// Characters

char(a) // hex(00 00 00 00 00 00 00 41) - in case of little-endian machines (in memory: 0x4100000000000000)
char(á) // this leads to the utf8 characters - implying source code text is utf8 too as we care nothing for parsing encodings...

// Strings

// Strings are stored similarily with the zero-terminator included and stored in 4byte groups of data padded up with zeroes.
// Then to constitute a string, we also push the number of characters - as seen below (including the terminator, for optimizations)

"one"
/*
 0xone0
 0x0004
*/

"alma"
/*
 0xalma
 0x0000
 0x5
*/"

// But to not only work on the stack, we can store a string into session storage
"word_name" gen_str // -> session storage

// Strings have operations on them, prefixed with "str" and they expect a string on stack otherwise you are in trouble.

"abc" "df" str+
/*
 abc0
 0004
 df00
 0003
*/

// TODO: implement as C builtin instead.. but doable this way
:builtin str+ @off1 @mod1 @
	dup
	7 + 4 /
	strcon@off1(_) // (_) means to pop and put to variable while, (.) means peek and put in var
	dup
	4 %
	strcon@mod1(_)
	strcon@off1
	popat
	
	+
;