Syntax

// This is a comment
// all of this is pretty similar to C
// Variable declaration
int myvar = 0
// function call
foo(arg1, arg2)

// if statement
// one instruction
if x == y
	z = x

// multiple instructions
if x == y
then
	z = x
	x -= 2
endif

// loops : while ... endwhile    for ... endfor    loop ... endloop (with this loop, you need to use the breakloop instruction to exit the loop)

// add a module (kind of lib)
use module_name

// add a asm lib
asmlib "file.asm"

// inline asm
asm {
	or a, a
	sbc hl, hl
}

// return instruction
return

// variables type (I may add more in the future)
int // 24 bits signed integer
int16 // 16 bits signed integer
int8 // 8 bits signed integer
uint // 24 bits unsigned integer
uint16 // 16 bits unsigned integer
uint8 // 8 bits unsigned integer
f16 // 8-16 fixed point type
f8 // 8-8 fixed point type
d16 // 16-16 fixed point type

// there's also functions, but i'm still not sure about the syntax, so i won't put it here

// eXtended Instruction Set
// these are like the asm instructions, with more possibilities
// there's a lot of them, so this is only a part of them
__xis_add dest, op1, op2
__xis_sml dest, op1, op2
__xis_mov dest, src // this one is like ld, but with more possibilities for dest and src
// to use a register in the xis instructions, just prefix them with % (e.g. %hl )

// I think that's a good start, i'll add more stuff