add Info to questa ci; add FT/NFT runs to MCCU

tb/questa_sim/tb_MCCU/runtest.sh

 #$1
 TOP=../../../
+RED='\033[7;31m'
+NC='\033[0m' # No Color
 if [ -z "$1" ]
 then
       vlib MCCU
       vmap work $PWD/MCCU
       vlog +acc=rn +incdir+$TOP/hdl/ $TOP/hdl/*.sv $TOP/submodules/seu_ip/way3*.sv tb_MCCU.sv
       vmake MCCU/ > Makefile
+      printf "${RED}WARNING: Check if you want Fault Tolerance active or not${RED}${NC}\n"
+      printf "${RED}To enable FT add -gFT=1 after vsim${RED}${NC}\n"
       vsim work.tb_MCCU -do "view wave -new" -do "do wave.do" -do "run -all"
 else
       vlib MCCU
       vmap work $PWD/MCCU
       vlog +acc=rn +incdir+$TOP/hdl/ $TOP/hdl/*.sv $TOP/submodules/seu_ip/way3*.sv tb_MCCU.sv
       vmake MCCU/ > Makefile
-      vsim work.tb_MCCU $1 -do "do save_wave.do"
+      echo "#INFO# Test Default IP "
+      vsim -gFT=0 work.tb_MCCU $1 -do "do save_wave.do"
+      echo "#INFO# Test FT IP"
+      vsim -gFT=1 work.tb_MCCU $1 -do "do save_wave.do"
 fi

tb/questa_sim/tb_MCCU/tb_MCCU.sv

@@ -30,6 +30,7 @@ module tb_MCCU();
     parameter TB_WEIGHTS_WIDTH = 8;
     parameter TB_N_CORES = 4;
     parameter TB_CORE_EVENTS = 2;
+    parameter FT = 0;
 //***Signals***
     reg     tb_clk_i ;
     reg     tb_rstn_i ;
@@ -49,6 +50,7 @@ reg tb_fail = 0;
         .DATA_WIDTH(TB_DATA_WIDTH),
         .WEIGHTS_WIDTH(TB_WEIGHTS_WIDTH),
         .N_CORES(TB_N_CORES),
+        .FT(FT),
         .CORE_EVENTS(TB_CORE_EVENTS)
     )
         dut_MCCU(
@@ -60,6 +62,8 @@ reg tb_fail = 0;
         .update_quota_i(tb_update_quota_i),
         .quota_o (tb_quota_o),
         .events_weights_i(tb_events_weights_i),
+        .intr_FT1_o(),
+        .intr_FT2_o(),
         .interruption_quota_o(tb_interruption_quota_o)
     );
 
@@ -455,6 +459,8 @@ task automatic init_sim;
         
         tb_test_name={"t_weigths_ev_quota(10,0,0,0);"};
         test_weigths_ev_quota(10,0,0,0);
+        
+        $display("FT = %d",FT);
         $finish;
     end
 /*