anchor.diff:        end
   
         if (decoded.pc != pcEpoch) begin
  -         if (cfg_verbose > 1) $display("[%7d] (P|  E ) : STALL Ignore pc = 0x%08h, instr = 0x%08h, epoch = 0x%08h", csr_cycle, decoded.pc, decoded.instr, pcEpoch);
  +         if (cfg_verbose > 1) $display("[%7d] (A |  E ) : STALL Ignore pc = 0x%08h, instr = 0x%08h, epoch = 0x%08h", csr_cycle, decoded.pc, decoded.instr, pcEpoch);
            fifo_d2e.deq;
         end
         else if (score_conflict) begin
  -         if (cfg_verbose > 1) $display("[%7d] (R|  E ) : STALL Conflict pc = 0x%08h, instr = 0x%h, epoch = 0x%08h", csr_cycle, decoded.pc, decoded.instr, pcEpoch);
  +         if (cfg_verbose > 1) $display("[%7d] ( R|  E ) : STALL Conflict pc = 0x%08h, instr = 0x%h, epoch = 0x%08h", csr_cycle, decoded.pc, decoded.instr, pcEpoch);
         end
         else begin
            Bool checkScore = case(decoded.op.opcode) matches
  
positive.code:             let resp <- dmemory.mem_resp;
  
              if (cfg_verbose > 0 && !isValid(resp)) begin
                 $display("[%7d] ( |   W) : Memory read failed", csr_cycle);
                 $finish;
              end
  
  
negative.code:    (* fire_when_enabled *)
     rule rl_fetch(cpu_enabled);
        let next_pc = fromMaybe(fromMaybe(rg_FetchPC, rw_nxtPC.wget), rw_jmpPC.wget);
        if (cfg_verbose > 1) $display("[%7d] (  |F   ) : Read instruction pc = 0x%08h", csr_cycle, next_pc);
        imemory.mem_req(next_pc);
        rg_f2d      <= tagged Valid next_pc;
        rg_FetchPC  <= next_pc;
  