Ignore pragmas inside IL code when handling inline function calls.
(* Test whether the keyword XXXX may be used as an identifier for:
* Program identifier
*
* The XXXX names in the following code are merely a placeholder.
* They will be replaced by several identifiers before actual testing
* of the compiler.
*)
(* The identifiers that will replace the XXXX
* must be placed on a line starting with #
* All identifiers preceded by # are ignored!
* The identifier list must be placed inside an IEC 61131-3 comment.
*)
(* This file is specific for identifiers identical to IL operators.
* See the note following the identifier list
*)
(*
#IL_operators ANDN CAL CALC CALCN CD CLK CU IN JMP JMPC JMPCN LD LDN ORN PT PV R R1 RET RETC RETCN S S1 ST STN XORN
#SFC_qualifiers D DS L N P #R #S SD SL
NOTE: R and S are identical to IL operators!!
#Task_initialisers PRIORITY SINGLE INTERVAL
*)
(* NOTE: The identifier as a variable test has some special cases.
* Namely, when using IL operators as variable names.
* Even though the syntax of the IL language would not result
* in ambiguities in the above case, our parser does not currently
* allow the use of variables (with names identical to IL
* operators) within IL code.
*
* The following test code must therefore consider two possibilities:
* - if the identifier under test is an IL operator
* - if the identifier under test is not an IL operator
*)
PROGRAM XXXX
VAR_INPUT
a_1 : BOOL;
END_VAR
LD a_1
END_PROGRAM
CONFIGURATION config1
TASK fast(PRIORITY := 4);
PROGRAM P1 WITH fast:
XXXX(a_1 := TRUE);
END_CONFIGURATION
(* Checking whether the use of XXXX will confuse any other
* normal and correct IL or ST code.
*)
{#include "basic_code.test" }