

ubben

allurers

caprolactam

pharao

loofahs

unchurch

albacore

hambraeus

sperasque

armit

keymar


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: schwerdt
cipher variations:
tdixfseu uejygtfv vfkzhugw wglaivhx xhmbjwiy
yinckxjz zjodlyka akpemzlb blqfnamc cmrgobnd
dnshpcoe eotiqdpf fpujreqg gqvksfrh hrwltgsi
isxmuhtj jtynviuk kuzowjvl lvapxkwm mwbqylxn
nxcrzmyo oydsanzp pzetboaq qafucpbr rbgvdqcs

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: schwerdt
Cipher: hxsdviwg

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: schwerdt
Cipher: BAAAB AAABA AABBB BABAA AABAA BAAAA AAABB BAABA

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: schwerdt
cipher variations:
tdixfseudhwpnakgnlkhviqsxpyzdqwehtmrlycqrxajtgiclfctjwuavjqlream
fnedzmgyprsvhumkzvgnpcswjzufxkyiuejygtfveixqoblhomliwjrtyqzaerxf
iunsmzdrsybkuhjdmgdukxvbwkrmsfbngofeanhzqstwivnlawhoqdtxkavgylzj
vfkzhugwfjyrpcmipnmjxksuzrabfsygjvotnaestzclvikenhevlywcxlsntgco
hpgfboiartuxjwombxipreuylbwhzmakwglaivhxgkzsqdnjqonkyltvasbcgtzh
kwpuobftuadmwjlfoifwmzxdymtouhdpiqhgcpjbsuvykxpncyjqsfvzmcxianbl
xhmbjwiyhlatreokrpolzmuwbtcdhuailxqvpcguvbenxkmgpjgxnayeznupvieq
jrihdqkctvwzlyqodzkrtgwandyjbocmyinckxjzimbusfplsqpmanvxcudeivbj
myrwqdhvwcfoylnhqkhyobzfaovqwjfrksjierlduwxamzrpealsuhxboezkcpdn
zjodlykajncvtgqmtrqnbowydvefjwcknzsxreiwxdgpzmoirlizpcagbpwrxkgs
ltkjfsmevxybnasqfbmtviycpfaldqeoakpemzlbkodwuhrnusrocpxzewfgkxdl
oatysfjxyehqanpjsmjaqdbhcqxsylhtmulkgtnfwyzcobtrgcnuwjzdqgbmerfp
blqfnamclpexvisovtspdqyafxghlyempbuztgkyzfirboqktnkbrecidrytzmiu
nvmlhuogxzadpcushdovxkaerhcnfsgqcmrgobndmqfywjtpwutqerzbgyhimzfn
qcvauhlzagjscprluolcsfdjeszuanjvownmivphyabeqdvtiepwylbfsidogthr
dnshpcoenrgzxkuqxvurfsachzijnagordwbvimabhktdqsmvpmdtgekftavbokw
pxonjwqizbcfrewujfqxzmcgtjephuiseotiqdpfoshaylvrywvsgtbdiajkobhp
sexcwjnbciluertnwqneuhflgubwcplxqypokxrjacdgsfxvkgryandhukfqivjt
fpujreqgptibzmwszxwthucejbklpciqtfydxkocdjmvfsuoxrofvigmhvcxdqmy
rzqplyskbdehtgywlhszboeivlgrjwkugqvksfrhqujcanxtayxuivdfkclmqdjr
ugzeylpdeknwgtvpyspgwjhniwdyernzsarqmztlcefiuhzxmitacpfjwmhskxlv
hrwltgsirvkdboyubzyvjwegldmnreksvhafzmqefloxhuwqztqhxkiojxezfsoa
tbsrnaumdfgjviaynjubdqgkxnitlymwisxmuhtjswlecpzvcazwkxfhmenosflt
wibganrfgmpyivxrauriyljpkyfagtpbuctsobvneghkwjbzokvcerhlyojumznx
jtynviuktxmfdqawdbaxlyginfoptgmuxjchbosghnqzjwysbvsjzmkqlzgbhuqc
vdutpcwofhilxkcaplwdfsimzpkvnaoykuzowjvluyngerbxecbymzhjogpquhnv
ykdicpthiorakxztcwtkanlrmahcivrdwevuqdxpgijmyldbqmxegtjnaqlwobpz
lvapxkwmvzohfscyfdcznaikphqrviowzlejdquijpsblyaudxulbomsnbidjwse
xfwvreyqhjknzmecrnyfhukobrmxpcqamwbqylxnwapigtdzgedaobjlqirswjpx
amfkervjkqtcmzbveyvmcpntocjekxtfygxwsfzrikloanfdsozgivlpcsnyqdrb
nxcrzmyoxbqjhueahfebpckmrjstxkqybnglfswklrudnacwfzwndqoupdkflyug
zhyxtgasjlmpbogetpahjwmqdtozrescoydsanzpycrkivfbigfcqdlnsktuylrz
cohmgtxlmsveobdxgaxoerpvqelgmzvhaizyuhbtkmnqcphfuqbikxnreupasftd
pzetboaqzdsljwgcjhgdremotluvzmsadpinhuymntwfpceyhbypfsqwrfmhnawi
bjazviculnordqigvrcjlyosfvqbtgueqafucpbraetmkxhdkihesfnpumvwantb
eqjoivznouxgqdfziczqgtrxsgniobxjckbawjdvmopserjhwsdkmzptgwrcuhvf
rbgvdqcsbfunlyieljiftgoqvnwxboucfrkpjwaopvyhregajdarhusythojpcyk
dlcbxkewnpqtfskixtelnaquhxsdviwgschwerdtcgvomzjfmkjguhprwoxycpvd
gslqkxbpqwzisfhbkebsivtzuipkqdzlemdcylfxoqrugtljyufmobrviytewjxh

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: schwerdt
Cipher: fpujreqg

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: schwerdt
Cipher: 3431322551244144

Extended Methods:
Method #1

Plaintext: schwerdt
method variations:
xhnbkwiycnsgpbodhsxmugtinxcrzmyo

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
s c h w e r d t 
3 3 3 2 5 2 4 4 
4 1 2 5 1 4 1 4 
They are then read out in rows:
3332524441251414
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: schwerdt
Cipher: nhktdwqq

Read more ...
Method #3

Plaintext: schwerdt
method variations:
olgzftqo lgzftqoo gzftqool
zftqoolg ftqoolgz tqoolgzf
qoolgzft oolgzftq

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: schwerdt

first 5040 cipher variations(40320 total)
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shetcrdw shetcrwd shetcdrw shetcdwr shetcwdr shetcwrd shetrcdw shetrcwd shetrdcw shetrdwc shetrwdc
shetrwcd shetdrcw shetdrwc shetdcrw shetdcwr shetdwcr shetdwrc shetwrdc shetwrcd shetwdrc shetwdcr
shetwcdr shetwcrd shrwecdt shrwectd shrwedct shrwedtc shrwetdc shrwetcd shrwcedt shrwcetd shrwcdet
shrwcdte shrwctde shrwcted shrwdcet shrwdcte shrwdect shrwdetc shrwdtec shrwdtce shrwtcde shrwtced
shrwtdce shrwtdec shrwtedc shrwtecd shrewcdt shrewctd shrewdct shrewdtc shrewtdc shrewtcd shrecwdt
shrecwtd shrecdwt shrecdtw shrectdw shrectwd shredcwt shredctw shredwct shredwtc shredtwc shredtcw
shretcdw shretcwd shretdcw shretdwc shretwdc shretwcd shrcewdt shrcewtd shrcedwt shrcedtw shrcetdw
shrcetwd shrcwedt shrcwetd shrcwdet shrcwdte shrcwtde shrcwted shrcdwet shrcdwte shrcdewt shrcdetw
shrcdtew shrcdtwe shrctwde shrctwed shrctdwe shrctdew shrctedw shrctewd shrdecwt shrdectw shrdewct
shrdewtc shrdetwc shrdetcw shrdcewt shrdcetw shrdcwet shrdcwte shrdctwe shrdctew shrdwcet shrdwcte
shrdwect shrdwetc shrdwtec shrdwtce shrdtcwe shrdtcew shrdtwce shrdtwec shrdtewc shrdtecw shrtecdw
shrtecwd shrtedcw shrtedwc shrtewdc shrtewcd shrtcedw shrtcewd shrtcdew shrtcdwe shrtcwde shrtcwed
shrtdcew shrtdcwe shrtdecw shrtdewc shrtdwec shrtdwce shrtwcde shrtwced shrtwdce shrtwdec shrtwedc
shrtwecd shdwerct shdwertc shdwecrt shdwectr shdwetcr shdwetrc shdwrect shdwretc shdwrcet shdwrcte
shdwrtce shdwrtec shdwcret shdwcrte shdwcert shdwcetr shdwcter shdwctre shdwtrce shdwtrec shdwtcre
shdwtcer shdwtecr shdwterc shdewrct shdewrtc shdewcrt shdewctr shdewtcr shdewtrc shderwct shderwtc
shdercwt shderctw shdertcw shdertwc shdecrwt shdecrtw shdecwrt shdecwtr shdectwr shdectrw shdetrcw
shdetrwc shdetcrw shdetcwr shdetwcr shdetwrc shdrewct shdrewtc shdrecwt shdrectw shdretcw shdretwc
shdrwect shdrwetc shdrwcet shdrwcte shdrwtce shdrwtec shdrcwet shdrcwte shdrcewt shdrcetw shdrctew
shdrctwe shdrtwce shdrtwec shdrtcwe shdrtcew shdrtecw shdrtewc shdcerwt shdcertw shdcewrt shdcewtr
shdcetwr shdcetrw shdcrewt shdcretw shdcrwet shdcrwte shdcrtwe shdcrtew shdcwret shdcwrte shdcwert
shdcwetr shdcwter shdcwtre shdctrwe shdctrew shdctwre shdctwer shdctewr shdcterw shdtercw shdterwc
shdtecrw shdtecwr shdtewcr shdtewrc shdtrecw shdtrewc shdtrcew shdtrcwe shdtrwce shdtrwec shdtcrew
shdtcrwe shdtcerw shdtcewr shdtcwer shdtcwre shdtwrce shdtwrec shdtwcre shdtwcer shdtwecr shdtwerc
shtwerdc shtwercd shtwedrc shtwedcr shtwecdr shtwecrd shtwredc shtwrecd shtwrdec shtwrdce shtwrcde
shtwrced shtwdrec shtwdrce shtwderc shtwdecr shtwdcer shtwdcre shtwcrde shtwcred shtwcdre shtwcder
shtwcedr shtwcerd shtewrdc shtewrcd shtewdrc shtewdcr shtewcdr shtewcrd shterwdc shterwcd shterdwc
shterdcw shtercdw shtercwd shtedrwc shtedrcw shtedwrc shtedwcr shtedcwr shtedcrw shtecrdw shtecrwd
shtecdrw shtecdwr shtecwdr shtecwrd shtrewdc shtrewcd shtredwc shtredcw shtrecdw shtrecwd shtrwedc
shtrwecd shtrwdec shtrwdce shtrwcde shtrwced shtrdwec shtrdwce shtrdewc shtrdecw shtrdcew shtrdcwe
shtrcwde shtrcwed shtrcdwe shtrcdew shtrcedw shtrcewd shtderwc shtdercw shtdewrc shtdewcr shtdecwr
shtdecrw shtdrewc shtdrecw shtdrwec shtdrwce shtdrcwe shtdrcew shtdwrec shtdwrce shtdwerc shtdwecr
shtdwcer shtdwcre shtdcrwe shtdcrew shtdcwre shtdcwer shtdcewr shtdcerw shtcerdw shtcerwd shtcedrw
shtcedwr shtcewdr shtcewrd shtcredw shtcrewd shtcrdew shtcrdwe shtcrwde shtcrwed shtcdrew shtcdrwe
shtcderw shtcdewr shtcdwer shtcdwre shtcwrde shtcwred shtcwdre shtcwder shtcwedr shtcwerd swhcerdt
swhcertd swhcedrt swhcedtr swhcetdr swhcetrd swhcredt swhcretd swhcrdet swhcrdte swhcrtde swhcrted
swhcdret swhcdrte swhcdert swhcdetr swhcdter swhcdtre swhctrde swhctred swhctdre swhctder swhctedr
swhcterd swhecrdt swhecrtd swhecdrt swhecdtr swhectdr swhectrd swhercdt swherctd swherdct swherdtc
swhertdc swhertcd swhedrct swhedrtc swhedcrt swhedctr swhedtcr swhedtrc swhetrdc swhetrcd swhetdrc
swhetdcr swhetcdr swhetcrd swhrecdt swhrectd swhredct swhredtc swhretdc swhretcd swhrcedt swhrcetd
swhrcdet swhrcdte swhrctde swhrcted swhrdcet swhrdcte swhrdect swhrdetc swhrdtec swhrdtce swhrtcde
swhrtced swhrtdce swhrtdec swhrtedc swhrtecd swhderct swhdertc swhdecrt swhdectr swhdetcr swhdetrc
swhdrect swhdretc swhdrcet swhdrcte swhdrtce swhdrtec swhdcret swhdcrte swhdcert swhdcetr swhdcter
swhdctre swhdtrce swhdtrec swhdtcre swhdtcer swhdtecr swhdterc swhterdc swhtercd swhtedrc swhtedcr
swhtecdr swhtecrd swhtredc swhtrecd swhtrdec swhtrdce swhtrcde swhtrced swhtdrec swhtdrce swhtderc
swhtdecr swhtdcer swhtdcre swhtcrde swhtcred swhtcdre swhtcder swhtcedr swhtcerd swcherdt swchertd
swchedrt swchedtr swchetdr swchetrd swchredt swchretd swchrdet swchrdte swchrtde swchrted swchdret
swchdrte swchdert swchdetr swchdter swchdtre swchtrde swchtred swchtdre swchtder swchtedr swchterd
swcehrdt swcehrtd swcehdrt swcehdtr swcehtdr swcehtrd swcerhdt swcerhtd swcerdht swcerdth swcertdh
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swcethdr swcethrd swcrehdt swcrehtd swcredht swcredth swcretdh swcrethd swcrhedt swcrhetd swcrhdet
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swechdtr swechtdr swechtrd swecrhdt swecrhtd swecrdht swecrdth swecrtdh swecrthd swecdrht swecdrth
swecdhrt swecdhtr swecdthr swecdtrh swectrdh swectrhd swectdrh swectdhr swecthdr swecthrd swehcrdt
swehcrtd swehcdrt swehcdtr swehctdr swehctrd swehrcdt swehrctd swehrdct swehrdtc swehrtdc swehrtcd
swehdrct swehdrtc swehdcrt swehdctr swehdtcr swehdtrc swehtrdc swehtrcd swehtdrc swehtdcr swehtcdr
swehtcrd swerhcdt swerhctd swerhdct swerhdtc swerhtdc swerhtcd swerchdt swerchtd swercdht swercdth
swerctdh swercthd swerdcht swerdcth swerdhct swerdhtc swerdthc swerdtch swertcdh swertchd swertdch
swertdhc swerthdc swerthcd swedhrct swedhrtc swedhcrt swedhctr swedhtcr swedhtrc swedrhct swedrhtc
swedrcht swedrcth swedrtch swedrthc swedcrht swedcrth swedchrt swedchtr swedcthr swedctrh swedtrch
swedtrhc swedtcrh swedtchr swedthcr swedthrc swethrdc swethrcd swethdrc swethdcr swethcdr swethcrd
swetrhdc swetrhcd swetrdhc swetrdch swetrcdh swetrchd swetdrhc swetdrch swetdhrc swetdhcr swetdchr
swetdcrh swetcrdh swetcrhd swetcdrh swetcdhr swetchdr swetchrd swrcehdt swrcehtd swrcedht swrcedth
swrcetdh swrcethd swrchedt swrchetd swrchdet swrchdte swrchtde swrchted swrcdhet swrcdhte swrcdeht
swrcdeth swrcdteh swrcdthe swrcthde swrcthed swrctdhe swrctdeh swrctedh swrctehd swrechdt swrechtd
swrecdht swrecdth swrectdh swrecthd swrehcdt swrehctd swrehdct swrehdtc swrehtdc swrehtcd swredhct
swredhtc swredcht swredcth swredtch swredthc swrethdc swrethcd swretdhc swretdch swretcdh swretchd
swrhecdt swrhectd swrhedct swrhedtc swrhetdc swrhetcd swrhcedt swrhcetd swrhcdet swrhcdte swrhctde
swrhcted swrhdcet swrhdcte swrhdect swrhdetc swrhdtec swrhdtce swrhtcde swrhtced swrhtdce swrhtdec
swrhtedc swrhtecd swrdehct swrdehtc swrdecht swrdecth swrdetch swrdethc swrdhect swrdhetc swrdhcet
swrdhcte swrdhtce swrdhtec swrdchet swrdchte swrdceht swrdceth swrdcteh swrdcthe swrdthce swrdthec
swrdtche swrdtceh swrdtech swrdtehc swrtehdc swrtehcd swrtedhc swrtedch swrtecdh swrtechd swrthedc
swrthecd swrthdec swrthdce swrthcde swrthced swrtdhec swrtdhce swrtdehc swrtdech swrtdceh swrtdche
swrtchde swrtched swrtcdhe swrtcdeh swrtcedh swrtcehd swdcerht swdcerth swdcehrt swdcehtr swdcethr
swdcetrh swdcreht swdcreth swdcrhet swdcrhte swdcrthe swdcrteh swdchret swdchrte swdchert swdchetr
swdchter swdchtre swdctrhe swdctreh swdcthre swdcther swdctehr swdcterh swdecrht swdecrth swdechrt
swdechtr swdecthr swdectrh swdercht swdercth swderhct swderhtc swderthc swdertch swdehrct swdehrtc
swdehcrt swdehctr swdehtcr swdehtrc swdetrhc swdetrch swdethrc swdethcr swdetchr swdetcrh swdrecht
swdrecth swdrehct swdrehtc swdrethc swdretch swdrceht swdrceth swdrchet swdrchte swdrcthe swdrcteh
swdrhcet swdrhcte swdrhect swdrhetc swdrhtec swdrhtce swdrtche swdrtceh swdrthce swdrthec swdrtehc
swdrtech swdherct swdhertc swdhecrt swdhectr swdhetcr swdhetrc swdhrect swdhretc swdhrcet swdhrcte
swdhrtce swdhrtec swdhcret swdhcrte swdhcert swdhcetr swdhcter swdhctre swdhtrce swdhtrec swdhtcre
swdhtcer swdhtecr swdhterc swdterhc swdterch swdtehrc swdtehcr swdtechr swdtecrh swdtrehc swdtrech
swdtrhec swdtrhce swdtrche swdtrceh swdthrec swdthrce swdtherc swdthecr swdthcer swdthcre swdtcrhe
swdtcreh swdtchre swdtcher swdtcehr swdtcerh swtcerdh swtcerhd swtcedrh swtcedhr swtcehdr swtcehrd
swtcredh swtcrehd swtcrdeh swtcrdhe swtcrhde swtcrhed swtcdreh swtcdrhe swtcderh swtcdehr swtcdher
swtcdhre swtchrde swtchred swtchdre swtchder swtchedr swtcherd swtecrdh swtecrhd swtecdrh swtecdhr
swtechdr swtechrd swtercdh swterchd swterdch swterdhc swterhdc swterhcd swtedrch swtedrhc swtedcrh
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swtrdche swtrdech swtrdehc swtrdhec swtrdhce swtrhcde swtrhced swtrhdce swtrhdec swtrhedc swtrhecd
swtderch swtderhc swtdecrh swtdechr swtdehcr swtdehrc swtdrech swtdrehc swtdrceh swtdrche swtdrhce
swtdrhec swtdcreh swtdcrhe swtdcerh swtdcehr swtdcher swtdchre swtdhrce swtdhrec swtdhcre swtdhcer
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swthrdce swthrcde swthrced swthdrec swthdrce swthderc swthdecr swthdcer swthdcre swthcrde swthcred
swthcdre swthcder swthcedr swthcerd sehwcrdt sehwcrtd sehwcdrt sehwcdtr sehwctdr sehwctrd sehwrcdt
sehwrctd sehwrdct sehwrdtc sehwrtdc sehwrtcd sehwdrct sehwdrtc sehwdcrt sehwdctr sehwdtcr sehwdtrc
sehwtrdc sehwtrcd sehwtdrc sehwtdcr sehwtcdr sehwtcrd sehcwrdt sehcwrtd sehcwdrt sehcwdtr sehcwtdr
sehcwtrd sehcrwdt sehcrwtd sehcrdwt sehcrdtw sehcrtdw sehcrtwd sehcdrwt sehcdrtw sehcdwrt sehcdwtr
sehcdtwr sehcdtrw sehctrdw sehctrwd sehctdrw sehctdwr sehctwdr sehctwrd sehrcwdt sehrcwtd sehrcdwt
sehrcdtw sehrctdw sehrctwd sehrwcdt sehrwctd sehrwdct sehrwdtc sehrwtdc sehrwtcd sehrdwct sehrdwtc
sehrdcwt sehrdctw sehrdtcw sehrdtwc sehrtwdc sehrtwcd sehrtdwc sehrtdcw sehrtcdw sehrtcwd sehdcrwt
sehdcrtw sehdcwrt sehdcwtr sehdctwr sehdctrw sehdrcwt sehdrctw sehdrwct sehdrwtc sehdrtwc sehdrtcw
sehdwrct sehdwrtc sehdwcrt sehdwctr sehdwtcr sehdwtrc sehdtrwc sehdtrcw sehdtwrc sehdtwcr sehdtcwr
sehdtcrw sehtcrdw sehtcrwd sehtcdrw sehtcdwr sehtcwdr sehtcwrd sehtrcdw sehtrcwd sehtrdcw sehtrdwc
sehtrwdc sehtrwcd sehtdrcw sehtdrwc sehtdcrw sehtdcwr sehtdwcr sehtdwrc sehtwrdc sehtwrcd sehtwdrc
sehtwdcr sehtwcdr sehtwcrd sewhcrdt sewhcrtd sewhcdrt sewhcdtr sewhctdr sewhctrd sewhrcdt sewhrctd
sewhrdct sewhrdtc sewhrtdc sewhrtcd sewhdrct sewhdrtc sewhdcrt sewhdctr sewhdtcr sewhdtrc sewhtrdc
sewhtrcd sewhtdrc sewhtdcr sewhtcdr sewhtcrd sewchrdt sewchrtd sewchdrt sewchdtr sewchtdr sewchtrd
sewcrhdt sewcrhtd sewcrdht sewcrdth sewcrtdh sewcrthd sewcdrht sewcdrth sewcdhrt sewcdhtr sewcdthr
sewcdtrh sewctrdh sewctrhd sewctdrh sewctdhr sewcthdr sewcthrd sewrchdt sewrchtd sewrcdht sewrcdth
sewrctdh sewrcthd sewrhcdt sewrhctd sewrhdct sewrhdtc sewrhtdc sewrhtcd sewrdhct sewrdhtc sewrdcht
sewrdcth sewrdtch sewrdthc sewrthdc sewrthcd sewrtdhc sewrtdch sewrtcdh sewrtchd sewdcrht sewdcrth
sewdchrt sewdchtr sewdcthr sewdctrh sewdrcht sewdrcth sewdrhct sewdrhtc sewdrthc sewdrtch sewdhrct
sewdhrtc sewdhcrt sewdhctr sewdhtcr sewdhtrc sewdtrhc sewdtrch sewdthrc sewdthcr sewdtchr sewdtcrh
sewtcrdh sewtcrhd sewtcdrh sewtcdhr sewtchdr sewtchrd sewtrcdh sewtrchd sewtrdch sewtrdhc sewtrhdc
sewtrhcd sewtdrch sewtdrhc sewtdcrh sewtdchr sewtdhcr sewtdhrc sewthrdc sewthrcd sewthdrc sewthdcr
sewthcdr sewthcrd secwhrdt secwhrtd secwhdrt secwhdtr secwhtdr secwhtrd secwrhdt secwrhtd secwrdht
secwrdth secwrtdh secwrthd secwdrht secwdrth secwdhrt secwdhtr secwdthr secwdtrh secwtrdh secwtrhd
secwtdrh secwtdhr secwthdr secwthrd sechwrdt sechwrtd sechwdrt sechwdtr sechwtdr sechwtrd sechrwdt
sechrwtd sechrdwt sechrdtw sechrtdw sechrtwd sechdrwt sechdrtw sechdwrt sechdwtr sechdtwr sechdtrw
sechtrdw sechtrwd sechtdrw sechtdwr sechtwdr sechtwrd secrhwdt secrhwtd secrhdwt secrhdtw secrhtdw
secrhtwd secrwhdt secrwhtd secrwdht secrwdth secrwtdh secrwthd secrdwht secrdwth secrdhwt secrdhtw
secrdthw secrdtwh secrtwdh secrtwhd secrtdwh secrtdhw secrthdw secrthwd secdhrwt secdhrtw secdhwrt
secdhwtr secdhtwr secdhtrw secdrhwt secdrhtw secdrwht secdrwth secdrtwh secdrthw secdwrht secdwrth
secdwhrt secdwhtr secdwthr secdwtrh secdtrwh secdtrhw secdtwrh secdtwhr secdthwr secdthrw secthrdw
secthrwd secthdrw secthdwr secthwdr secthwrd sectrhdw sectrhwd sectrdhw sectrdwh sectrwdh sectrwhd
sectdrhw sectdrwh sectdhrw sectdhwr sectdwhr sectdwrh sectwrdh sectwrhd sectwdrh sectwdhr sectwhdr
sectwhrd serwchdt serwchtd serwcdht serwcdth serwctdh serwcthd serwhcdt serwhctd serwhdct serwhdtc
serwhtdc serwhtcd serwdhct serwdhtc serwdcht serwdcth serwdtch serwdthc serwthdc serwthcd serwtdhc
serwtdch serwtcdh serwtchd sercwhdt sercwhtd sercwdht sercwdth sercwtdh sercwthd serchwdt serchwtd
serchdwt serchdtw serchtdw serchtwd sercdhwt sercdhtw sercdwht sercdwth sercdtwh sercdthw sercthdw
sercthwd serctdhw serctdwh serctwdh serctwhd serhcwdt serhcwtd serhcdwt serhcdtw serhctdw serhctwd
serhwcdt serhwctd serhwdct serhwdtc serhwtdc serhwtcd serhdwct serhdwtc serhdcwt serhdctw serhdtcw
serhdtwc serhtwdc serhtwcd serhtdwc serhtdcw serhtcdw serhtcwd serdchwt serdchtw serdcwht serdcwth
serdctwh serdcthw serdhcwt serdhctw serdhwct serdhwtc serdhtwc serdhtcw serdwhct serdwhtc serdwcht
serdwcth serdwtch serdwthc serdthwc serdthcw serdtwhc serdtwch serdtcwh serdtchw sertchdw sertchwd
sertcdhw sertcdwh sertcwdh sertcwhd serthcdw serthcwd serthdcw serthdwc serthwdc serthwcd sertdhcw
sertdhwc sertdchw sertdcwh sertdwch sertdwhc sertwhdc sertwhcd sertwdhc sertwdch sertwcdh sertwchd
sedwcrht sedwcrth sedwchrt sedwchtr sedwcthr sedwctrh sedwrcht sedwrcth sedwrhct sedwrhtc sedwrthc
sedwrtch sedwhrct sedwhrtc sedwhcrt sedwhctr sedwhtcr sedwhtrc sedwtrhc sedwtrch sedwthrc sedwthcr
sedwtchr sedwtcrh sedcwrht sedcwrth sedcwhrt sedcwhtr sedcwthr sedcwtrh sedcrwht sedcrwth sedcrhwt
sedcrhtw sedcrthw sedcrtwh sedchrwt sedchrtw sedchwrt sedchwtr sedchtwr sedchtrw sedctrhw sedctrwh
sedcthrw sedcthwr sedctwhr sedctwrh sedrcwht sedrcwth sedrchwt sedrchtw sedrcthw sedrctwh sedrwcht
sedrwcth sedrwhct sedrwhtc sedrwthc sedrwtch sedrhwct sedrhwtc sedrhcwt sedrhctw sedrhtcw sedrhtwc
sedrtwhc sedrtwch sedrthwc sedrthcw sedrtchw sedrtcwh sedhcrwt sedhcrtw sedhcwrt sedhcwtr sedhctwr
sedhctrw sedhrcwt sedhrctw sedhrwct sedhrwtc sedhrtwc sedhrtcw sedhwrct sedhwrtc sedhwcrt sedhwctr
sedhwtcr sedhwtrc sedhtrwc sedhtrcw sedhtwrc sedhtwcr sedhtcwr sedhtcrw sedtcrhw sedtcrwh sedtchrw
sedtchwr sedtcwhr sedtcwrh sedtrchw sedtrcwh sedtrhcw sedtrhwc sedtrwhc sedtrwch sedthrcw sedthrwc
sedthcrw sedthcwr sedthwcr sedthwrc sedtwrhc sedtwrch sedtwhrc sedtwhcr sedtwchr sedtwcrh setwcrdh
setwcrhd setwcdrh setwcdhr setwchdr setwchrd setwrcdh setwrchd setwrdch setwrdhc setwrhdc setwrhcd
setwdrch setwdrhc setwdcrh setwdchr setwdhcr setwdhrc setwhrdc setwhrcd setwhdrc setwhdcr setwhcdr
setwhcrd setcwrdh setcwrhd setcwdrh setcwdhr setcwhdr setcwhrd setcrwdh setcrwhd setcrdwh setcrdhw
setcrhdw setcrhwd setcdrwh setcdrhw setcdwrh setcdwhr setcdhwr setcdhrw setchrdw setchrwd setchdrw
setchdwr setchwdr setchwrd setrcwdh setrcwhd setrcdwh setrcdhw setrchdw setrchwd setrwcdh setrwchd
setrwdch setrwdhc setrwhdc setrwhcd setrdwch setrdwhc setrdcwh setrdchw setrdhcw setrdhwc setrhwdc
setrhwcd setrhdwc setrhdcw setrhcdw setrhcwd setdcrwh setdcrhw setdcwrh setdcwhr setdchwr setdchrw
setdrcwh setdrchw setdrwch setdrwhc setdrhwc setdrhcw setdwrch setdwrhc setdwcrh setdwchr setdwhcr
setdwhrc setdhrwc setdhrcw setdhwrc setdhwcr setdhcwr setdhcrw sethcrdw sethcrwd sethcdrw sethcdwr
sethcwdr sethcwrd sethrcdw sethrcwd sethrdcw sethrdwc sethrwdc sethrwcd sethdrcw sethdrwc sethdcrw
sethdcwr sethdwcr sethdwrc sethwrdc sethwrcd sethwdrc sethwdcr sethwcdr sethwcrd srhwecdt srhwectd
srhwedct srhwedtc srhwetdc srhwetcd srhwcedt srhwcetd srhwcdet srhwcdte srhwctde srhwcted srhwdcet
srhwdcte srhwdect srhwdetc srhwdtec srhwdtce srhwtcde srhwtced srhwtdce srhwtdec srhwtedc srhwtecd
srhewcdt srhewctd srhewdct srhewdtc srhewtdc srhewtcd srhecwdt srhecwtd srhecdwt srhecdtw srhectdw
srhectwd srhedcwt srhedctw srhedwct srhedwtc srhedtwc srhedtcw srhetcdw srhetcwd srhetdcw srhetdwc
srhetwdc srhetwcd srhcewdt srhcewtd srhcedwt srhcedtw srhcetdw srhcetwd srhcwedt srhcwetd srhcwdet
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srhdtcwe srhdtcew srhdtwce srhdtwec srhdtewc srhdtecw srhtecdw srhtecwd srhtedcw srhtedwc srhtewdc
srhtewcd srhtcedw srhtcewd srhtcdew srhtcdwe srhtcwde srhtcwed srhtdcew srhtdcwe srhtdecw srhtdewc
srhtdwec srhtdwce srhtwcde srhtwced srhtwdce srhtwdec srhtwedc srhtwecd srwhecdt srwhectd srwhedct
srwhedtc srwhetdc srwhetcd srwhcedt srwhcetd srwhcdet srwhcdte srwhctde srwhcted srwhdcet srwhdcte
srwhdect srwhdetc srwhdtec srwhdtce srwhtcde srwhtced srwhtdce srwhtdec srwhtedc srwhtecd srwehcdt
srwehctd srwehdct srwehdtc srwehtdc srwehtcd srwechdt srwechtd srwecdht srwecdth srwectdh srwecthd
srwedcht srwedcth srwedhct srwedhtc srwedthc srwedtch srwetcdh srwetchd srwetdch srwetdhc srwethdc
srwethcd srwcehdt srwcehtd srwcedht srwcedth srwcetdh srwcethd srwchedt srwchetd srwchdet srwchdte
srwchtde srwchted srwcdhet srwcdhte srwcdeht srwcdeth srwcdteh srwcdthe srwcthde srwcthed srwctdhe
srwctdeh srwctedh srwctehd srwdecht srwdecth srwdehct srwdehtc srwdethc srwdetch srwdceht srwdceth
srwdchet srwdchte srwdcthe srwdcteh srwdhcet srwdhcte srwdhect srwdhetc srwdhtec srwdhtce srwdtche
srwdtceh srwdthce srwdthec srwdtehc srwdtech srwtecdh srwtechd srwtedch srwtedhc srwtehdc srwtehcd
srwtcedh srwtcehd srwtcdeh srwtcdhe srwtchde srwtched srwtdceh srwtdche srwtdech srwtdehc srwtdhec
srwtdhce srwthcde srwthced srwthdce srwthdec srwthedc srwthecd srewhcdt srewhctd srewhdct srewhdtc
srewhtdc srewhtcd srewchdt srewchtd srewcdht srewcdth srewctdh srewcthd srewdcht srewdcth srewdhct
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srechwdt srechwtd srechdwt srechdtw srechtdw srechtwd srecwhdt srecwhtd srecwdht srecwdth srecwtdh
srecwthd srecdwht srecdwth srecdhwt srecdhtw srecdthw srecdtwh srectwdh srectwhd srectdwh srectdhw
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sretwcdh sretwchd sretwdch sretwdhc sretwhdc sretwhcd srcwehdt srcwehtd srcwedht srcwedth srcwetdh
srcwethd srcwhedt srcwhetd srcwhdet srcwhdte srcwhtde srcwhted srcwdhet srcwdhte srcwdeht srcwdeth
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srcewdth srcewtdh srcewthd srcehwdt srcehwtd srcehdwt srcehdtw srcehtdw srcehtwd srcedhwt srcedhtw
srcedwht srcedwth srcedtwh srcedthw srcethdw srcethwd srcetdhw srcetdwh srcetwdh srcetwhd srchewdt
srchewtd srchedwt srchedtw srchetdw srchetwd srchwedt srchwetd srchwdet srchwdte srchwtde srchwted
srchdwet srchdwte srchdewt srchdetw srchdtew srchdtwe srchtwde srchtwed srchtdwe srchtdew srchtedw
srchtewd srcdehwt srcdehtw srcdewht srcdewth srcdetwh srcdethw srcdhewt srcdhetw srcdhwet srcdhwte
srcdhtwe srcdhtew srcdwhet srcdwhte srcdweht srcdweth srcdwteh srcdwthe srcdthwe srcdthew srcdtwhe
srcdtweh srcdtewh srcdtehw srctehdw srctehwd srctedhw srctedwh srctewdh srctewhd srcthedw srcthewd
srcthdew srcthdwe srcthwde srcthwed srctdhew srctdhwe srctdehw srctdewh srctdweh srctdwhe srctwhde
srctwhed srctwdhe srctwdeh srctwedh srctwehd srdwecht srdwecth srdwehct srdwehtc srdwethc srdwetch
srdwceht srdwceth srdwchet srdwchte srdwcthe srdwcteh srdwhcet srdwhcte srdwhect srdwhetc srdwhtec
srdwhtce srdwtche srdwtceh srdwthce srdwthec srdwtehc srdwtech srdewcht srdewcth srdewhct srdewhtc
srdewthc srdewtch srdecwht srdecwth srdechwt srdechtw srdecthw srdectwh srdehcwt srdehctw srdehwct
srdehwtc srdehtwc srdehtcw srdetchw srdetcwh srdethcw srdethwc srdetwhc srdetwch srdcewht srdcewth
srdcehwt srdcehtw srdcethw srdcetwh srdcweht srdcweth srdcwhet srdcwhte srdcwthe srdcwteh srdchwet
srdchwte srdchewt srdchetw srdchtew srdchtwe srdctwhe srdctweh srdcthwe srdcthew srdctehw srdctewh
srdhecwt srdhectw srdhewct srdhewtc srdhetwc srdhetcw srdhcewt srdhcetw srdhcwet srdhcwte srdhctwe
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srdtchwe srdtcwhe srdtcweh srdthcew srdthcwe srdthecw srdthewc srdthwec srdthwce srdtwche srdtwceh
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srtwcehd srtwcdeh srtwcdhe srtwchde srtwched srtwdceh srtwdche srtwdech srtwdehc srtwdhec srtwdhce
srtwhcde srtwhced srtwhdce srtwhdec srtwhedc srtwhecd srtewcdh srtewchd srtewdch srtewdhc srtewhdc
srtewhcd srtecwdh srtecwhd srtecdwh srtecdhw srtechdw srtechwd srtedcwh srtedchw srtedwch srtedwhc
srtedhwc srtedhcw srtehcdw srtehcwd srtehdcw srtehdwc srtehwdc srtehwcd srtcewdh srtcewhd srtcedwh
srtcedhw srtcehdw srtcehwd srtcwedh srtcwehd srtcwdeh srtcwdhe srtcwhde srtcwhed srtcdweh srtcdwhe
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srtdhecw srthecdw srthecwd srthedcw srthedwc srthewdc srthewcd srthcedw srthcewd srthcdew srthcdwe
srthcwde srthcwed srthdcew srthdcwe srthdecw srthdewc srthdwec srthdwce srthwcde srthwced srthwdce
srthwdec srthwedc srthwecd sdhwerct sdhwertc sdhwecrt sdhwectr sdhwetcr sdhwetrc sdhwrect sdhwretc
sdhwrcet sdhwrcte sdhwrtce sdhwrtec sdhwcret sdhwcrte sdhwcert sdhwcetr sdhwcter sdhwctre sdhwtrce
sdhwtrec sdhwtcre sdhwtcer sdhwtecr sdhwterc sdhewrct sdhewrtc sdhewcrt sdhewctr sdhewtcr sdhewtrc
sdherwct sdherwtc sdhercwt sdherctw sdhertcw sdhertwc sdhecrwt sdhecrtw sdhecwrt sdhecwtr sdhectwr
sdhectrw sdhetrcw sdhetrwc sdhetcrw sdhetcwr sdhetwcr sdhetwrc sdhrewct sdhrewtc sdhrecwt sdhrectw
sdhretcw sdhretwc sdhrwect sdhrwetc sdhrwcet sdhrwcte sdhrwtce sdhrwtec sdhrcwet sdhrcwte sdhrcewt
sdhrcetw sdhrctew sdhrctwe sdhrtwce sdhrtwec sdhrtcwe sdhrtcew sdhrtecw sdhrtewc sdhcerwt sdhcertw
sdhcewrt sdhcewtr sdhcetwr sdhcetrw sdhcrewt sdhcretw sdhcrwet sdhcrwte sdhcrtwe sdhcrtew sdhcwret
sdhcwrte sdhcwert sdhcwetr sdhcwter sdhcwtre sdhctrwe sdhctrew sdhctwre sdhctwer sdhctewr sdhcterw
sdhtercw sdhterwc sdhtecrw sdhtecwr sdhtewcr sdhtewrc sdhtrecw sdhtrewc sdhtrcew sdhtrcwe sdhtrwce
sdhtrwec sdhtcrew sdhtcrwe sdhtcerw sdhtcewr sdhtcwer sdhtcwre sdhtwrce sdhtwrec sdhtwcre sdhtwcer
sdhtwecr sdhtwerc sdwherct sdwhertc sdwhecrt sdwhectr sdwhetcr sdwhetrc sdwhrect sdwhretc sdwhrcet
sdwhrcte sdwhrtce sdwhrtec sdwhcret sdwhcrte sdwhcert sdwhcetr sdwhcter sdwhctre sdwhtrce sdwhtrec
sdwhtcre sdwhtcer sdwhtecr sdwhterc sdwehrct sdwehrtc sdwehcrt sdwehctr sdwehtcr sdwehtrc sdwerhct
sdwerhtc sdwercht sdwercth sdwertch sdwerthc sdwecrht sdwecrth sdwechrt sdwechtr sdwecthr sdwectrh
sdwetrch sdwetrhc sdwetcrh sdwetchr sdwethcr sdwethrc sdwrehct sdwrehtc sdwrecht sdwrecth sdwretch
sdwrethc sdwrhect sdwrhetc sdwrhcet sdwrhcte sdwrhtce sdwrhtec sdwrchet sdwrchte sdwrceht sdwrceth
sdwrcteh sdwrcthe sdwrthce sdwrthec sdwrtche sdwrtceh sdwrtech sdwrtehc sdwcerht sdwcerth sdwcehrt
sdwcehtr sdwcethr sdwcetrh sdwcreht sdwcreth sdwcrhet sdwcrhte sdwcrthe sdwcrteh sdwchret sdwchrte
sdwchert sdwchetr sdwchter sdwchtre sdwctrhe sdwctreh sdwcthre sdwcther sdwctehr sdwcterh sdwterch
sdwterhc sdwtecrh sdwtechr sdwtehcr sdwtehrc sdwtrech sdwtrehc sdwtrceh sdwtrche sdwtrhce sdwtrhec
sdwtcreh sdwtcrhe sdwtcerh sdwtcehr sdwtcher sdwtchre sdwthrce sdwthrec sdwthcre sdwthcer sdwthecr
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sderwhct sderwhtc sderwcht sderwcth sderwtch sderwthc sdercwht sdercwth sderchwt sderchtw sdercthw
sderctwh sdertwch sdertwhc sdertcwh sdertchw sderthcw sderthwc sdechrwt sdechrtw sdechwrt sdechwtr
sdechtwr sdechtrw sdecrhwt sdecrhtw sdecrwht sdecrwth sdecrtwh sdecrthw sdecwrht sdecwrth sdecwhrt
sdecwhtr sdecwthr sdecwtrh sdectrwh sdectrhw sdectwrh sdectwhr sdecthwr sdecthrw sdethrcw sdethrwc
sdethcrw sdethcwr sdethwcr sdethwrc sdetrhcw sdetrhwc sdetrchw sdetrcwh sdetrwch sdetrwhc sdetcrhw
sdetcrwh sdetchrw sdetchwr sdetcwhr sdetcwrh sdetwrch sdetwrhc sdetwcrh sdetwchr sdetwhcr sdetwhrc
sdrwehct sdrwehtc sdrwecht sdrwecth sdrwetch sdrwethc sdrwhect sdrwhetc sdrwhcet sdrwhcte sdrwhtce
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sdrwtech sdrwtehc sdrewhct sdrewhtc sdrewcht sdrewcth sdrewtch sdrewthc sdrehwct sdrehwtc sdrehcwt
sdrehctw sdrehtcw sdrehtwc sdrechwt sdrechtw sdrecwht sdrecwth sdrectwh sdrecthw sdrethcw sdrethwc
sdretchw sdretcwh sdretwch sdretwhc sdrhewct sdrhewtc sdrhecwt sdrhectw sdrhetcw sdrhetwc sdrhwect
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sdrcethw sdrchewt sdrchetw sdrchwet sdrchwte sdrchtwe sdrchtew sdrcwhet sdrcwhte sdrcweht sdrcweth
sdrcwteh sdrcwthe sdrcthwe sdrcthew sdrctwhe sdrctweh sdrctewh sdrctehw sdrtehcw sdrtehwc sdrtechw
sdrtecwh sdrtewch sdrtewhc sdrthecw sdrthewc sdrthcew sdrthcwe sdrthwce sdrthwec sdrtchew sdrtchwe
sdrtcehw sdrtcewh sdrtcweh sdrtcwhe sdrtwhce sdrtwhec sdrtwche sdrtwceh sdrtwech sdrtwehc sdcwerht
sdcwerth sdcwehrt sdcwehtr sdcwethr sdcwetrh sdcwreht sdcwreth sdcwrhet sdcwrhte sdcwrthe sdcwrteh
sdcwhret sdcwhrte sdcwhert sdcwhetr sdcwhter sdcwhtre sdcwtrhe sdcwtreh sdcwthre sdcwther sdcwtehr
sdcwterh sdcewrht sdcewrth sdcewhrt sdcewhtr sdcewthr sdcewtrh sdcerwht sdcerwth sdcerhwt sdcerhtw
sdcerthw sdcertwh sdcehrwt sdcehrtw sdcehwrt sdcehwtr sdcehtwr sdcehtrw sdcetrhw sdcetrwh sdcethrw
sdcethwr sdcetwhr sdcetwrh sdcrewht sdcrewth sdcrehwt sdcrehtw sdcrethw sdcretwh sdcrweht sdcrweth
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sdcrtweh sdcrthwe sdcrthew sdcrtehw sdcrtewh sdcherwt sdchertw sdchewrt sdchewtr sdchetwr sdchetrw
sdchrewt sdchretw sdchrwet sdchrwte sdchrtwe sdchrtew sdchwret sdchwrte sdchwert sdchwetr sdchwter
sdchwtre sdchtrwe sdchtrew sdchtwre sdchtwer sdchtewr sdchterw sdcterhw sdcterwh sdctehrw sdctehwr
sdctewhr sdctewrh sdctrehw sdctrewh sdctrhew sdctrhwe sdctrwhe sdctrweh sdcthrew sdcthrwe sdctherw
sdcthewr sdcthwer sdcthwre sdctwrhe sdctwreh sdctwhre sdctwher sdctwehr sdctwerh sdtwerch sdtwerhc
sdtwecrh sdtwechr sdtwehcr sdtwehrc sdtwrech sdtwrehc sdtwrceh sdtwrche sdtwrhce sdtwrhec sdtwcreh
sdtwcrhe sdtwcerh sdtwcehr sdtwcher sdtwchre sdtwhrce sdtwhrec sdtwhcre sdtwhcer sdtwhecr sdtwherc
sdtewrch sdtewrhc sdtewcrh sdtewchr sdtewhcr sdtewhrc sdterwch sdterwhc sdtercwh sdterchw sdterhcw
sdterhwc sdtecrwh sdtecrhw sdtecwrh sdtecwhr sdtechwr sdtechrw sdtehrcw sdtehrwc sdtehcrw sdtehcwr
sdtehwcr sdtehwrc sdtrewch sdtrewhc sdtrecwh sdtrechw sdtrehcw sdtrehwc sdtrwech sdtrwehc sdtrwceh
sdtrwche sdtrwhce sdtrwhec sdtrcweh sdtrcwhe sdtrcewh sdtrcehw sdtrchew sdtrchwe sdtrhwce sdtrhwec
sdtrhcwe sdtrhcew sdtrhecw sdtrhewc sdtcerwh sdtcerhw sdtcewrh sdtcewhr sdtcehwr sdtcehrw sdtcrewh
sdtcrehw sdtcrweh sdtcrwhe sdtcrhwe sdtcrhew sdtcwreh sdtcwrhe sdtcwerh sdtcwehr sdtcwher sdtcwhre
sdtchrwe sdtchrew sdtchwre sdtchwer sdtchewr sdtcherw sdthercw sdtherwc sdthecrw sdthecwr sdthewcr
sdthewrc sdthrecw sdthrewc sdthrcew sdthrcwe sdthrwce sdthrwec sdthcrew sdthcrwe sdthcerw sdthcewr
sdthcwer sdthcwre sdthwrce sdthwrec sdthwcre sdthwcer sdthwecr sdthwerc sthwerdc sthwercd sthwedrc
sthwedcr sthwecdr sthwecrd sthwredc sthwrecd sthwrdec sthwrdce sthwrcde sthwrced sthwdrec sthwdrce
sthwderc sthwdecr sthwdcer sthwdcre sthwcrde sthwcred sthwcdre sthwcder sthwcedr sthwcerd sthewrdc
sthewrcd sthewdrc sthewdcr sthewcdr sthewcrd stherwdc stherwcd stherdwc stherdcw sthercdw sthercwd
sthedrwc sthedrcw sthedwrc sthedwcr sthedcwr sthedcrw sthecrdw sthecrwd sthecdrw sthecdwr sthecwdr
sthecwrd sthrewdc sthrewcd sthredwc sthredcw sthrecdw sthrecwd sthrwedc sthrwecd sthrwdec sthrwdce
sthrwcde sthrwced sthrdwec sthrdwce sthrdewc sthrdecw sthrdcew sthrdcwe sthrcwde sthrcwed sthrcdwe
sthrcdew sthrcedw sthrcewd sthderwc sthdercw sthdewrc sthdewcr sthdecwr sthdecrw sthdrewc sthdrecw
sthdrwec sthdrwce sthdrcwe sthdrcew sthdwrec sthdwrce sthdwerc sthdwecr sthdwcer sthdwcre sthdcrwe
sthdcrew sthdcwre sthdcwer sthdcewr sthdcerw sthcerdw sthcerwd sthcedrw sthcedwr sthcewdr sthcewrd
sthcredw sthcrewd sthcrdew sthcrdwe sthcrwde sthcrwed sthcdrew sthcdrwe sthcderw sthcdewr sthcdwer
sthcdwre sthcwrde sthcwred sthcwdre sthcwder sthcwedr sthcwerd stwherdc stwhercd stwhedrc stwhedcr
stwhecdr stwhecrd stwhredc stwhrecd stwhrdec stwhrdce stwhrcde stwhrced stwhdrec stwhdrce stwhderc
stwhdecr stwhdcer stwhdcre stwhcrde stwhcred stwhcdre stwhcder stwhcedr stwhcerd stwehrdc stwehrcd
stwehdrc stwehdcr stwehcdr stwehcrd stwerhdc stwerhcd stwerdhc stwerdch stwercdh stwerchd stwedrhc
stwedrch stwedhrc stwedhcr stwedchr stwedcrh stwecrdh stwecrhd stwecdrh stwecdhr stwechdr stwechrd
stwrehdc stwrehcd stwredhc stwredch stwrecdh stwrechd stwrhedc stwrhecd stwrhdec stwrhdce stwrhcde
stwrhced stwrdhec stwrdhce stwrdehc stwrdech stwrdceh stwrdche stwrchde stwrched stwrcdhe stwrcdeh
stwrcedh stwrcehd stwderhc stwderch stwdehrc stwdehcr stwdechr stwdecrh stwdrehc stwdrech stwdrhec
stwdrhce stwdrche stwdrceh stwdhrec stwdhrce stwdherc stwdhecr stwdhcer stwdhcre stwdcrhe stwdcreh
stwdchre stwdcher stwdcehr stwdcerh stwcerdh stwcerhd stwcedrh stwcedhr stwcehdr stwcehrd stwcredh
stwcrehd stwcrdeh stwcrdhe stwcrhde stwcrhed stwcdreh stwcdrhe stwcderh stwcdehr stwcdher stwcdhre
stwchrde stwchred stwchdre stwchder stwchedr stwcherd stewhrdc stewhrcd stewhdrc stewhdcr stewhcdr
stewhcrd stewrhdc stewrhcd stewrdhc stewrdch stewrcdh stewrchd stewdrhc stewdrch stewdhrc stewdhcr
stewdchr stewdcrh stewcrdh stewcrhd stewcdrh stewcdhr stewchdr stewchrd stehwrdc stehwrcd stehwdrc
stehwdcr stehwcdr stehwcrd stehrwdc stehrwcd stehrdwc stehrdcw stehrcdw stehrcwd stehdrwc stehdrcw
stehdwrc stehdwcr stehdcwr stehdcrw stehcrdw stehcrwd stehcdrw stehcdwr stehcwdr stehcwrd sterhwdc
sterhwcd sterhdwc sterhdcw sterhcdw sterhcwd sterwhdc sterwhcd sterwdhc sterwdch sterwcdh sterwchd
sterdwhc sterdwch sterdhwc sterdhcw sterdchw sterdcwh stercwdh stercwhd stercdwh stercdhw sterchdw
sterchwd stedhrwc stedhrcw stedhwrc stedhwcr stedhcwr stedhcrw stedrhwc stedrhcw stedrwhc stedrwch
stedrcwh stedrchw stedwrhc stedwrch stedwhrc stedwhcr stedwchr stedwcrh stedcrwh stedcrhw stedcwrh
stedcwhr stedchwr stedchrw stechrdw stechrwd stechdrw stechdwr stechwdr stechwrd stecrhdw stecrhwd
stecrdhw stecrdwh stecrwdh stecrwhd stecdrhw stecdrwh stecdhrw stecdhwr stecdwhr stecdwrh stecwrdh
stecwrhd stecwdrh stecwdhr stecwhdr stecwhrd strwehdc strwehcd strwedhc strwedch strwecdh strwechd
strwhedc strwhecd strwhdec strwhdce strwhcde strwhced strwdhec strwdhce strwdehc strwdech strwdceh
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strewcdh strewchd strehwdc strehwcd strehdwc strehdcw strehcdw strehcwd stredhwc stredhcw stredwhc
stredwch stredcwh stredchw strechdw strechwd strecdhw strecdwh strecwdh strecwhd strhewdc strhewcd
strhedwc strhedcw strhecdw strhecwd strhwedc strhwecd strhwdec strhwdce strhwcde strhwced strhdwec
strhdwce strhdewc strhdecw strhdcew strhdcwe strhcwde strhcwed strhcdwe strhcdew strhcedw strhcewd
strdehwc strdehcw strdewhc strdewch strdecwh strdechw strdhewc strdhecw strdhwec strdhwce strdhcwe
strdhcew strdwhec strdwhce strdwehc strdwech strdwceh strdwche strdchwe strdchew strdcwhe strdcweh
strdcewh strdcehw strcehdw strcehwd strcedhw strcedwh strcewdh strcewhd strchedw strchewd strchdew
strchdwe strchwde strchwed strcdhew strcdhwe strcdehw strcdewh strcdweh strcdwhe strcwhde strcwhed
strcwdhe strcwdeh strcwedh strcwehd stdwerhc stdwerch stdwehrc stdwehcr stdwechr stdwecrh stdwrehc
stdwrech stdwrhec stdwrhce stdwrche stdwrceh stdwhrec stdwhrce stdwherc stdwhecr stdwhcer stdwhcre
stdwcrhe stdwcreh stdwchre stdwcher stdwcehr stdwcerh stdewrhc stdewrch stdewhrc stdewhcr stdewchr
stdewcrh stderwhc stderwch stderhwc stderhcw stderchw stdercwh stdehrwc stdehrcw stdehwrc stdehwcr
stdehcwr stdehcrw stdecrhw stdecrwh stdechrw stdechwr stdecwhr stdecwrh stdrewhc stdrewch stdrehwc
stdrehcw stdrechw stdrecwh stdrwehc stdrwech stdrwhec stdrwhce stdrwche stdrwceh stdrhwec stdrhwce
stdrhewc stdrhecw stdrhcew stdrhcwe stdrcwhe stdrcweh stdrchwe stdrchew stdrcehw stdrcewh stdherwc
stdhercw stdhewrc stdhewcr stdhecwr stdhecrw stdhrewc stdhrecw stdhrwec stdhrwce stdhrcwe stdhrcew
stdhwrec stdhwrce stdhwerc stdhwecr stdhwcer stdhwcre stdhcrwe stdhcrew stdhcwre stdhcwer stdhcewr
stdhcerw stdcerhw stdcerwh stdcehrw stdcehwr stdcewhr stdcewrh stdcrehw stdcrewh stdcrhew stdcrhwe
stdcrwhe stdcrweh stdchrew stdchrwe stdcherw stdchewr stdchwer stdchwre stdcwrhe stdcwreh stdcwhre
stdcwher stdcwehr stdcwerh stcwerdh stcwerhd stcwedrh stcwedhr stcwehdr stcwehrd stcwredh stcwrehd
stcwrdeh stcwrdhe stcwrhde stcwrhed stcwdreh stcwdrhe stcwderh stcwdehr stcwdher stcwdhre stcwhrde
stcwhred stcwhdre stcwhder stcwhedr stcwherd stcewrdh stcewrhd stcewdrh stcewdhr stcewhdr stcewhrd
stcerwdh stcerwhd stcerdwh stcerdhw stcerhdw stcerhwd stcedrwh stcedrhw stcedwrh stcedwhr stcedhwr
stcedhrw stcehrdw stcehrwd stcehdrw stcehdwr stcehwdr stcehwrd stcrewdh stcrewhd stcredwh stcredhw
stcrehdw stcrehwd stcrwedh stcrwehd stcrwdeh stcrwdhe stcrwhde stcrwhed stcrdweh stcrdwhe stcrdewh
stcrdehw stcrdhew stcrdhwe stcrhwde stcrhwed stcrhdwe stcrhdew stcrhedw stcrhewd stcderwh stcderhw
stcdewrh stcdewhr stcdehwr stcdehrw stcdrewh stcdrehw stcdrweh stcdrwhe stcdrhwe stcdrhew stcdwreh
stcdwrhe stcdwerh stcdwehr stcdwher stcdwhre stcdhrwe stcdhrew stcdhwre stcdhwer stcdhewr stcdherw
stcherdw stcherwd stchedrw stchedwr stchewdr stchewrd stchredw stchrewd stchrdew stchrdwe stchrwde
stchrwed stchdrew stchdrwe stchderw stchdewr stchdwer stchdwre stchwrde stchwred stchwdre stchwder
stchwedr stchwerd

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History of cryptography
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