end
end
if (model_flags.x_check) begin
if (INP.rstnn === 1'bx) begin
// Check for UNKNOWN value on control/clock pin
$display("WARNING at time %0t from %m",$time);
$display(" \"Unknown value on pin rstnn will be ignored\"");
end
end
end else if ($time > 1 && INP.rstnn_event) begin
if (INP.rstnn === 1'b1) begin
last_rising = $time;
end else if (INP.rstnn === 1'b0) begin
last_falling = $time;
end
end
end
end // rstnn_check;
// ----- HOLD CHECK PROCESS -----
always begin : hold_check
reg wait_for_0;
if (init_finished !== `true) begin
wait (init_finished === `true);
end
if (model_flags.time_check !== `true) begin
// Kill process if NOT USED in simulation
wait(`false);
end else begin
if ($time < 1) begin
#(`time_unit);
end
@(INP.clk or INP.rstnn or INP.ad or INP.cxbenn or INP.par or INP.framenn or INP.trdynn or INP.irdynn or INP.stopnn or INP.devselnn or INP.idsel or INP.perrnn or INP.serrnn or INP.reqnn or INP.gntnn or INP.locknn or INP.par64 or INP.req64nn or INP.ack64nn or INP.sbonn or INP.sdone or INP.intann or INP.intbnn or INP.intcnn or INP.intdnn);
wait_for_0 = `true;
wait_for_0 <= #(0) `false;
@(negedge wait_for_0);
INP.clk_last_event = $time - INP.clk_event_time;
INP.rstnn_last_event = $time - INP.rstnn_event_time;
INP.ad_last_event = $time - INP.ad_event_time;
INP.cxbenn_last_event = $time - INP.cxbenn_event_time;
INP.par_last_event = $time - INP.par_event_time;
INP.framenn_last_event = $time - INP.framenn_event_time;
INP.trdynn_last_event = $time - INP.trdynn_event_time;
INP.irdynn_last_event = $time - INP.irdynn_event_time;
INP.stopnn_last_event = $time - INP.stopnn_event_time;
INP.devselnn_last_event = $time - INP.devselnn_event_time;
INP.idsel_last_event = $time - INP.idsel_event_time;
INP.perrnn_last_event = $time - INP.perrnn_event_time;
INP.serrnn_last_event = $time - INP.serrnn_event_time;
INP.reqnn_last_event = $time - INP.reqnn_event_time;
INP.gntnn_last_event = $time - INP.gntnn_event_time;
INP.locknn_last_event = $time - INP.locknn_event_time;
INP.par64_last_event = $time - INP.par64_event_time;
INP.req64nn_last_event = $time - INP.req64nn_event_time;
INP.ack64nn_last_event = $time - INP.ack64nn_event_time;
INP.sbonn_last_event = $time - INP.sbonn_event_time;
INP.sdone_last_event = $time - INP.sdone_event_time;
INP.intann_last_event = $time - INP.intann_event_time;
INP.intbnn_last_event = $time - INP.intbnn_event_time;
INP.intcnn_last_event = $time - INP.intcnn_event_time;
INP.intdnn_last_event = $time - INP.intdnn_event_time;
if (clk === 1'b1 && CNTRL.clk) begin
if (INP.framenn_last_event <= `time_unit && CNTRL.framenn) begin
if (CNTRL.r_framenn_clk && INP.clk_last_event < model_times.trh_framenn_clk &&
(INP.clk_last_event > - model_times.trs_framenn_clk ||
(INP.clk_last_event == 0 && model_times.trs_framenn_clk == 0))) begin
$display("WARNING at time %0t from %m",$time);
$display(" \"Hold violation between pins framenn and clk\"");
end
end
if (INP.trdynn_last_event <= `time_unit && CNTRL.trdynn) begin
if (CNTRL.r_trdynn_clk && INP.clk_last_event < model_times.trh_trdynn_clk &&
(INP.clk_last_event > - model_times.trs_trdynn_clk ||
(INP.clk_last_event == 0 && model_times.trs_trdynn_clk == 0))) begin
$display("WARNING at time %0t from %m",$time);
$display(" \"Hold violation between pins trdynn and clk\"");
end
end
if (INP.irdynn_last_event <= `time_unit && CNTRL.irdynn) begin
if (CNTRL.r_irdynn_clk && INP.clk_last_event < model_times.trh_irdynn_clk &&
(INP.clk_last_event > - model_times.trs_irdynn_clk ||
(INP.clk_last_event == 0 && model_times.trs_irdynn_clk == 0))) begin
$display("WARNING at time %0t from %m",$time);
$display(" \"Hold violation between pins irdynn and clk\"");
end
end
if (INP.stopnn_last_event <= `time_unit && CNTRL.stopnn) begin
if (CNTRL.r_stopnn_clk && INP.clk_last_event < model_times.trh_stopnn_clk &&
(INP.clk_last_event > - model_times.trs_stopnn_clk ||
(INP.clk_last_event == 0 && model_times.trs_stopnn_clk == 0))) begin
$display("WARNING at time %0t from %m",$time);
$display(" \"Hold violation between pins stopnn and clk\"");
end
end
if (INP.devselnn_last_event <= `time_unit && CNTRL.devselnn) begin
if (CNTRL.r_devselnn_clk && INP.clk_last_event < model_times.trh_devselnn_clk &&
(INP.clk_last_event > - model_times.trs_devselnn_clk ||
(INP.clk_last_event == 0 && model_times.trs_devselnn_clk == 0))) begin
$display("WARNING at time %0t from %m",$time);
$display(" \"Hold violation between pins devselnn and clk\"");
end
end
if (INP.idsel_last_event <= `time_unit && CNTRL.idsel) begin
if (CNTRL.r_idsel_clk && INP.clk_last_event < model_times.trh_idsel_clk &&
(INP.clk_last_event > - model_times.trs_idsel_clk ||
(INP.clk_last_event == 0 && model_times.trs_idsel_clk == 0))) begin
$display("WARNING at time %0t from %m",$time);
$display(" \"Hold violation between pins idsel and clk\"");
end
end
if (INP.perrnn_last_event <= `time_unit && CNTRL.perrnn) begin
if (CNTRL.r_perrnn_clk && INP.clk_last_event < model_times.trh_perrnn_clk &&
(INP.clk_last_event > - model_times.trs_perrnn_clk ||
(INP.clk_last_event == 0 && model_times.trs_perrnn_clk == 0))) begin
$display("WARNING at time %0t from %m",$time);
$display(" \"Hold violation between pins perrnn and clk\"");
end
end
if (INP.serrnn_last_event <= `time_unit && CNTRL.serrnn) begin
if (CNTRL.r_serrnn_clk && INP.clk_last_event < model_times.trh_serrnn_clk &&
(INP.clk_last_event > - model_times.trs_serrnn_clk ||
(INP.clk_last_event == 0 && model_times.trs_serrnn_clk == 0))) begin
$display("WARNING at time %0t from %m",$time);
$display(" \"Hold violation between pins serrnn and clk\"");
end
end
if (INP.reqnn_last_event <= `time_unit && CNTRL.reqnn) begin
if (CNTRL.r_reqnn_clk && INP.clk_last_event < model_times.trh_reqnn_clk &&
(INP.clk_last_event > - model_times.trs_reqnn_clk ||
(INP.clk_last_event == 0 && model_times.trs_reqnn_clk == 0))) begin
$display("WARNING at time %0t from %m",$time);
$display(" \"Hold violation between pins reqnn and clk\"");
end
end
if (INP.locknn_last_event <= `time_unit && CNTRL.locknn) begin
if (CNTRL.r_locknn_clk && INP.clk_last_event < model_times.trh_locknn_clk &&
(INP.clk_last_event > - model_times.trs_locknn_clk ||
(INP.clk_last_event == 0 && model_times.trs_locknn_clk == 0))) begin
$display("WARNING at time %0t from %m",$time);
$display(" \"Hold violation between pins locknn and clk\"");
end
end
if (INP.par64_last_event <= `time_unit && CNTRL.par64) begin
if (CNTRL.r_par64_clk && INP.clk_last_event < model_times.trh_par64_clk &&
(INP.clk_last_event > - model_times.trs_par64_clk ||
(INP.clk_last_event == 0 && model_times.trs_par64_clk == 0))) begin
$display("WARNING at time %0t from %m",$time);
$display(" \"Hold violation between pins par64 and clk\"");
end
end
if (INP.req64nn_last_event <= `time_unit && CNTRL.req64nn) begin
if (CNTRL.r_req64nn_clk && INP.clk_last_event < model_times.trh_req64nn_clk &&
(INP.clk_last_event > - model_times.trs_req64nn_clk ||
(INP.clk_last_event == 0 && model_times.trs_req64nn_clk == 0))) begin
$display("WARNING at time %0t from %m",$time);
$display(" \"Hold violation between pins req64nn and clk\"");
end
end
if (INP.ack64nn_last_event <= `time_unit && CNTRL.ack64nn) begin
if (CNTRL.r_ack64nn_clk && INP.clk_last_event < model_times.trh_ack64nn_clk &&
(INP.clk_last_event > - model_times.trs_ack64nn_clk ||
(INP.clk_last_event == 0 && model_times.trs_ack64nn_clk == 0))) begin
$display("WARNING at time %0t from %m",$time);
$display(" \"Hold violation between pins ack64nn and clk\"");
end
end
if (INP.sbonn_last_event <= `time_unit && CNTRL.sbonn) begin
if (CNTRL.r_sbonn_clk && INP.clk_last_event < model_times.trh_sbonn_clk &&
(INP.clk_last_event > - model_times.trs_sbonn_clk ||
(INP.clk_last_event == 0 && model_times.trs_sbonn_clk == 0))) begin
$display("WARNING at time %0t from %m",$time);
$display(" \"Hold violation between pins sbonn and clk\"");
end
end
if (INP.sdone_last_event <= `time_unit && CNTRL.sdone) begin
if (CNTRL.r_sdone_clk && INP.clk_last_event < model_times.trh_sdone_clk &&
(INP.clk_last_event > - model_times.trs_sdone_clk ||
(INP.clk_last_event == 0 && model_times.trs_sdone_clk == 0))) begin
$display("WARNING at time %0t from %m",$time);
$display(" \"Hold violation between pins sdone and clk\"");
end
end
if (INP.intann_last_event <= `time_unit && CNTRL.intann) begin
if (CNTRL.r_intann_clk && INP.clk_last_event < model_times.trh_intann_clk &&
(INP.clk_last_event > - model_times.trs_intann_clk ||
(INP.clk_last_event == 0 && model_times.trs_intann_clk == 0))) begin
$display("WARNING at time %0t from %m",$time);
$display(" \"Hold violation between pins intann and clk\"");
end
end
if (INP.intbnn_last_event <= `time_unit && CNTRL.intbnn) begin
if (CNTRL.r_intbnn_clk && INP.clk_last_event < model_times.trh_intbnn_clk &&
(INP.clk_last_event > - model_times.trs_intbnn_clk ||
(INP.clk_last_event == 0 && model_times.trs_intbnn_clk == 0))) begin
$display("WARNING at time %0t from %m",$time);
$display(" \"Hold violation between pins intbnn and clk\"");
end
end
if (INP.intcnn_last_event <= `time_unit && CNTRL.intcnn) begin
if (CNTRL.r_intcnn_clk && INP.clk_last_event < model_times.trh_intcnn_clk &&
(INP.clk_last_event > - model_times.trs_intcnn_clk ||
(INP.clk_last_event == 0 && model_times.trs_intcnn_clk == 0))) begin
$display("WARNING at time %0t from %m",$time);
$display(" \"Hold violation between pins intcnn and clk\"");
end
end
if (INP.intdnn_last_event <= `time_unit && CNTRL.intdnn) begin
if (CNTRL.r_intdnn_clk && INP.clk_last_event < model_times.trh_intdnn_clk &&
(INP.clk_last_event > - model_times.trs_intdnn_clk ||
(INP.clk_last_event == 0 && model_times.trs_intdnn_clk == 0))) begin
$display("WARNING at time %0t from %m",$time);
$display(" \"Hold violation between pins intdnn and clk\"");
end
end
if (INP.ad_last_event <= `time_unit && CNTRL.ad_in) begin
if (CNTRL.r_ad_clk &&
INP.clk_last_event < model_times.trh_ad_clk &&
(INP.clk_last_event > - model_times.trs_ad_clk ||
(INP.clk_last_event == 0 && model_times.trs_ad_clk == 0))) begin
$display("WARNING at time %0t from %m",$time);
$display(" \"Hold violation between pins ad and clk\"");
end
end
if (INP.cxbenn_last_event <= `time_unit && CNTRL.cxbenn_in) begin
if (CNTRL.r_cxbenn_clk &&
INP.clk_last_event < model_times.trh_cxbenn_clk &&
(INP.clk_last_event > - model_times.trs_cxbenn_clk ||
(INP.clk_last_event == 0 && model_times.trs_cxbenn_clk == 0))) begin
$display("WARNING at time %0t from %m",$time);
$display(" \"Hold violation between pins cxbenn and clk\"");
end
end
if (INP.par_last_event <= `time_unit && CNTRL.par_in) begin
if (CNTRL.r_par_clk &&
INP.clk_last_event < model_times.trh_par_clk &&
(INP.clk_last_event > - model_times.trs_par_clk ||
(INP.clk_last_event == 0 && model_times.trs_par_clk == 0))) begin
$display("WARNING at time %0t from %m",$time);
$display(" \"Hold violation between pins par and clk\"");
end
end
if (INP.gntnn_last_event <= `time_unit && CNTRL.gntnn_in) begin
if (CNTRL.r_gntnn_clk &&
INP.clk_last_event < model_times.trh_gntnn_clk &&
(INP.clk_last_event > - model_times.trs_gntnn_clk ||
(INP.clk_last_event == 0 && model_times.trs_gntnn_clk == 0))) begin
$display("WARNING at time %0t from %m",$time);
$display(" \"Hold violation between pins gntnn and clk\"");
end
end
end
end
end // hold_check;
// ----- DATA IN PROCESSES -----
always begin: clk_data_in
if (model_flags.annotated !== `true) begin
INP.clk <= #( 0) lmcver.filter(clk);
end else begin
INP.clk <= #( model_times.twd_clk) lmcver.filter(clk);
end
@(clk);
end // clk_data_in
always begin: rstnn_data_in
if (model_flags.annotated !== `true) begin
INP.rstnn <= #( 0) lmcver.filter(rstnn);
end else begin
INP.rstnn <= #( model_times.twd_rstnn) lmcver.filter(rstnn);
end
@(rstnn);
end // rstnn_data_in
always begin: ad_data_in
if (model_flags.annotated !== `true) begin
INP.ad_0 <= #( 0) lmcver.filter(ad[0]);
INP.ad_1 <= #( 0) lmcver.filter(ad[1]);
INP.ad_2 <= #( 0) lmcver.filter(ad[2]);
INP.ad_3 <= #( 0) lmcver.filter(ad[3]);
INP.ad_4 <= #( 0) lmcver.filter(ad[4]);
INP.ad_5 <= #( 0) lmcver.filter(ad[5]);
INP.ad_6 <= #( 0) lmcver.filter(ad[6]);
INP.ad_7 <= #( 0) lmcver.filter(ad[7]);
INP.ad_8 <= #( 0) lmcver.filter(ad[8]);
INP.ad_9 <= #( 0) lmcver.filter(ad[9]);
INP.ad_10 <= #( 0) lmcver.filter(ad[10]);
INP.ad_11 <= #( 0) lmcver.filter(ad[11]);
INP.ad_12 <= #( 0) lmcver.filter(ad[12]);
INP.ad_13 <= #( 0) lmcver.filter(ad[13]);
INP.ad_14 <= #( 0) lmcver.filter(ad[14]);
INP.ad_15 <= #( 0) lmcver.filter(ad[15]);
INP.ad_16 <= #( 0) lmcver.filter(ad[16]);
INP.ad_17 <= #( 0) lmcver.filter(ad[17]);
INP.ad_18 <= #( 0) lmcver.filter(ad[18]);
INP.ad_19 <= #( 0) lmcver.filter(ad[19]);
INP.ad_20 <= #( 0) lmcver.filter(ad[20]);
INP.ad_21 <= #( 0) lmcver.filter(ad[21]);
INP.ad_22 <= #( 0) lmcver.filter(ad[22]);
INP.ad_23 <= #( 0) lmcver.filter(ad[23]);
INP.ad_24 <= #( 0) lmcver.filter(ad[24]);
INP.ad_25 <= #( 0) lmcver.filter(ad[25]);
INP.ad_26 <= #( 0) lmcver.filter(ad[26]);
INP.ad_27 <= #( 0) lmcver.filter(ad[27]);
INP.ad_28 <= #( 0) lmcver.filter(ad[28]);
INP.ad_29 <= #( 0) lmcver.filter(ad[29]);
INP.ad_30 <= #( 0) lmcver.filter(ad[30]);
INP.ad_31 <= #( 0) lmcver.filter(ad[31]);
INP.ad_32 <= #( 0) lmcver.filter(ad[32]);
INP.ad_33 <= #( 0) lmcver.filter(ad[33]);
INP.ad_34 <= #( 0) lmcver.filter(ad[34]);
INP.ad_35 <= #( 0) lmcver.filter(ad[35]);
INP.ad_36 <= #( 0) lmcver.filter(ad[36]);
INP.ad_37 <= #( 0) lmcver.filter(ad[37]);
INP.ad_38 <= #( 0) lmcver.filter(ad[38]);
INP.ad_39 <= #( 0) lmcver.filter(ad[39]);
INP.ad_40 <= #( 0) lmcver.filter(ad[40]);
INP.ad_41 <= #( 0) lmcver.filter(ad[41]);
INP.ad_42 <= #( 0) lmcver.filter(ad[42]);
INP.ad_43 <= #( 0) lmcver.filter(ad[43]);
INP.ad_44 <= #( 0) lmcver.filter(ad[44]);
INP.ad_45 <= #( 0) lmcver.filter(ad[45]);
INP.ad_46 <= #( 0) lmcver.filter(ad[46]);
INP.ad_47 <= #( 0) lmcver.filter(ad[47]);
INP.ad_48 <= #( 0) lmcver.filter(ad[48]);
INP.ad_49 <= #( 0) lmcver.filter(ad[49]);
INP.ad_50 <= #( 0) lmcver.filter(ad[50]);
INP.ad_51 <= #( 0) lmcver.filter(ad[51]);
INP.ad_52 <= #( 0) lmcver.filter(ad[52]);
INP.ad_53 <= #( 0) lmcver.filter(ad[53]);
INP.ad_54 <= #( 0) lmcver.filter(ad[54]);
INP.ad_55 <= #( 0) lmcver.filter(ad[55]);
INP.ad_56 <= #( 0) lmcver.filter(ad[56]);
INP.ad_57 <= #( 0) lmcver.filter(ad[57]);
INP.ad_58 <= #( 0) lmcver.filter(ad[58]);
INP.ad_59 <= #( 0) lmcver.filter(ad[59]);
INP.ad_60 <= #( 0) lmcver.filter(ad[60]);
INP.ad_61 <= #( 0) lmcver.filter(ad[61]);
INP.ad_62 <= #( 0) lmcver.filter(ad[62]);
INP.ad_63 <= #( 0) lmcver.filter(ad[63]);
end else begin
INP.ad_0 <= #( model_times.twd_ad[0]) lmcver.filter(ad[0]);
INP.ad_1 <= #( model_times.twd_ad[1]) lmcver.filter(ad[1]);
INP.ad_2 <= #( model_times.twd_ad[2]) lmcver.filter(ad[2]);
INP.ad_3 <= #( model_times.twd_ad[3]) lmcver.filter(ad[3]);
INP.ad_4 <= #( model_times.twd_ad[4]) lmcver.filter(ad[4]);
INP.ad_5 <= #( model_times.twd_ad[5]) lmcver.filter(ad[5]);
INP.ad_6 <= #( model_times.twd_ad[6]) lmcver.filter(ad[6]);
INP.ad_7 <= #( model_times.twd_ad[7]) lmcver.filter(ad[7]);
INP.ad_8 <= #( model_times.twd_ad[8]) lmcver.filter(ad[8]);
INP.ad_9 <= #( model_times.twd_ad[9]) lmcver.filter(ad[9]);
INP.ad_10 <= #( model_times.twd_ad[10]) lmcver.filter(ad[10]);
INP.ad_11 <= #( model_times.twd_ad[11]) lmcver.filter(ad[11]);
INP.ad_12 <= #( model_times.twd_ad[12]) lmcver.filter(ad[12]);
INP.ad_13 <= #( model_times.twd_ad[13]) lmcver.filter(ad[13]);
INP.ad_14 <= #( model_times.twd_ad[14]) lmcver.filter(ad[14]);
INP.ad_15 <= #( model_times.twd_ad[15]) lmcver.filter(ad[15]);
INP.ad_16 <= #( model_times.twd_ad[16]) lmcver.filter(ad[16]);
INP.ad_17 <= #( model_times.twd_ad[17]) lmcver.filter(ad[17]);
INP.ad_18 <= #( model_times.twd_ad[18]) lmcver.filter(ad[18]);
INP.ad_19 <= #( model_times.twd_ad[19]) lmcver.filter(ad[19]);
INP.ad_20 <= #( model_times.twd_ad[20]) lmcver.filter(ad[20]);
INP.ad_21 <= #( model_times.twd_ad[21]) lmcver.filter(ad[21]);
INP.ad_22 <= #( model_times.twd_ad[22]) lmcver.filter(ad[22]);
INP.ad_23 <= #( model_times.twd_ad[23]) lmcver.filter(ad[23]);
INP.ad_24 <= #( model_times.twd_ad[24]) lmcver.filter(ad[24]);
INP.ad_25 <= #( model_times.twd_ad[25]) lmcver.filter(ad[25]);
INP.ad_26 <= #( model_times.twd_ad[26]) lmcver.filter(ad[26]);
INP.ad_27 <= #( model_times.twd_ad[27]) lmcver.filter(ad[27]);
INP.ad_28 <= #( model_times.twd_ad[28]) lmcver.filter(ad[28]);
INP.ad_29 <= #( model_times.twd_ad[29]) lmcver.filter(ad[29]);
INP.ad_30 <= #( model_times.twd_ad[30]) lmcver.filter(ad[30]);
INP.ad_31 <= #( model_times.twd_ad[31]) lmcver.filter(ad[31]);
INP.ad_32 <= #( model_times.twd_ad[32]) lmcver.filter(ad[32]);
INP.ad_33 <= #( model_times.twd_ad[33]) lmcver.filter(ad[33]);
INP.ad_34 <= #( model_times.twd_ad[34]) lmcver.filter(ad[34]);
INP.ad_35 <= #( model_times.twd_ad[35]) lmcver.filter(ad[35]);
INP.ad_36 <= #( model_times.twd_ad[36]) lmcver.filter(ad[36]);
INP.ad_37 <= #( model_times.twd_ad[37]) lmcver.filter(ad[37]);
INP.ad_38 <= #( model_times.twd_ad[38]) lmcver.filter(ad[38]);
INP.ad_39 <= #( model_times.twd_ad[39]) lmcver.filter(ad[39]);
INP.ad_40 <= #( model_times.twd_ad[40]) lmcver.filter(ad[40]);
INP.ad_41 <= #( model_times.twd_ad[41]) lmcver.filter(ad[41]);
INP.ad_42 <= #( model_times.twd_ad[42]) lmcver.filter(ad[42]);
INP.ad_43 <= #( model_times.twd_ad[43]) lmcver.filter(ad[43]);
INP.ad_44 <= #( model_times.twd_ad[44]) lmcver.filter(ad[44]);
INP.ad_45 <= #( model_times.twd_ad[45]) lmcver.filter(ad[45]);
INP.ad_46 <= #( model_times.twd_ad[46]) lmcver.filter(ad[46]);
INP.ad_47 <= #( model_times.twd_ad[47]) lmcver.filter(ad[47]);
INP.ad_48 <= #( model_times.twd_ad[48]) lmcver.filter(ad[48]);
INP.ad_49 <= #( model_times.twd_ad[49]) lmcver.filter(ad[49]);
INP.ad_50 <= #( model_times.twd_ad[50]) lmcver.filter(ad[50]);
INP.ad_51 <= #( model_times.twd_ad[51]) lmcver.filter(ad[51]);
INP.ad_52 <= #( model_times.twd_ad[52]) lmcver.filter(ad[52]);
INP.ad_53 <= #( model_times.twd_ad[53]) lmcver.filter(ad[53]);
INP.ad_54 <= #( model_times.twd_ad[54]) lmcver.filter(ad[54]);
INP.ad_55 <= #( model_times.twd_ad[55]) lmcver.filter(ad[55]);
INP.ad_56 <= #( model_times.twd_ad[56]) lmcver.filter(ad[56]);
INP.ad_57 <= #( model_times.twd_ad[57]) lmcver.filter(ad[57]);
INP.ad_58 <= #( model_times.twd_ad[58]) lmcver.filter(ad[58]);
INP.ad_59 <= #( model_times.twd_ad[59]) lmcver.filter(ad[59]);
INP.ad_60 <= #( model_times.twd_ad[60]) lmcver.filter(ad[60]);
INP.ad_61 <= #( model_times.twd_ad[61]) lmcver.filter(ad[61]);
INP.ad_62 <= #( model_times.twd_ad[62]) lmcver.filter(ad[62]);
INP.ad_63 <= #( model_times.twd_ad[63]) lmcver.filter(ad[63]);
end
@(ad);
end // ad_data_in
always begin: cxbenn_data_in
if (model_flags.annotated !== `true) begin
INP.cxbenn_0 <= #( 0) lmcver.filter(cxbenn[0]);
INP.cxbenn_1 <= #( 0) lmcver.filter(cxbenn[1]);
INP.cxbenn_2 <= #( 0) lmcver.filter(cxbenn[2]);
INP.cxbenn_3 <= #( 0) lmcver.filter(cxbenn[3]);
INP.cxbenn_4 <= #( 0) lmcver.filter(cxbenn[4]);
INP.cxbenn_5 <= #( 0) lmcver.filter(cxbenn[5]);
INP.cxbenn_6 <= #( 0) lmcver.filter(cxbenn[6]);
INP.cxbenn_7 <= #( 0) lmcver.filter(cxbenn[7]);
end else begin
INP.cxbenn_0 <= #( model_times.twd_cxbenn[0]) lmcver.filter(cxbenn[0]);
INP.cxbenn_1 <= #( model_times.twd_cxbenn[1]) lmcver.filter(cxbenn[1]);
INP.cxbenn_2 <= #( model_times.twd_cxbenn[2]) lmcver.filter(cxbenn[2]);
INP.cxbenn_3 <= #( model_times.twd_cxbenn[3]) lmcver.filter(cxbenn[3]);
INP.cxbenn_4 <= #( model_times.twd_cxbenn[4]) lmcver.filter(cxbenn[4]);
INP.cxbenn_5 <= #( model_times.twd_cxbenn[5]) lmcver.filter(cxbenn[5]);
INP.cxbenn_6 <= #( model_times.twd_cxbenn[6]) lmcver.filter(cxbenn[6]);
INP.cxbenn_7 <= #( model_times.twd_cxbenn[7]) lmcver.filter(cxbenn[7]);
end
@(cxbenn);
end // cxbenn_data_in
always begin: par_data_in
if (model_flags.annotated !== `true) begin
INP.par <= #( 0) lmcver.filter(par);
end else begin
INP.par <= #( model_times.twd_par) lmcver.filter(par);
end
@(par);
end // par_data_in
always begin: framenn_data_in
if (model_flags.annotated !== `true) begin
INP.framenn <= #( 0) lmcver.filter(framenn);
end else begin
INP.framenn <= #( model_times.twd_framenn) lmcver.filter(framenn);
end
@(framenn);
end // framenn_data_in
always begin: trdynn_data_in
if (model_flags.annotated !== `true) begin
INP.trdynn <= #( 0) lmcver.filter(trdynn);
end else begin
INP.trdynn <= #( model_times.twd_trdynn) lmcver.filter(trdynn);
end
@(trdynn);
end // trdynn_data_in
always begin: irdynn_data_in
if (model_flags.annotated !== `true) begin
INP.irdynn <= #( 0) lmcver.filter(irdynn);
end else begin
INP.irdynn <= #( model_times.twd_irdynn) lmcver.filter(irdynn);
end
@(irdynn);
end // irdynn_data_in
always begin: stopnn_data_in
if (model_flags.annotated !== `true) begin
INP.stopnn <= #( 0) lmcver.filter(stopnn);
end else begin
INP.stopnn <= #( model_times.twd_stopnn) lmcver.filter(stopnn);
end
@(stopnn);
end // stopnn_data_in
always begin: devselnn_data_in
if (model_flags.annotated !== `true) begin
INP.devselnn <= #( 0) lmcver.filter(devselnn);
end else begin
INP.devselnn <= #( model_times.twd_devselnn) lmcver.filter(devselnn);
end
@(devselnn);
end // devselnn_data_in
always begin: idsel_data_in
if (model_flags.annotated !== `true) begin
INP.idsel_0 <= #( 0) lmcver.filter(idsel[0]);
INP.idsel_1 <= #( 0) lmcver.filter(idsel[1]);
INP.idsel_2 <= #( 0) lmcver.filter(idsel[2]);
INP.idsel_3 <= #( 0) lmcver.filter(idsel[3]);
INP.idsel_4 <= #( 0) lmcver.filter(idsel[4]);
INP.idsel_5 <= #( 0) lmcver.filter(idsel[5]);
INP.idsel_6 <= #( 0) lmcver.filter(idsel[6]);
INP.idsel_7 <= #( 0) lmcver.filter(idsel[7]);
end else begin
INP.idsel_0 <= #( model_times.twd_idsel[0]) lmcver.filter(idsel[0]);
INP.idsel_1 <= #( model_times.twd_idsel[1]) lmcver.filter(idsel[1]);
INP.idsel_2 <= #( model_times.twd_idsel[2]) lmcver.filter(idsel[2]);
INP.idsel_3 <= #( model_times.twd_idsel[3]) lmcver.filter(idsel[3]);
INP.idsel_4 <= #( model_times.twd_idsel[4]) lmcver.filter(idsel[4]);
INP.idsel_5 <= #( model_times.twd_idsel[5]) lmcver.filter(idsel[5]);
INP.idsel_6 <= #( model_times.twd_idsel[6]) lmcver.filter(idsel[6]);
INP.idsel_7 <= #( model_times.twd_idsel[7]) lmcver.filter(idsel[7]);
end
@(idsel);
end // idsel_data_in
always begin: perrnn_data_in
if (model_flags.annotated !== `true) begin
INP.perrnn <= #( 0) lmcver.filter(perrnn);
end else begin
INP.perrnn <= #( model_times.twd_perrnn) lmcver.filter(perrnn);
end
@(perrnn);
end // perrnn_data_in
always begin: serrnn_data_in
if (model_flags.annotated !== `true) begin
INP.serrnn <= #( 0) lmcver.filter(serrnn);
end else begin
INP.serrnn <= #( model_times.twd_serrnn) lmcver.filter(serrnn);
end
@(serrnn);
end // serrnn_data_in
always begin: reqnn_data_in
if (model_flags.annotated !== `true) begin
INP.reqnn_0 <= #( 0) lmcver.filter(reqnn[0]);
INP.reqnn_1 <= #( 0) lmcver.filter(reqnn[1]);
INP.reqnn_2 <= #( 0) lmcver.filter(reqnn[2]);
INP.reqnn_3 <= #( 0) lmcver.filter(reqnn[3]);
INP.reqnn_4 <= #( 0) lmcver.filter(reqnn[4]);
INP.reqnn_5 <= #( 0) lmcver.filter(reqnn[5]);
INP.reqnn_6 <= #( 0) lmcver.filter(reqnn[6]);
INP.reqnn_7 <= #( 0) lmcver.filter(reqnn[7]);
end else begin
INP.reqnn_0 <= #( model_times.twd_reqnn[0]) lmcver.filter(reqnn[0]);
INP.reqnn_1 <= #( model_times.twd_reqnn[1]) lmcver.filter(reqnn[1]);
INP.reqnn_2 <= #( model_times.twd_reqnn[2]) lmcver.filter(reqnn[2]);
INP.reqnn_3 <= #( model_times.twd_reqnn[3]) lmcver.filter(reqnn[3]);
INP.reqnn_4 <= #( model_times.twd_reqnn[4]) lmcver.filter(reqnn[4]);
INP.reqnn_5 <= #( model_times.twd_reqnn[5]) lmcver.filter(reqnn[5]);
INP.reqnn_6 <= #( model_times.twd_reqnn[6]) lmcver.filter(reqnn[6]);
INP.reqnn_7 <= #( model_times.twd_reqnn[7]) lmcver.filter(reqnn[7]);
end
@(reqnn);
end // reqnn_data_in
always begin: gntnn_data_in
if (model_flags.annotated !== `true) begin
INP.gntnn_0 <= #( 0) lmcver.filter(gntnn[0]);
INP.gntnn_1 <= #( 0) lmcver.filter(gntnn[1]);
INP.gntnn_2 <= #( 0) lmcver.filter(gntnn[2]);
INP.gntnn_3 <= #( 0) lmcver.filter(gntnn[3]);
INP.gntnn_4 <= #( 0) lmcver.filter(gntnn[4]);
INP.gntnn_5 <= #( 0) lmcver.filter(gntnn[5]);
INP.gntnn_6 <= #( 0) lmcver.filter(gntnn[6]);
INP.gntnn_7 <= #( 0) lmcver.filter(gntnn[7]);
end else begin
INP.gntnn_0 <= #( model_times.twd_gntnn[0]) lmcver.filter(gntnn[0]);
INP.gntnn_1 <= #( model_times.twd_gntnn[1]) lmcver.filter(gntnn[1]);
INP.gntnn_2 <= #( model_times.twd_gntnn[2]) lmcver.filter(gntnn[2]);
INP.gntnn_3 <= #( model_times.twd_gntnn[3]) lmcver.filter(gntnn[3]);
INP.gntnn_4 <= #( model_times.twd_gntnn[4]) lmcver.filter(gntnn[4]);
INP.gntnn_5 <= #( model_times.twd_gntnn[5]) lmcver.filter(gntnn[5]);
INP.gntnn_6 <= #( model_times.twd_gntnn[6]) lmcver.filter(gntnn[6]);
INP.gntnn_7 <= #( model_times.twd_gntnn[7]) lmcver.filter(gntnn[7]);
end
@(gntnn);
end // gntnn_data_in
always begin: locknn_data_in
if (model_flags.annotated !== `true) begin
INP.locknn <= #( 0) lmcver.filter(locknn);
end else begin
INP.locknn <= #( model_times.twd_locknn) lmcver.filter(locknn);
end
@(locknn);
end // locknn_data_in
always begin: par64_data_in
if (model_flags.annotated !== `true) begin
INP.par64 <= #( 0) lmcver.filter(par64);
end else begin
INP.par64 <= #( model_times.twd_par64) lmcver.filter(par64);
end
@(par64);
end // par64_data_in
always begin: req64nn_data_in
if (model_flags.annotated !== `true) begin
INP.req64nn <= #( 0) lmcver.filter(req64nn);
end else begin
INP.req64nn <= #( model_times.twd_req64nn) lmcver.filter(req64nn);
end
@(req64nn);
end // req64nn_data_in
always begin: ack64nn_data_in
if (model_flags.annotated !== `true) begin
INP.ack64nn <= #( 0) lmcver.filter(ack64nn);
end else begin
INP.ack64nn <= #( model_times.twd_ack64nn) lmcver.filter(ack64nn);
end
@(ack64nn);
end // ack64nn_data_in
always begin: sbonn_data_in
if (model_flags.annotated !== `true) begin
INP.sbonn <= #( 0) lmcver.filter(sbonn);
end else begin
INP.sbonn <= #( model_times.twd_sbonn) lmcver.filter(sbonn);
end
@(sbonn);
end // sbonn_data_in
always begin: sdone_data_in
if (model_flags.annotated !== `true) begin
INP.sdone <= #( 0) lmcver.filter(sdone);
end else begin
INP.sdone <= #( model_times.twd_sdone) lmcver.filter(sdone);
end
@(sdone);
end // sdone_data_in
always begin: intann_data_in
if (model_flags.annotated !== `true) begin
INP.intann <= #( 0) lmcver.filter(intann);
end else begin
INP.intann <= #( model_times.twd_intann) lmcver.filter(intann);
end
@(intann);
end // intann_data_in
always begin: intbnn_data_in
if (model_flags.annotated !== `true) begin
INP.intbnn <= #( 0) lmcver.filter(intbnn);
end else begin
INP.intbnn <= #( model_times.twd_intbnn) lmcver.filter(intbnn);
end
@(intbnn);
end // intbnn_data_in
always begin: intcnn_data_in
if (model_flags.annotated !== `true) begin
INP.intcnn <= #( 0) lmcver.filter(intcnn);
end else begin
INP.intcnn <= #( model_times.twd_intcnn) lmcver.filter(intcnn);
end
@(intcnn);
end // intcnn_data_in
always begin: intdnn_data_in
if (model_flags.annotated !== `true) begin
INP.intdnn <= #( 0) lmcver.filter(intdnn);
end else begin
INP.intdnn <= #( model_times.twd_intdnn) lmcver.filter(intdnn);
end
@(intdnn);
end // intdnn_data_in
//---------------------------------
//---------------------------------
//-- This block terminates the --
//-- code which will be replaced --
//-- by VGEN on future reruns --
//-- Enter USER code only after --
//-- this comment block --
//---------------------------------
//--**--**--**--**--**--**--**--**--
// User defined signals go --
// here. --
//-------------------------------
//-------------------------------
task ad_out;
input [63:0] output_vector;
input [127:0] delay_in;
input [31:0] skew_in;
integer delay[0:3];
integer delay_time, skew, i;
begin
delay[0] = delay_in[31:0];
delay[1] = delay_in[63:32];
delay[2] = delay_in[95:64];
delay[3] = delay_in[127:96];
skew = skew_in;
for (i=0; i<=63; i=i+1) begin
delay_time = delay[lmcver.map(output_vector[i])] + model_times.tld_ad[i] + skew;
if (delay_time < 0) begin delay_time = 0; end
case (i)
0: ad_reg_0 <= #( delay_time) output_vector[i];
1: ad_reg_1 <= #( delay_time) output_vector[i];
2: ad_reg_2 <= #( delay_time) output_vector[i];
3: ad_reg_3 <= #( delay_time) output_vector[i];
4: ad_reg_4 <= #( delay_time) output_vector[i];
5: ad_reg_5 <= #( delay_time) output_vector[i];
6: ad_reg_6 <= #( delay_time) output_vector[i];
7: ad_reg_7 <= #( delay_time) output_vector[i];
8: ad_reg_8 <= #( delay_time) output_vector[i];
9: ad_reg_9 <= #( delay_time) output_vector[i];
10: ad_reg_10 <= #( delay_time) output_vector[i];
11: ad_reg_11 <= #( delay_time) output_vector[i];
12: ad_reg_12 <= #( delay_time) output_vector[i];
13: ad_reg_13 <= #( delay_time) output_vector[i];
14: ad_reg_14 <= #( delay_time) output_vector[i];
15: ad_reg_15 <= #( delay_time) output_vector[i];
16: ad_reg_16 <= #( delay_time) output_vector[i];
17: ad_reg_17 <= #( delay_time) output_vector[i];
18: ad_reg_18 <= #( delay_time) output_vector[i];
19: ad_reg_19 <= #( delay_time) output_vector[i];
20: ad_reg_20 <= #( delay_time) output_vector[i];
21: ad_reg_21 <= #( delay_time) output_vector[i];
22: ad_reg_22 <= #( delay_time) output_vector[i];
23: ad_reg_23 <= #( delay_time) output_vector[i];
24: ad_reg_24 <= #( delay_time) output_vector[i];
25: ad_reg_25 <= #( delay_time) output_vector[i];
26: ad_reg_26 <= #( delay_time) output_vector[i];
27: ad_reg_27 <= #( delay_time) output_vector[i];
28: ad_reg_28 <= #( delay_time) output_vector[i];
29: ad_reg_29 <= #( delay_time) output_vector[i];
30: ad_reg_30 <= #( delay_time) output_vector[i];
31: ad_reg_31 <= #( delay_time) output_vector[i];
32: ad_reg_32 <= #( delay_time) output_vector[i];
33: ad_reg_33 <= #( delay_time) output_vector[i];
34: ad_reg_34 <= #( delay_time) output_vector[i];
35: ad_reg_35 <= #( delay_time) output_vector[i];
36: ad_reg_36 <= #( delay_time) output_vector[i];
37: ad_reg_37 <= #( delay_time) output_vector[i];
38: ad_reg_38 <= #( delay_time) output_vector[i];
39: ad_reg_39 <= #( delay_time) output_vector[i];
40: ad_reg_40 <= #( delay_time) output_vector[i];
41: ad_reg_41 <= #( delay_time) output_vector[i];
42: ad_reg_42 <= #( delay_time) output_vector[i];
43: ad_reg_43 <= #( delay_time) output_vector[i];
44: ad_reg_44 <= #( delay_time) output_vector[i];
45: ad_reg_45 <= #( delay_time) output_vector[i];
46: ad_reg_46 <= #( delay_time) output_vector[i];
47: ad_reg_47 <= #( delay_time) output_vector[i];
48: ad_reg_48 <= #( delay_time) output_vector[i];
49: ad_reg_49 <= #( delay_time) output_vector[i];
50: ad_reg_50 <= #( delay_time) output_vector[i];
51: ad_reg_51 <= #( delay_time) output_vector[i];
52: ad_reg_52 <= #( delay_time) output_vector[i];
53: ad_reg_53 <= #( delay_time) output_vector[i];
54: ad_reg_54 <= #( delay_time) output_vector[i];
55: ad_reg_55 <= #( delay_time) output_vector[i];
56: ad_reg_56 <= #( delay_time) output_vector[i];
57: ad_reg_57 <= #( delay_time) output_vector[i];
58: ad_reg_58 <= #( delay_time) output_vector[i];
59: ad_reg_59 <= #( delay_time) output_vector[i];
60: ad_reg_60 <= #( delay_time) output_vector[i];
61: ad_reg_61 <= #( delay_time) output_vector[i];
62: ad_reg_62 <= #( delay_time) output_vector[i];
63: ad_reg_63 <= #( delay_time) output_vector[i];
endcase
end
end
endtask // ad_out
task adl_out;
input [31:0] output_vector;
input [127:0] delay_in;
input [31:0] skew_in;
integer delay[0:3];
integer delay_time, skew, i;
begin
delay[0] = delay_in[31:0];
delay[1] = delay_in[63:32];
delay[2] = delay_in[95:64];
delay[3] = delay_in[127:96];
skew = skew_in;
for (i=0; i<=31; i=i+1) begin
delay_time = delay[lmcver.map(output_vector[i])] + model_times.tld_ad[i] + skew;
if (delay_time < 0) begin delay_time = 0; end
case (i)
0: ad_reg_0 <= #( delay_time) output_vector[i];
1: ad_reg_1 <= #( delay_time) output_vector[i];
2: ad_reg_2 <= #( delay_time) output_vector[i];
3: ad_reg_3 <= #( delay_time) output_vector[i];
4: ad_reg_4 <= #( delay_time) output_vector[i];
5: ad_reg_5 <= #( delay_time) output_vector[i];
6: ad_reg_6 <= #( delay_time) output_vector[i];
7: ad_reg_7 <= #( delay_time) output_vector[i];
8: ad_reg_8 <= #( delay_time) output_vector[i];
9: ad_reg_9 <= #( delay_time) output_vector[i];
10: ad_reg_10 <= #( delay_time) output_vector[i];
11: ad_reg_11 <= #( delay_time) output_vector[i];
12: ad_reg_12 <= #( delay_time) output_vector[i];
13: ad_reg_13 <= #( delay_time) output_vector[i];
14: ad_reg_14 <= #( delay_time) output_vector[i];
15: ad_reg_15 <= #( delay_time) output_vector[i];
16: ad_reg_16 <= #( delay_time) output_vector[i];
17: ad_reg_17 <= #( delay_time) output_vector[i];
18: ad_reg_18 <= #( delay_time) output_vector[i];
19: ad_reg_19 <= #( delay_time) output_vector[i];
20: ad_reg_20 <= #( delay_time) output_vector[i];
21: ad_reg_21 <= #( delay_time) output_vector[i];
22: ad_reg_22 <= #( delay_time) output_vector[i];
23: ad_reg_23 <= #( delay_time) output_vector[i];
24: ad_reg_24 <= #( delay_time) output_vector[i];
25: ad_reg_25 <= #( delay_time) output_vector[i];
26: ad_reg_26 <= #( delay_time) output_vector[i];
27: ad_reg_27 <= #( delay_time) output_vector[i];
28: ad_reg_28 <= #( delay_time) output_vector[i];
29: ad_reg_29 <= #( delay_time) output_vector[i];
30: ad_reg_30 <= #( delay_time) output_vector[i];
31: ad_reg_31 <= #( delay_time) output_vector[i];
endcase
end
end
endtask // adl_out
task adh_out;
input [63:32] output_vector;
input [127:0] delay_in;
input [31:0] skew_in;
integer delay[0:3];
integer delay_time, skew, i;
begin
delay[0] = delay_in[31:0];
delay[1] = delay_in[63:32];
delay[2] = delay_in[95:64];
delay[3] = delay_in[127:96];
skew = skew_in;
for (i=32; i<=63; i=i+1) begin
delay_time = delay[lmcver.map(output_vector[i])] + model_times.tld_ad[i] + skew;
if (delay_time < 0) begin delay_time = 0; end
case (i)
32: ad_reg_32 <= #( delay_time) output_vector[i];
33: ad_reg_33 <= #( delay_time) output_vector[i];
34: ad_reg_34 <= #( delay_time) output_vector[i];
35: ad_reg_35 <= #( delay_time) output_vector[i];
36: ad_reg_36 <= #( delay_time) output_vector[i];
37: ad_reg_37 <= #( delay_time) output_vector[i];
38: ad_reg_38 <= #( delay_time) output_vector[i];
39: ad_reg_39 <= #( delay_time) output_vector[i];
40: ad_reg_40 <= #( delay_time) output_vector[i];
41: ad_reg_41 <= #( delay_time) output_vector[i];
42: ad_reg_42 <= #( delay_time) output_vector[i];
43: ad_reg_43 <= #( delay_time) output_vector[i];
44: ad_reg_44 <= #( delay_time) output_vector[i];
45: ad_reg_45 <= #( delay_time) output_vector[i];
46: ad_reg_46 <= #( delay_time) output_vector[i];
47: ad_reg_47 <= #( delay_time) output_vector[i];
48: ad_reg_48 <= #( delay_time) output_vector[i];
49: ad_reg_49 <= #( delay_time) output_vector[i];
50: ad_reg_50 <= #( delay_time) output_vector[i];
51: ad_reg_51 <= #( delay_time) output_vector[i];
52: ad_reg_52 <= #( delay_time) output_vector[i];
53: ad_reg_53 <= #( delay_time) output_vector[i];
54: ad_reg_54 <= #( delay_time) output_vector[i];
55: ad_reg_55 <= #( delay_time) output_vector[i];
56: ad_reg_56 <= #( delay_time) output_vector[i];
57: ad_reg_57 <= #( delay_time) output_vector[i];
58: ad_reg_58 <= #( delay_time) output_vector[i];
59: ad_reg_59 <= #( delay_time) output_vector[i];
60: ad_reg_60 <= #( delay_time) output_vector[i];
61: ad_reg_61 <= #( delay_time) output_vector[i];
62: ad_reg_62 <= #( delay_time) output_vector[i];
63: ad_reg_63 <= #( delay_time) output_vector[i];
endcase
end
end
endtask // adh_out
task cxbenn_out;
input [7:0] output_vector;
input [127:0] delay_in;
input [31:0] skew_in;
integer delay[0:3];
integer delay_time, skew, i;
begin
delay[0] = delay_in[31:0];
delay[1] = delay_in[63:32];
delay[2] = delay_in[95:64];
delay[3] = delay_in[127:96];
skew = skew_in;
for (i=0; i<=7; i=i+1) begin
delay_time = delay[lmcver.map(output_vector[i])] + model_times.tld_cxbenn[i] + skew;
if (delay_time < 0) begin delay_time = 0; end
case (i)
0: cxbenn_reg_0 <= #( delay_time) output_vector[i];
1: cxbenn_reg_1 <= #( delay_time) output_vector[i];
2: cxbenn_reg_2 <= #( delay_time) output_vector[i];
3: cxbenn_reg_3 <= #( delay_time) output_vector[i];
4: cxbenn_reg_4 <= #( delay_time) output_vector[i];
5: cxbenn_reg_5 <= #( delay_time) output_vector[i];
6: cxbenn_reg_6 <= #( delay_time) output_vector[i];
7: cxbenn_reg_7 <= #( delay_time) output_vector[i];
endcase
end
end
endtask // cxbenn_out
task cxbennl_out;
input [3:0] output_vector;
input [127:0] delay_in;
input [31:0] skew_in;
integer delay[0:3];
integer delay_time, skew, i;
begin
delay[0] = delay_in[31:0];
delay[1] = delay_in[63:32];
delay[2] = delay_in[95:64];
delay[3] = delay_in[127:96];
skew = skew_in;
for (i=0; i<=3; i=i+1) begin
delay_time = delay[lmcver.map(output_vector[i])] + model_times.tld_cxbenn[i] + skew;
if (delay_time < 0) begin delay_time = 0; end
case (i)
0: cxbenn_reg_0 <= #( delay_time) output_vector[i];
1: cxbenn_reg_1 <= #( delay_time) output_vector[i];
2: cxbenn_reg_2 <= #( delay_time) output_vector[i];
3: cxbenn_reg_3 <= #( delay_time) output_vector[i];
endcase
end
end
| This page: |
Created: | Thu Aug 19 12:00:05 1999 |
| From: |
../../../sparc_v8/system/lmc/rtl/pcimonitor_fm.v
|