How to use RegisterPragmaRefCallBack()
From Verific Design Automation FAQ
Here is a small example showing how to use RegisterPragmaRefCallBack():
#include <iostream> #include "veri_file.h" #include "vhdl_file.h" #include "Message.h" using namespace std ; #ifdef VERIFIC_NAMESPACE using namespace Verific ; #endif static void pragma_ref_fn(const char *pragma_trigger, const char *pragma_name, const char *pragma_target, const char *pragma_value, const linefile_type lf) { const char *eq = "= " ; if (!pragma_value) { pragma_value = "" ; eq = "" ; } const char *of = " of " ; if (!pragma_target) { pragma_target = "" ; of = "" ; } else { eq = "is " ; } Message::Msg(VERIFIC_INFO, 0, lf, "Got a pragma: %s %s%s%s %s%s", pragma_trigger, pragma_name, of, pragma_target, eq, pragma_value) ; } int main(int argc, char **argv) { veri_file::RegisterPragmaRefCallBack(pragma_ref_fn) ; vhdl_file::RegisterPragmaRefCallBack(pragma_ref_fn) ; veri_file::Analyze("test.v") ; vhdl_file::Analyze("test.vhd", "work", vhdl_file::VHDL_2008) ; return 0 ; }
test.v:
1 module test (input a, b, output c); 2 assign c = a & b; 3 // synthesis translate_off 4 $display ("This is not synthsizable"); 5 // synthesis translate_on 6 endmodule
test.vhd:
1 -- pragma label_applies_to
Run:
$ test-linux -- Analyzing Verilog file 'test.v' (VERI-1482) test.v(3): INFO: Got a pragma: synthesis translate_off test.v(5): INFO: Got a pragma: synthesis translate_on -- Analyzing VHDL file 'test.vhd' (VHDL-1481) test.vhd(1): INFO: Got a pragma: pragma label_applies_to $