lua-basic-prog-lang

(VERY) Simple programming language made in lua, designed for client tasks/plugins inside the lua environment.

Instalation

• Install lua on your computer
• Insert the path the module is located in package.path
• add require "luabasic-pl.lua" to your code

Example

Here we have a code that prints the fibonacci sequence until the 10th number:

set first 0;
    set second 1;
    set next 0;
    add next first second;
    print first;
    print second;
    print next;
    
    set index 0;
    set max 10;
    set continue true;
    :loop
        set first second;
        set second next;
        set next 0;
        add next first second;
        print next;
        add index 1;
        big continue max index;
    ifgt continue loop;

Notice I made a for loop using set for setting the 'for loop' values, big for checking the 'for loop' limit and ifgt for making the loop itself.

Commands

add

one argument:

lbpl	equivalent
add var num1;	var += num1

multiple arguments:

lbpl	equivalent
add var num1 num2 ... ;	var = num1 + num2 + ...

sub

one argument:

lbpl	equivalent
sub var num1;	var -= num1

multiple arguments:

lbpl	equivalent
sub var num1 num2 ... ;	var = num1 - num2 - ...

mul

one argument:

lbpl	equivalent
mul var num1;	var *= num1

multiple arguments:

lbpl	equivalent
mul var num1 num2 ... ;	var = num1 * num2 * ...

div

one argument:

lbpl	equivalent
div var num1;	var /= num1

multiple arguments:

lbpl	equivalent
div var num1 num2 ... ;	var = num1 / num2 / ...

equ

one argument:

lbpl	equivalent
equ var num1;	var = var == num1

multiple arguments:

lbpl	equivalent
equ var num1 num2 ... ;	sets var whether all values are equal to var or not

not

one argument:

lbpl	equivalent
not var num1;	var = var ~= num1

multiple arguments:

lbpl	equivalent
not var num1 num2 ... ;	sets var whether all values are different from var or not

big

one argument:

lbpl	equivalent
big var num1;	var = var > num1

two arguments:

lbpl	equivalent
big var num1 num2;	var = num1 > num2

multiple arguments:

lbpl	equivalent
not var ... ;	sets var whether all args are descending or not (ex: 6,3,1,0 --> true)

sml

one argument:

lbpl	equivalent
big var num1;	var = var < num1

two arguments:

lbpl	equivalent
big var num1 num2;	var = num1 < num2

multiple arguments:

lbpl	equivalent
not var ... ;	sets var whether all args are ascending or not (ex: 0,1,3,6 --> true)

set

lbpl	equivalent
set var num1;	var = num1

goto

lbpl	equivalent
goto coordinate	the interpreter will go to the ":coordinate" indicator on the code and start running from there

ifgt

lbpl	equivalent
ifgt var coordinate	the interpreter will go to the ":coordinate" indicator on the code and start running from there ONLY if var is true

print

lbpl	equivalent
print ...;	print(...)