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; test the new way of lua `_c`/`sj.calc` function to do the define/macro_arg
; substitution before the expression is evaluated, so using macro arguments
; inside lua script should be now trivial, no more workaround through DEFINE.
; this example has been reworked to conform to updated lua5.4 and only official
; documented Lua bindings, the `sj.insert_label` has no more the optional arguments
; that said, you can use instead the regular asm syntax and `_pl` binding to create
; any kind of special flavour of label (DEFL, EQU, global, local, ...)
; The extra options of `sj.insert_label` were promised to stay in v1.x
; in the original test code, unless there is serious reason. Upgrade
; to lua 5.4 is actually *that* serious reason, sorry.
; OBSOLETE by v1.20.0: now sj.get_define get search also macro arguments
MACRO testM arg1?
LUA ALLPASS
x = _c("arg1?") -- get value of evaluated macro argument
-- if you want macro argument without evaluation or string value, use sj.get_define
assert(x == 0+sj.get_define("arg1?", true)) -- enabling macro-arg search with second option
_pl("!x = "..x) -- DEFL type label "x" set to value x
_pc("dw arg1?, x, "..x) -- check all three sources of input value
-- _pc does it's own substitution, the label "x" should be set and lua "x"
-- test _c a bit more for handling weird things...
e1 = _c("/* ehm")
e2 = _c("define arg1? xx") -- will emit error "Label not found: define" = OK
e3 = _c("$FF&".._c("arg1?"))
_pc("db /* e1, e2, e3 */ "..e1..","..e2..","..e3)
ENDLUA
.localMacroLabel: ; check which root the macro local label gets (should be per emit)
ENDM
x = 88
BigLabel1:
testM 0x1234
.local1:
DW x ; check that symbol "x" was set by _pl("!x = "..x)
jr BigLabel1.local1 ; check "big" label was not modified by _pl("!x = "..x)
x = 77
BigLabel2:
testM 0x3456
.local2:
DW x
jr BigLabel2.local2 ; same checks as above, but second value