set 24 counter; Change RDC events

hdl/PMU_raw.sv

@@ -389,13 +389,13 @@ end
         //be hardcoded to specific corssbars outputs
     wire [MCCU_N_EVENTS-1:0] MCCU_events_int[0:MCCU_N_CORES-1];
         //core_0
-    assign MCCU_events_int [0] = {{events_int[1]},{events_int[0]}};
+    assign MCCU_events_int [0] = {{events_int[5]},{events_int[12]}};
         //core_1
-    assign MCCU_events_int [1] = {{events_int[3]},{events_int[2]}};
+    assign MCCU_events_int [1] = {{events_int[6]},{events_int[9]}};
         //core_2
-    assign MCCU_events_int [2] = {{events_int[5]},{events_int[4]}};
+    assign MCCU_events_int [2] = {{events_int[7]},{events_int[10]}};
         //core_3
-    assign MCCU_events_int [3] = {{events_int[7]},{events_int[6]}};
+    assign MCCU_events_int [3] = {{events_int[8]},{events_int[11]}};
         
     //NON-PARAMETRIC This can be autogenenerated TODO     
     wire [MCCU_WEIGHTS_WIDTH-1:0] MCCU_events_weights_int [0:MCCU_N_CORES-1]

hdl/pmu_ahb.sv

@@ -35,15 +35,12 @@
     // -- PMU specific parameters
         // Cores connected to MCCU
         localparam MCCU_N_CORES = 4,
-		// Total amount of registers
-        parameter integer N_REGS = 28, 
+		// Total amount of registers 
+        parameter integer N_REGS = 43, 
         // Number of configuration registers
         localparam PMU_CFG = 1,
         // Number of counters
-        localparam PMU_COUNTERS = 9,
-        //TODO: for now it is hardcoded but this may be calculated given the
-        //features, n_cores and N_events in the future
-        localparam PMU_TOTAL_REGS = N_REGS
+        localparam PMU_COUNTERS = 24
 	)
 	(
          input wire rstn_i,
@@ -320,7 +317,6 @@ end
 //----------------------------------------------
 //------------- PMU_raw instance
 //----------------------------------------------
-    //assert(PMU_TOTAL_REGS == N_REGS);
     wire [REG_WIDTH-1:0] pmu_regs_int [0:N_REGS-1];
     wire ahb_write_req;
     assign ahb_write_req = address_phase.write && address_phase.select;