It transpiles C code that is written in my brand of 1337 or 13375p34k and tries its best to translate it into C. Because of how my brand of 1337 both l and i map to a 1, so it has to guess whether a 1 is an l or i. Which it does so shockingly decent.

All integer constants must be represented in octal form. Why? I don't quite remember why, I wrote this at 2:00am. Though I'm sure I had a good reason. The octal constants are translated into binary literals because they are easy to fix with regex.

This is the sample hello world program in ./m41n.c1337.

#1nc1vd3 <57d10.|-|>

1n7
m41n()
{
  pv75("|-|3110 vv0r1d!");
  r37vrn 00;
}

Sadly, it doesn't support upper-case characters since my brand of 1337 also doesn't care about casing. Who uses case in C anyways? All the Java and Go devs can keep their casing (eww...).

Usage

The script reads from stdin and will print the transpiled code to stdout. See the ./Makefile

./1337cc.pl <./m41n.c >main.c && gcc main.c -o main
./main