Encryption Made Easy

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Author	Comment
Coolv Marine Posted: 19 May 2006 16:59 GMT Total Posts: 46	Hey. Aside from my other projects, I've been working on a C program for the 68k called Encryption Made Easy. Do any of you have suggestions for algorithms? Theoretically, I could implement them all in DLLs.
Coolv Marine Posted: 20 May 2006 09:28 GMT Total Posts: 46	Er... Bump?
WCM2010 Dragoon Posted: 20 May 2006 09:53 GMT Total Posts: 95	hey i am not admin or anything but please wait till like 3 or 4 days before you bump it would be much better on others that migh have some Sugestions but i dont , sorry. but if i get any i will notify you i promise --- RuneScape FTW but calcs were my first love O_o
allynfolksjr Administrator Posted: 20 May 2006 09:57 GMT Total Posts: 1892	You're absolutely correct WCM2010. But to coolv, your post is lacking in information, is there a specific list of what you've implemented? A webpage or download link, perhaps? Edit: It seems I can't spell this morning... [Edited by allynfolksjr on 20-May-06 19:08]
WCM2010 Dragoon Posted: 20 May 2006 10:01 GMT Total Posts: 95	Wow i think that was the first time you stated me correct (its good to be back!) And Coolv, hopefully once you state more info someone will give you some suggestions, But i cant till i acctullay know more of what your talking about. --- RuneScape FTW but calcs were my first love O_o
Coolv Marine Posted: 20 May 2006 10:28 GMT Total Posts: 46	It already contains "vigenère cipher, substitution cipher, reverse substitution via an algorithm I devised, Caesar shift, generate a custom cypher alphabet from a password (very, very cool feature), and md5 so far." Show the Link and Information Hide this section. Download Early Beta It is used like this: eme("function",[inputs]) (Note that xx will stand for 52 of 26. In 26, the alphabet is only uppercase characters, as in a traditional cipher. In 52 mode, on the other hand, it will include the uppercase AND lowercase characters. Also note that the output of the functions will be stored in the string "answer".) Eme has the following functions: md5 (Inputs one input, outputs the direct md5 of the input) md5hex (Inputs one inpput and outputs the hex of the md of the input) shiftxx (Inputs two inputs, outputs the caesar shift of the message (first input) by the value (second input) transxx (Inputs two inputs, outputs the substitution cipher output of the message (first input) using the substitution alphabet consisting of xx characters (second input)) untransxx (See transxx. This has the same inputs, but it is a reverse function.) unshiftxx (See shiftxx) genalpha (Inputs one output (the password) and outputs a 52-character alphabet to be used with trans52 and untrans52) shiftpassxx (Inputs the message and the password and outputs the result of the Vigenère cipher) unshiftpassxx (See shiftpassxx) Sorry about the quality of this HTML - I was a bit rushed. [Edited by Coolv on 20-May-06 21:04]