Welcome!
Welcome to this new playground about the BF language. Make sure you already read
- Getting started with BrainFuck
- BrainFuck part 2 - Working with arrays
- BrainFuck part 3 - Write a BF interpreter in BF
- BrainFuck part 4 - Advanced maths
- BrainFuck part 5 - Math sequences
- BrainFuck part 6 - 16-bit integers
- BrainFuck part 7 - Quine (+ some non-BF quine theory)
playgrounds if you didn't already !
The goal of this playground is to create our own multi quine using BF, and other languages.
Previous playground is mandatory in order to understand this one...
So, multiquine ?
A multiquine over a set S of Turing-complete languages is set of programs, one for each language in S, that
- prints itself when called without any parameter
- prints the version of language X when called with parameter X
Wow.
So, this means we are going to write a BF quine, that will, let's say
- prints itself when called without any parameter (a regular quine)
- prints a C# source code when called with parameter CS
- prints a JS source code when called with parameter JS
The C# source code
- prints itself when called without any parameter (a regular quine)
- prints previous JS source code when called with parameter JS
- prints previous BF source code when called with parameter BF
The JS source code
- prints itself when called without any parameter (a regular quine)
- prints previous BF source code when called with parameter BF
- prints previous C# source code when called with parameter CS
Easy, right ?
Note: having the same parameter values for all languages is not mandatory (but more fun ^^)
