User:Jacobmenkus

I became a use of wikipedia on the 29th of a random date, this is, however, confidential. I would like to show you the website I made this page on, wikipedia. 

what is this article about?
this article is about nothing and is just a stray page you probably landed on when you selected random article. 8-20,8-19. That bit was just written in the code called A=1, I hope that you can decipher it because it is pretty easy. tgo ti, hstat ogdo. That bit was an anagram (a set of jumbled up words) and is slightly harder than the A=1 code, It is still pretty easy and wouldn't make a good real code.

Slightly harder codes
I am actually surprised that I am going on with this article, I started it and I really didn't expect it to be about anything at all, I am going to write a name of a code in code next, this one is still easy if you know it though. 10.1000.1110.1.10010.11011. That code was called binary and is made up of ones and zeros to make numbers, than number through A=1 make letters, 1=1 10=2 11=3 100=4 101=5 110=6 111=7 1000=8 and so forth.

Codes with replacing letters are not good because of frequency analysis, this means using amounts of letters to find out which letter is which. This is possible because the letter with the highest frequency is e, and then s. this is why some codes work with key words, such as the Vingere square, although this is still decipherable, it is pretty difficult to decipher it.

look below those who are hollow

A hard code
this is a code that I made up and I think that this is a good example of a hard code. avxr. That is I but so could brtu or ktrw. The thing that is so good about this code is that it does not have a keyword and frequency analysis will not work.

the end
I have finally come to the end of this article, and I added this box for the little table you see at the top. dgoo yeb, abjco.