Fpl

This is the first AROS version of FPL. While the AmigaOS m68k version is a
*.library, this version is for now a static link library. The archive also
contains an executable interpreter - SFPL, as well as full source.

The original developers are no longer maintaining FPL - contact the uploader if
you have bug fixes.

The next release will aim to support generation of fpl.library as well.

From the original README:


 Frexx Programming Language (FPL) is an interpreting script/macro language
 shared library, designed to be flexible and easy inserted in any code.

 FPL is a complete script programming language _very_ similar to C. If you
 are a software developer and plans to add any kind of macro/script control,
 consider the FPL alternative!

 The programming language features include:

   o Full ANSI C syntax statements with semicolon separations.

   o String, integer/long, char and short variables, including
     multidimensional arrays.

   o 100% ANSI C operator precedence and expression syntax.

   o C and C++    o As an extension to C, local and global functions. Global
functions can
     also be either system-wide or single file accessible.

   o Enhanced (from ANSI C) array compound assigns.

   o while, for, if, do, break, continue, else, int, exit, char, long,
     register, auto, volatile, typedef, const and return are 100% ANSI C
     compatible. 'while' has been extended with an 'else' support and 'break'
     with a multi level break option.

   o Octal, decimal, binary and decimal numbers are all easily used and mixed
     as in C; and for those parts not existing in C, likewise syntax.

   o A number of internal functions which include: strcmp, strncmp, strstr,
     atoi, strtol, strlen, abs, sprintf and the FPL specific substr, eval,
     ltostr and interpret!

   o Supports the preprocessor instruction "#line" enabling FPL to run
     common C preprocessor output.

   o Some variable reference/pointer support like that C has!

   o A subset of the ANSI C function declaration and prototyping syntax and
     concepts. The use of functions is exactly as C.

   o Fully recursive, fully re-entrant.

   o Local/global variable levels just as in ANSI C. Global variables can be
     global within this particular file, or cross-file.