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This commit is contained in:
Zexin Fu
2023-11-26 15:36:27 +01:00
parent 6ba3d27334
commit 37b6c9a198
23 changed files with 1515 additions and 217 deletions
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3
tb/Makefile
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@@ -36,5 +36,8 @@ run:
run_regression:
time ./simv +vcs+loopreport +dumpon=0 +self_finish=0
wave:
Verdi-SX -ssf novas.fsdb
clean:
rm -rf simv* csrc Verdi* novas* ucli.key

2
tb/flist_mesh.f
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@@ -1,6 +1,6 @@
+incdir+$PROJ_ROOT/rtl/include
+incdir+$PROJ_ROOT/tb
// $PROJ_ROOT/$L1D_ROOT/include/rvh_uncore_param_pkg.sv
$PROJ_ROOT/rtl/include/rvh_noc_pkg.sv
$PROJ_ROOT/tb/v_noc_pkg.sv

48
tb/flist_mesh.syn.f
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@@ -1,12 +1,12 @@
+incdir+$PROJ_ROOT/rtl/include
+incdir+$PROJ_ROOT/tb
+incdir+$PROJ_ROOT/rtl/rvh_noc/rtl/include
+incdir+$PROJ_ROOT/rtl/rvh_noc/tb
$PROJ_ROOT/rtl/include/rvh_noc_pkg.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/include/rvh_noc_pkg.sv
$PROJ_ROOT/rtl/model/cells/std_dffe.sv
$PROJ_ROOT/rtl/model/cells/std_dffr.sv
$PROJ_ROOT/rtl/model/cells/std_dffre.sv
$PROJ_ROOT/rtl/model/cells/std_dffrve.sv
$PROJ_ROOT/$L1D_ROOT/models/cells/std_dffe.sv
$PROJ_ROOT/$L1D_ROOT/models/cells/std_dffr.sv
$PROJ_ROOT/$L1D_ROOT/models/cells/std_dffre.sv
$PROJ_ROOT/$L1D_ROOT/models/cells/std_dffrve.sv
$PROJ_ROOT/rtl/util/usage_manager.sv
$PROJ_ROOT/rtl/util/mp_fifo.sv
@@ -26,22 +26,22 @@ $PROJ_ROOT/rtl/util/commoncell/src/Basic/hw/MuxOH.v
$PROJ_ROOT/rtl/util/commoncell/src/Queue/hw/AgeMatrixSelector.v
// TODO: need to change to compiled dpsram
$PROJ_ROOT/rtl/rtl/model/simple_dual_one_clock.v
$PROJ_ROOT/rtl/rvh_noc/rtl/model/simple_dual_one_clock.v
$PROJ_ROOT/rtl/input_port.sv
$PROJ_ROOT/rtl/look_adead_routing.sv
$PROJ_ROOT/rtl/output_port_vc_selection.sv
$PROJ_ROOT/rtl/input_port_vc.sv
$PROJ_ROOT/rtl/output_port_vc_assignment.sv
$PROJ_ROOT/rtl/priority_req_select.sv
$PROJ_ROOT/rtl/sa_global.sv
$PROJ_ROOT/rtl/switch.sv
$PROJ_ROOT/rtl/input_port_flit_decoder.sv
$PROJ_ROOT/rtl/input_to_output.sv
$PROJ_ROOT/rtl/output_port_vc_credit_counter.sv
$PROJ_ROOT/rtl/sa_local.sv
$PROJ_ROOT/rtl/performance_monitor.sv
$PROJ_ROOT/rtl/vnet_router.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/input_port.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/look_adead_routing.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/output_port_vc_selection.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/input_port_vc.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/output_port_vc_assignment.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/priority_req_select.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/sa_global.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/switch.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/input_port_flit_decoder.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/input_to_output.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/output_port_vc_credit_counter.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/sa_local.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/performance_monitor.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/vnet_router.sv
$PROJ_ROOT/tb/top_mesh_syn.sv
// $PROJ_ROOT/tb/testbench.sv
$PROJ_ROOT/rtl/rvh_noc/tb/top_mesh_syn.sv
// $PROJ_ROOT/rtl/rvh_noc/tb/testbench.sv

33
tb/flist_mesh_3x3.f Normal file
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@@ -0,0 +1,33 @@
+incdir+$PROJ_ROOT/rtl/rvh_noc/rtl/include
+incdir+$PROJ_ROOT/rtl/rvh_noc/tb
// $PROJ_ROOT/rtl/rvh_noc/rtl/include/rvh_noc_pkg.sv
// $PROJ_ROOT/rtl/rvh_noc/tb/v_noc_pkg.sv
// TODO: need to change to compiled dpsram
$PROJ_ROOT/rtl/rvh_noc/rtl/model/simple_dual_one_clock.v
$PROJ_ROOT/rtl/rvh_noc/rtl/input_port.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/look_adead_routing.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/output_port_vc_selection.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/input_port_vc.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/output_port_vc_assignment.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/priority_req_select.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/sa_global.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/switch.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/input_port_flit_decoder.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/input_to_output.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/output_port_vc_credit_counter.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/sa_local.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/performance_monitor.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/vnet_router.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/local_port_look_adead_routing.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/local_port_couple_module.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/hn_router_sam.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/rn_router_sam.sv
$PROJ_ROOT/tb/ruby_testbench/rn_tile.sv
$PROJ_ROOT/tb/ruby_testbench/hn_tile.sv

62
tb/flist_single_router.f
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@@ -1,12 +1,12 @@
+incdir+$PROJ_ROOT/rtl/include
+incdir+$PROJ_ROOT/tb
+incdir+$PROJ_ROOT/rtl/rvh_noc/rtl/include
+incdir+$PROJ_ROOT/rtl/rvh_noc/tb
$PROJ_ROOT/rtl/include/rvh_noc_pkg.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/include/rvh_noc_pkg.sv
$PROJ_ROOT/rtl/model/cells/std_dffe.sv
$PROJ_ROOT/rtl/model/cells/std_dffr.sv
$PROJ_ROOT/rtl/model/cells/std_dffre.sv
$PROJ_ROOT/rtl/model/cells/std_dffrve.sv
$PROJ_ROOT/$L1D_ROOT/models/cells/std_dffe.sv
$PROJ_ROOT/$L1D_ROOT/models/cells/std_dffr.sv
$PROJ_ROOT/$L1D_ROOT/models/cells/std_dffre.sv
$PROJ_ROOT/$L1D_ROOT/models/cells/std_dffrve.sv
$PROJ_ROOT/rtl/util/usage_manager.sv
$PROJ_ROOT/rtl/util/mp_fifo.sv
@@ -26,34 +26,34 @@ $PROJ_ROOT/rtl/util/commoncell/src/Basic/hw/MuxOH.v
$PROJ_ROOT/rtl/util/commoncell/src/Queue/hw/AgeMatrixSelector.v
// TODO: need to change to compiled dpsram
$PROJ_ROOT/rtl/rtl/model/simple_dual_one_clock.v
$PROJ_ROOT/rtl/rvh_noc/rtl/model/simple_dual_one_clock.v
$PROJ_ROOT/rtl/input_port.sv
$PROJ_ROOT/rtl/look_adead_routing.sv
$PROJ_ROOT/rtl/output_port_vc_selection.sv
$PROJ_ROOT/rtl/input_port_vc.sv
$PROJ_ROOT/rtl/output_port_vc_assignment.sv
$PROJ_ROOT/rtl/priority_req_select.sv
$PROJ_ROOT/rtl/sa_global.sv
$PROJ_ROOT/rtl/switch.sv
$PROJ_ROOT/rtl/input_port_flit_decoder.sv
$PROJ_ROOT/rtl/input_to_output.sv
$PROJ_ROOT/rtl/output_port_vc_credit_counter.sv
$PROJ_ROOT/rtl/sa_local.sv
$PROJ_ROOT/rtl/performance_monitor.sv
$PROJ_ROOT/rtl/vnet_router.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/input_port.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/look_adead_routing.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/output_port_vc_selection.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/input_port_vc.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/output_port_vc_assignment.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/priority_req_select.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/sa_global.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/switch.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/input_port_flit_decoder.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/input_to_output.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/output_port_vc_credit_counter.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/sa_local.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/performance_monitor.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/vnet_router.sv
$PROJ_ROOT/tb/v_noc_pkg.sv
$PROJ_ROOT/rtl/rvh_noc/tb/v_noc_pkg.sv
$PROJ_ROOT/rtl/rvh_l1d/ruby/ut_lib.sv
$PROJ_ROOT/rtl/local_port_look_adead_routing.sv
$PROJ_ROOT/rtl/local_port_couple_module.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/local_port_look_adead_routing.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/local_port_couple_module.sv
$PROJ_ROOT/tb/v_receiver.sv
$PROJ_ROOT/tb/v_scoreboard.sv
$PROJ_ROOT/tb/v_sender.sv
$PROJ_ROOT/tb/v_test_generator.sv
$PROJ_ROOT/rtl/rvh_noc/tb/v_receiver.sv
$PROJ_ROOT/rtl/rvh_noc/tb/v_scoreboard.sv
$PROJ_ROOT/rtl/rvh_noc/tb/v_sender.sv
$PROJ_ROOT/rtl/rvh_noc/tb/v_test_generator.sv
$PROJ_ROOT/tb/tb_single_router.sv
// $PROJ_ROOT/tb/testbench.sv
$PROJ_ROOT/rtl/rvh_noc/tb/tb_single_router.sv
// $PROJ_ROOT/rtl/rvh_noc/tb/testbench.sv

48
tb/flist_single_router.syn.f
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@@ -1,12 +1,12 @@
+incdir+$PROJ_ROOT/rtl/include
+incdir+$PROJ_ROOT/tb
+incdir+$PROJ_ROOT/rtl/rvh_noc/rtl/include
+incdir+$PROJ_ROOT/rtl/rvh_noc/tb
$PROJ_ROOT/rtl/include/rvh_noc_pkg.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/include/rvh_noc_pkg.sv
$PROJ_ROOT/rtl/model/cells/std_dffe.sv
$PROJ_ROOT/rtl/model/cells/std_dffr.sv
$PROJ_ROOT/rtl/model/cells/std_dffre.sv
$PROJ_ROOT/rtl/model/cells/std_dffrve.sv
$PROJ_ROOT/$L1D_ROOT/models/cells/std_dffe.sv
$PROJ_ROOT/$L1D_ROOT/models/cells/std_dffr.sv
$PROJ_ROOT/$L1D_ROOT/models/cells/std_dffre.sv
$PROJ_ROOT/$L1D_ROOT/models/cells/std_dffrve.sv
$PROJ_ROOT/rtl/util/usage_manager.sv
$PROJ_ROOT/rtl/util/mp_fifo.sv
@@ -26,22 +26,22 @@ $PROJ_ROOT/rtl/util/commoncell/src/Basic/hw/MuxOH.v
$PROJ_ROOT/rtl/util/commoncell/src/Queue/hw/AgeMatrixSelector.v
// TODO: need to change to compiled dpsram
$PROJ_ROOT/rtl/rtl/model/simple_dual_one_clock.v
$PROJ_ROOT/rtl/rvh_noc/rtl/model/simple_dual_one_clock.v
$PROJ_ROOT/rtl/input_port.sv
$PROJ_ROOT/rtl/look_adead_routing.sv
$PROJ_ROOT/rtl/output_port_vc_selection.sv
$PROJ_ROOT/rtl/input_port_vc.sv
$PROJ_ROOT/rtl/output_port_vc_assignment.sv
$PROJ_ROOT/rtl/priority_req_select.sv
$PROJ_ROOT/rtl/sa_global.sv
$PROJ_ROOT/rtl/switch.sv
$PROJ_ROOT/rtl/input_port_flit_decoder.sv
$PROJ_ROOT/rtl/input_to_output.sv
$PROJ_ROOT/rtl/output_port_vc_credit_counter.sv
$PROJ_ROOT/rtl/sa_local.sv
$PROJ_ROOT/rtl/performance_monitor.sv
$PROJ_ROOT/rtl/vnet_router.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/input_port.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/look_adead_routing.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/output_port_vc_selection.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/input_port_vc.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/output_port_vc_assignment.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/priority_req_select.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/sa_global.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/switch.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/input_port_flit_decoder.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/input_to_output.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/output_port_vc_credit_counter.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/sa_local.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/performance_monitor.sv
$PROJ_ROOT/rtl/rvh_noc/rtl/vnet_router.sv
$PROJ_ROOT/tb/top_single_router_syn.sv
// $PROJ_ROOT/tb/testbench.sv
$PROJ_ROOT/rtl/rvh_noc/tb/top_single_router_syn.sv
// $PROJ_ROOT/rtl/rvh_noc/tb/testbench.sv

324
tb/noc_top.sv Normal file
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@@ -0,0 +1,324 @@
module noc_top
import rvh_noc_pkg::*;
#(
// mesh parameters
parameter NODE_NUM_X_DIMESION = 3,
parameter NODE_NUM_Y_DIMESION = 3,
// router parameters
parameter INPUT_PORT_NUM = INPUT_PORT_NUMBER,
parameter OUTPUT_PORT_NUM = OUTPUT_PORT_NUMBER,
parameter LOCAL_PORT_NUM = INPUT_PORT_NUM-4,
parameter type flit_payload_t = logic[FLIT_LENGTH-1:0],
parameter VC_NUM_INPUT_N = 1+LOCAL_PORT_NUM+QOS_VC_NUM_PER_INPUT,
parameter VC_NUM_INPUT_S = 1+LOCAL_PORT_NUM+QOS_VC_NUM_PER_INPUT,
parameter VC_NUM_INPUT_E = 3+LOCAL_PORT_NUM+QOS_VC_NUM_PER_INPUT,
parameter VC_NUM_INPUT_W = 3+LOCAL_PORT_NUM+QOS_VC_NUM_PER_INPUT,
`ifdef ALLOW_SAME_ROUTER_L2L_TRANSFER
parameter VC_NUM_INPUT_L = 4+LOCAL_PORT_NUM-1+QOS_VC_NUM_PER_INPUT,
`else
parameter VC_NUM_INPUT_L = 4+QOS_VC_NUM_PER_INPUT,
`endif
parameter SA_GLOBAL_INPUT_NUM_N = 3+LOCAL_PORT_NUM,
parameter SA_GLOBAL_INPUT_NUM_S = 3+LOCAL_PORT_NUM,
parameter SA_GLOBAL_INPUT_NUM_E = 1+LOCAL_PORT_NUM,
parameter SA_GLOBAL_INPUT_NUM_W = 1+LOCAL_PORT_NUM,
`ifdef ALLOW_SAME_ROUTER_L2L_TRANSFER
parameter SA_GLOBAL_INPUT_NUM_L = 4+LOCAL_PORT_NUM-1,
`else
parameter SA_GLOBAL_INPUT_NUM_L = 4,
`endif
parameter VC_NUM_OUTPUT_N = 1+LOCAL_PORT_NUM+QOS_VC_NUM_PER_INPUT,
parameter VC_NUM_OUTPUT_S = 1+LOCAL_PORT_NUM+QOS_VC_NUM_PER_INPUT,
parameter VC_NUM_OUTPUT_E = 3+LOCAL_PORT_NUM+QOS_VC_NUM_PER_INPUT,
parameter VC_NUM_OUTPUT_W = 3+LOCAL_PORT_NUM+QOS_VC_NUM_PER_INPUT,
parameter VC_NUM_OUTPUT_L = 1,
parameter VC_DEPTH_INPUT_N = VC_DEPTH_MAX,
parameter VC_DEPTH_INPUT_S = VC_DEPTH_MAX,
parameter VC_DEPTH_INPUT_E = VC_DEPTH_MAX,
parameter VC_DEPTH_INPUT_W = VC_DEPTH_MAX,
parameter VC_DEPTH_INPUT_L = VC_DEPTH_MAX
)
(
output logic [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-1:0][CHANNEL_NUM-1:0][LOCAL_PORT_NUM-1:0] tx_flit_pend_o,
output logic [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-1:0][CHANNEL_NUM-1:0][LOCAL_PORT_NUM-1:0] tx_flit_v_o,
output flit_payload_t [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-1:0][CHANNEL_NUM-1:0][LOCAL_PORT_NUM-1:0] tx_flit_o,
output logic [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-1:0][CHANNEL_NUM-1:0][LOCAL_PORT_NUM-1:0][VC_ID_NUM_MAX_W-1:0] tx_flit_vc_id_o,
output io_port_t [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-1:0][CHANNEL_NUM-1:0][LOCAL_PORT_NUM-1:0] tx_flit_look_ahead_routing_o,
input logic [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-1:0][CHANNEL_NUM-1:0][LOCAL_PORT_NUM-1:0] rx_flit_pend_i,
input logic [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-1:0][CHANNEL_NUM-1:0][LOCAL_PORT_NUM-1:0] rx_flit_v_i,
input flit_payload_t [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-1:0][CHANNEL_NUM-1:0][LOCAL_PORT_NUM-1:0] rx_flit_i,
input logic [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-1:0][CHANNEL_NUM-1:0][LOCAL_PORT_NUM-1:0][VC_ID_NUM_MAX_W-1:0] rx_flit_vc_id_i,
input io_port_t [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-1:0][CHANNEL_NUM-1:0][LOCAL_PORT_NUM-1:0] rx_flit_look_ahead_routing_i,
input logic [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-1:0][CHANNEL_NUM-1:0][LOCAL_PORT_NUM-1:0] tx_lcrd_v_i,
input logic [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-1:0][CHANNEL_NUM-1:0][LOCAL_PORT_NUM-1:0][VC_ID_NUM_MAX_W-1:0] tx_lcrd_id_i,
output logic [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-1:0][CHANNEL_NUM-1:0][LOCAL_PORT_NUM-1:0] rx_lcrd_v_o,
output logic [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-1:0][CHANNEL_NUM-1:0][LOCAL_PORT_NUM-1:0][VC_ID_NUM_MAX_W-1:0] rx_lcrd_id_o,
input logic clk,
input logic rst
);
genvar i, j, k;
// Ports
logic [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-1:0][CHANNEL_NUM-1:0][OUTPUT_PORT_NUM-1:0] tx_flit_pend;
logic [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-1:0][CHANNEL_NUM-1:0][OUTPUT_PORT_NUM-1:0] tx_flit_v;
flit_payload_t [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-1:0][CHANNEL_NUM-1:0][OUTPUT_PORT_NUM-1:0] tx_flit;
logic [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-1:0][CHANNEL_NUM-1:0][OUTPUT_PORT_NUM-1:0][VC_ID_NUM_MAX_W-1:0] tx_flit_vc_id;
io_port_t [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-1:0][CHANNEL_NUM-1:0][OUTPUT_PORT_NUM-1:0] tx_flit_look_ahead_routing;
logic [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-1:0][CHANNEL_NUM-1:0][OUTPUT_PORT_NUM-1:0] rx_flit_pend;
logic [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-1:0][CHANNEL_NUM-1:0][OUTPUT_PORT_NUM-1:0] rx_flit_v;
flit_payload_t [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-1:0][CHANNEL_NUM-1:0][OUTPUT_PORT_NUM-1:0] rx_flit;
logic [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-1:0][CHANNEL_NUM-1:0][OUTPUT_PORT_NUM-1:0][VC_ID_NUM_MAX_W-1:0] rx_flit_vc_id;
io_port_t [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-1:0][CHANNEL_NUM-1:0][OUTPUT_PORT_NUM-1:0] rx_flit_look_ahead_routing;
logic [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-1:0][CHANNEL_NUM-1:0][INPUT_PORT_NUM-1:0] tx_lcrd_v;
logic [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-1:0][CHANNEL_NUM-1:0][INPUT_PORT_NUM-1:0][VC_ID_NUM_MAX_W-1:0] tx_lcrd_id;
logic [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-1:0][CHANNEL_NUM-1:0][INPUT_PORT_NUM-1:0] rx_lcrd_v;
logic [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-1:0][CHANNEL_NUM-1:0][INPUT_PORT_NUM-1:0][VC_ID_NUM_MAX_W-1:0] rx_lcrd_id;
logic [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-1:0][CHANNEL_NUM-1:0][NodeID_X_Width-1:0] node_id_x;
logic [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-1:0][CHANNEL_NUM-1:0][NodeID_Y_Width-1:0] node_id_y;
// generate mesh routers
generate
for(i = 0; i < NODE_NUM_X_DIMESION; i++) begin: gen_mesh_routers_x_dimesion
for(j = 0; j < NODE_NUM_Y_DIMESION; j++) begin: gen_mesh_routers_y_dimesion
for(z = 0; z < CHANNEL_NUM; z++) begin: gen_channel
vnet_router
#(
.INPUT_PORT_NUM(INPUT_PORT_NUM ),
.OUTPUT_PORT_NUM(OUTPUT_PORT_NUM ),
.flit_payload_t(flit_payload_t),
.QOS_VC_NUM_PER_INPUT(QOS_VC_NUM_PER_INPUT),
.VC_NUM_INPUT_N(VC_NUM_INPUT_N ),
.VC_NUM_INPUT_S(VC_NUM_INPUT_S ),
.VC_NUM_INPUT_E(VC_NUM_INPUT_E ),
.VC_NUM_INPUT_W(VC_NUM_INPUT_W ),
.VC_NUM_INPUT_L(VC_NUM_INPUT_L ),
.SA_GLOBAL_INPUT_NUM_N(SA_GLOBAL_INPUT_NUM_N ),
.SA_GLOBAL_INPUT_NUM_S(SA_GLOBAL_INPUT_NUM_S ),
.SA_GLOBAL_INPUT_NUM_E(SA_GLOBAL_INPUT_NUM_E ),
.SA_GLOBAL_INPUT_NUM_W(SA_GLOBAL_INPUT_NUM_W ),
.SA_GLOBAL_INPUT_NUM_L(SA_GLOBAL_INPUT_NUM_L ),
.VC_NUM_OUTPUT_N(VC_NUM_OUTPUT_N ),
.VC_NUM_OUTPUT_S(VC_NUM_OUTPUT_S ),
.VC_NUM_OUTPUT_E(VC_NUM_OUTPUT_E ),
.VC_NUM_OUTPUT_W(VC_NUM_OUTPUT_W ),
.VC_NUM_OUTPUT_L(VC_NUM_OUTPUT_L ),
.VC_DEPTH_INPUT_N(VC_DEPTH_INPUT_N ),
.VC_DEPTH_INPUT_S(VC_DEPTH_INPUT_S ),
.VC_DEPTH_INPUT_E(VC_DEPTH_INPUT_E ),
.VC_DEPTH_INPUT_W(VC_DEPTH_INPUT_W ),
.VC_DEPTH_INPUT_L(VC_DEPTH_INPUT_L )
)
vnet_router_dut (
.rx_flit_pend_i (rx_flit_pend [i][j][z] ),
.rx_flit_v_i (rx_flit_v [i][j][z] ),
.rx_flit_i (rx_flit [i][j][z] ),
.rx_flit_vc_id_i (rx_flit_vc_id [i][j][z] ),
.rx_flit_look_ahead_routing_i (rx_flit_look_ahead_routing [i][j][z] ),
.tx_flit_pend_o (tx_flit_pend [i][j][z] ),
.tx_flit_v_o (tx_flit_v [i][j][z] ),
.tx_flit_o (tx_flit [i][j][z] ),
.tx_flit_vc_id_o (tx_flit_vc_id [i][j][z] ),
.tx_flit_look_ahead_routing_o (tx_flit_look_ahead_routing [i][j][z] ),
.rx_lcrd_v_o (rx_lcrd_v [i][j][z] ),
.rx_lcrd_id_o (rx_lcrd_id [i][j][z] ),
.tx_lcrd_v_i (tx_lcrd_v [i][j][z] ),
.tx_lcrd_id_i (tx_lcrd_id [i][j][z] ),
.node_id_x_ths_hop_i (node_id_x [i][j][z] ),
.node_id_y_ths_hop_i (node_id_y [i][j][z] ),
.clk (clk ),
.rstn (rst)
);
end
end
end
endgenerate
// assign node id to each router
generate
for(i = 0; i < NODE_NUM_X_DIMESION; i++) begin: gen_node_id_x_x_dimesion
for(j = 0; j < NODE_NUM_Y_DIMESION; j++) begin: gen_node_id_x_y_dimesion
for(z = 0; z < CHANNEL_NUM; z++) begin: gen_channel
assign node_id_x [i][j][z] = i;
end
end
end
for(i = 0; i < NODE_NUM_Y_DIMESION; i++) begin: gen_node_id_y_y_dimesion
for(j = 0; j < NODE_NUM_X_DIMESION; j++) begin: gen_node_id_y_x_dimesion
for(z = 0; z < CHANNEL_NUM; z++) begin: gen_channel
assign node_id_y [j][i][z] = i;
end
end
end
endgenerate
// connect each router together
generate
for(i = 0; i < NODE_NUM_X_DIMESION; i++) begin: gen_connect_routers_ns_x_dimesion
for(j = 0; j < NODE_NUM_Y_DIMESION-1; j++) begin: gen_connect_routers_ns_y_dimesion
for(z = 0; z < CHANNEL_NUM; z++) begin: gen_channel
// connect N inport to S outport
assign rx_flit_pend [i][j][z][0] = tx_flit_pend [i][j+1][z][1];
assign rx_flit_v [i][j][z][0] = tx_flit_v [i][j+1][z][1];
assign rx_flit [i][j][z][0] = tx_flit [i][j+1][z][1];
assign rx_flit_vc_id [i][j][z][0] = tx_flit_vc_id [i][j+1][z][1];
assign rx_flit_look_ahead_routing [i][j][z][0] = tx_flit_look_ahead_routing [i][j+1][z][1];
assign tx_lcrd_v [i][j][z][0] = rx_lcrd_v [i][j+1][z][1];
assign tx_lcrd_id [i][j][z][0] = rx_lcrd_id [i][j+1][z][1];
// connect S inport to N outport
assign rx_flit_pend [i][j+1][z][1] = tx_flit_pend [i][j][z][0];
assign rx_flit_v [i][j+1][z][1] = tx_flit_v [i][j][z][0];
assign rx_flit [i][j+1][z][1] = tx_flit [i][j][z][0];
assign rx_flit_vc_id [i][j+1][z][1] = tx_flit_vc_id [i][j][z][0];
assign rx_flit_look_ahead_routing [i][j+1][z][1] = tx_flit_look_ahead_routing [i][j][z][0];
assign tx_lcrd_v [i][j+1][z][1] = rx_lcrd_v [i][j][z][0];
assign tx_lcrd_id [i][j+1][z][1] = rx_lcrd_id [i][j][z][0];
end
end
end
endgenerate
generate
for(i = 0; i < NODE_NUM_Y_DIMESION; i++) begin: gen_connect_routers_ew_x_dimesion
for(j = 0; j < NODE_NUM_X_DIMESION-1; j++) begin: gen_connect_routers_ew_y_dimesion
for(z = 0; z < CHANNEL_NUM; z++) begin: gen_channel
// connect E inport to W outport
assign rx_flit_pend [j][i][z][2] = tx_flit_pend [j+1][i][z][3];
assign rx_flit_v [j][i][z][2] = tx_flit_v [j+1][i][z][3];
assign rx_flit [j][i][z][2] = tx_flit [j+1][i][z][3];
assign rx_flit_vc_id [j][i][z][2] = tx_flit_vc_id [j+1][i][z][3];
assign rx_flit_look_ahead_routing [j][i][z][2] = tx_flit_look_ahead_routing [j+1][i][z][3];
assign tx_lcrd_v [j][i][z][2] = rx_lcrd_v [j+1][i][z][3];
assign tx_lcrd_id [j][i][z][2] = rx_lcrd_id [j+1][i][z][3];
// connect W inport to E outport
assign rx_flit_pend [j+1][i][z][3] = tx_flit_pend [j][i][z][2];
assign rx_flit_v [j+1][i][z][3] = tx_flit_v [j][i][z][2];
assign rx_flit [j+1][i][z][3] = tx_flit [j][i][z][2];
assign rx_flit_vc_id [j+1][i][z][3] = tx_flit_vc_id [j][i][z][2];
assign rx_flit_look_ahead_routing [j+1][i][z][3] = tx_flit_look_ahead_routing [j][i][z][2];
assign tx_lcrd_v [j+1][i][z][3] = rx_lcrd_v [j][i][z][2];
assign tx_lcrd_id [j+1][i][z][3] = rx_lcrd_id [j][i][z][2];
end
end
end
endgenerate
// other unused non-local ports, assign router rx to 0
generate
for(i = 0; i < NODE_NUM_X_DIMESION; i++) begin: gen_unused_non_local_ports_x_dimesion
for(z = 0; z < CHANNEL_NUM; z++) begin: gen_channel
assign rx_flit_pend [i][NODE_NUM_Y_DIMESION-1][z][0] = '0;
assign rx_flit_v [i][NODE_NUM_Y_DIMESION-1][z][0] = '0;
assign rx_flit [i][NODE_NUM_Y_DIMESION-1][z][0] = '0;
assign rx_flit_vc_id [i][NODE_NUM_Y_DIMESION-1][z][0] = '0;
assign rx_flit_look_ahead_routing [i][NODE_NUM_Y_DIMESION-1][z][0] = '0;
assign tx_lcrd_v [i][NODE_NUM_Y_DIMESION-1][z][0] = '0;
assign tx_lcrd_id [i][NODE_NUM_Y_DIMESION-1][z][0] = '0;
assign rx_flit_pend [i][0][z][1] = '0;
assign rx_flit_v [i][0][z][1] = '0;
assign rx_flit [i][0][z][1] = '0;
assign rx_flit_vc_id [i][0][z][1] = '0;
assign rx_flit_look_ahead_routing [i][0][z][1] = '0;
assign tx_lcrd_v [i][0][z][1] = '0;
assign tx_lcrd_id [i][0][z][1] = '0;
end
end
for(i = 0; i < NODE_NUM_Y_DIMESION; i++) begin: gen_unused_non_local_ports_y_dimesion
for(z = 0; z < CHANNEL_NUM; z++) begin: gen_channel
// connect E inport to W outport
assign rx_flit_pend [NODE_NUM_X_DIMESION-1][i][z][2] = '0;
assign rx_flit_v [NODE_NUM_X_DIMESION-1][i][z][2] = '0;
assign rx_flit [NODE_NUM_X_DIMESION-1][i][z][2] = '0;
assign rx_flit_vc_id [NODE_NUM_X_DIMESION-1][i][z][2] = '0;
assign rx_flit_look_ahead_routing [NODE_NUM_X_DIMESION-1][i][z][2] = '0;
assign tx_lcrd_v [NODE_NUM_X_DIMESION-1][i][z][2] = '0;
assign tx_lcrd_id [NODE_NUM_X_DIMESION-1][i][z][2] = '0;
// connect W inport to E outport
assign rx_flit_pend [0][i][z][3] = '0;
assign rx_flit_v [0][i][z][3] = '0;
assign rx_flit [0][i][z][3] = '0;
assign rx_flit_vc_id [0][i][z][3] = '0;
assign rx_flit_look_ahead_routing [0][i][z][3] = '0;
assign tx_lcrd_v [0][i][z][3] = '0;
assign tx_lcrd_id [0][i][z][3] = '0;
end
end
endgenerate
generate
for(i = 0; i < NODE_NUM_X_DIMESION; i++) begin: gen_v_sender_x_dimesion
for(j = 0; j < NODE_NUM_Y_DIMESION; j++) begin: gen_v_sender_y_dimesion
for(k = 0; k < LOCAL_PORT_NUM; k++) begin: gen_v_sender_device_port
for(z = 0; z < CHANNEL_NUM; z++) begin: gen_channel
assign rx_flit_pend [i][j][z][4+k] = rx_flit_pend_i [i][j][z][k];
assign rx_flit_v [i][j][z][4+k] = rx_flit_v_i [i][j][z][k];
assign rx_flit [i][j][z][4+k] = rx_flit_i [i][j][z][k];
assign rx_flit_vc_id [i][j][z][4+k] = rx_flit_vc_id_i [i][j][z][k];
assign rx_flit_look_ahead_routing [i][j][z][4+k] = rx_flit_look_ahead_routing_i [i][j][z][k];
assign rx_lcrd_v_o [i][j][z][k] = rx_lcrd_v [i][j][z][4+k];
assign rx_lcrd_id_o [i][j][z][k] = rx_lcrd_id [i][j][z][4+k];
end
end
end
end
endgenerate
generate
for(i = 0; i < NODE_NUM_X_DIMESION; i++) begin: gen_v_receiver_x_dimesion
for(j = 0; j < NODE_NUM_Y_DIMESION; j++) begin: gen_v_receiver_y_dimesion
for(k = 0; k < LOCAL_PORT_NUM; k++) begin: gen_v_sender_device_port
for(z = 0; z < CHANNEL_NUM; z++) begin: gen_channel
assign tx_flit_pend_o [i][j][z][k] = tx_flit_pend [i][j][z][4+k];
assign tx_flit_v_o [i][j][z][k] = tx_flit_v [i][j][z][4+k];
assign tx_flit_o [i][j][z][k] = tx_flit [i][j][z][4+k];
assign tx_flit_vc_id_o [i][j][z][k] = tx_flit_vc_id [i][j][z][4+k];
assign tx_flit_look_ahead_routing_o [i][j][z][k] = tx_flit_look_ahead_routing [i][j][z][4+k];
assign tx_lcrd_v [i][j][z][4+k] = tx_lcrd_v_i [i][j][z][k];
assign tx_lcrd_id [i][j][z][4+k] = tx_lcrd_id_i [i][j][z][k];
end
end
end
end
endgenerate
endmodule

244
tb/tb_mesh.sv
View File

@@ -1,6 +1,9 @@
module tb_mesh
import rvh_noc_pkg::*;
import v_noc_pkg::*;
`ifdef EBI
import test_ebi_pkg::*;
`endif
#(
// mesh parameters
parameter NODE_NUM_X_DIMESION = 3,
@@ -10,7 +13,7 @@ import v_noc_pkg::*;
parameter INPUT_PORT_NUM = INPUT_PORT_NUMBER,
parameter OUTPUT_PORT_NUM = OUTPUT_PORT_NUMBER,
parameter LOCAL_PORT_NUM = INPUT_PORT_NUM-4,
parameter type flit_payload_t = logic[FLIT_LENGTH-1:0],
parameter type flit_payload_t = cache_scu_cc_test_t,
// parameter QOS_VC_NUM_PER_INPUT = QOS_VC_NUM_PER_INPUT,
@@ -56,9 +59,17 @@ import v_noc_pkg::*;
// test_generator parameters
parameter TEST_CASE_MESH_RANDOM = 1, // random sender and receiver
parameter TEST_CASE_MESH_DIAGONAL = !TEST_CASE_MESH_RANDOM, // from (0,0) to (NODE_NUM_X_DIMESION-1, NODE_NUM_Y_DIMESION-1)
parameter TEST_CASE_MESH_RANDOM = 1, // random sender and receiver
parameter TEST_CASE_MESH_DIAGONAL = 0, // from (0,0) to (NODE_NUM_X_DIMESION-1, NODE_NUM_Y_DIMESION-1)
parameter TEST_CASE_MESH_BIT_COMPLEMENT = 0,
parameter TEST_CASE_MESH_BIT_REVERSE = 0,
parameter TEST_CASE_MESH_BIT_ROTATION = 0,
parameter TEST_CASE_MESH_NEIGHBOR = 0,
parameter TEST_CASE_MESH_SHUFFLE = 0,
parameter TEST_CASE_MESH_TRANSPOSE = 0,
parameter TEST_CASE_MESH_TORNADO = 0,
parameter RANDOM_BIT_NUM = 168, // 32,64,80,128,168
parameter SCOREBOARD_TIMEOUT_EN = !TEST_CASE_MESH_DIAGONAL,
@@ -116,6 +127,17 @@ import v_noc_pkg::*;
logic clk;
logic rstn;
`ifdef EBI
logic bus_clk;
logic [NODE_NUM_X_DIMESION-2:0][NODE_NUM_Y_DIMESION-1:0][OFF_DIE_WD-1:0] x_inc_bus;
logic [NODE_NUM_X_DIMESION-2:0][NODE_NUM_Y_DIMESION-1:0][OFF_DIE_WD-1:0] x_dec_bus;
logic [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-2:0][OFF_DIE_WD-1:0] y_inc_bus;
logic [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-2:0][OFF_DIE_WD-1:0] y_dec_bus;
logic [NODE_NUM_X_DIMESION-2:0][NODE_NUM_Y_DIMESION-1:0] x_inc_credit;
logic [NODE_NUM_X_DIMESION-2:0][NODE_NUM_Y_DIMESION-1:0] x_dec_credit;
logic [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-2:0] y_inc_credit;
logic [NODE_NUM_X_DIMESION-1:0][NODE_NUM_Y_DIMESION-2:0] y_dec_credit;
`endif
// generate mesh routers
@@ -191,7 +213,7 @@ import v_noc_pkg::*;
end
end
endgenerate
`ifndef EBI
// connect each router together
generate
for(i = 0; i < NODE_NUM_X_DIMESION; i++) begin: gen_connect_routers_ns_x_dimesion
@@ -245,6 +267,203 @@ import v_noc_pkg::*;
end
endgenerate
`else
genvar z;
generate
for(i = 0; i < NODE_NUM_X_DIMESION-1; i++) begin: gen_x_dimension_router
for(j = 0; j < NODE_NUM_Y_DIMESION; j++) begin
test_ebi ebi_X_u1(
.m1_clk(clk),
.bus_clk(bus_clk),
.rst(~rstn),
// control signals
.tx_flit_pend_i(tx_flit_pend[i][j][2]),
.tx_flit_v_i(tx_flit_v[i][j][2]),
.tx_flit_vc_id_i(tx_flit_vc_id[i][j][2]),
.tx_flit_look_ahead_routing_i(tx_flit_look_ahead_routing[i][j][2]),
.rx_flit_pend_o(rx_flit_pend[i][j][2]),
.rx_flit_v_o(rx_flit_v[i][j][2]),
.rx_flit_vc_id_o(rx_flit_vc_id[i][j][2]),
.rx_flit_look_ahead_routing_o(rx_flit_look_ahead_routing[i][j][2]),
.tx_lcrd_v_o(tx_lcrd_v[i][j][2]),
.tx_lcrd_id_o(tx_lcrd_id[i][j][2]),
.rx_lcrd_v_i(rx_lcrd_v[i][j][2]),
.rx_lcrd_id_i(rx_lcrd_id[i][j][2]),
.tx_flit_channel_0_i(tx_flit[i][j][2]), // req
.rx_flit_channel_0_o(rx_flit[i][j][2]), // req
//external interface
.m1_m2_bus_o(x_inc_bus[i][j]),
.m2_m1_credit_i(x_inc_credit[i][j]),
.m2_m1_bus_i(x_dec_bus[i][j]),
.m1_m2_credit_o(x_dec_credit[i][j])
);
test_ebi ebi_X_u2(
.m1_clk(clk),
.bus_clk(bus_clk),
.rst(~rstn),
// control signals
.tx_flit_pend_i(tx_flit_pend[i+1][j][3]),
.tx_flit_v_i(tx_flit_v[i+1][j][3]),
.tx_flit_vc_id_i(tx_flit_vc_id[i+1][j][3]),
.tx_flit_look_ahead_routing_i(tx_flit_look_ahead_routing[i+1][j][3]),
.rx_flit_pend_o(rx_flit_pend[i+1][j][3]),
.rx_flit_v_o(rx_flit_v[i+1][j][3]),
.rx_flit_vc_id_o(rx_flit_vc_id[i+1][j][3]),
.rx_flit_look_ahead_routing_o(rx_flit_look_ahead_routing[i+1][j][3]),
.tx_lcrd_v_o(tx_lcrd_v[i+1][j][3]),
.tx_lcrd_id_o(tx_lcrd_id[i+1][j][3]),
.rx_lcrd_v_i(rx_lcrd_v[i+1][j][3]),
.rx_lcrd_id_i(rx_lcrd_id[i+1][j][3]),
.tx_flit_channel_0_i(tx_flit[i+1][j][3]), // req
.rx_flit_channel_0_o(rx_flit[i+1][j][3]), // req
//external interface
.m1_m2_bus_o(x_dec_bus[i][j]),
.m2_m1_credit_i(x_dec_credit[i][j]),
.m2_m1_bus_i(x_inc_bus[i][j]),
.m1_m2_credit_o(x_inc_credit[i][j])
);
end
end
endgenerate
generate
for(i = 0; i < NODE_NUM_X_DIMESION; i++) begin: gen_y_dimension_router
for(j = 0; j < NODE_NUM_Y_DIMESION-1; j++) begin
test_ebi ebi_Y_u1(
.m1_clk(clk),
.bus_clk(bus_clk),
.rst(~rstn),
// control signals
.tx_flit_pend_i(tx_flit_pend[i][j][0]),
.tx_flit_v_i(tx_flit_v[i][j][0]),
.tx_flit_vc_id_i(tx_flit_vc_id[i][j][0]),
.tx_flit_look_ahead_routing_i(tx_flit_look_ahead_routing[i][j][0]),
.rx_flit_pend_o(rx_flit_pend[i][j][0]),
.rx_flit_v_o(rx_flit_v[i][j][0]),
.rx_flit_vc_id_o(rx_flit_vc_id[i][j][0]),
.rx_flit_look_ahead_routing_o(rx_flit_look_ahead_routing[i][j][0]),
.tx_lcrd_v_o(tx_lcrd_v[i][j][0]),
.tx_lcrd_id_o(tx_lcrd_id[i][j][0]),
.rx_lcrd_v_i(rx_lcrd_v[i][j][0]),
.rx_lcrd_id_i(rx_lcrd_id[i][j][0]),
.tx_flit_channel_0_i(tx_flit[i][j][0]), // req
.rx_flit_channel_0_o(rx_flit[i][j][0]),
//external interface
.m1_m2_bus_o(y_inc_bus[i][j]),
.m2_m1_credit_i(y_inc_credit[i][j]),
.m2_m1_bus_i(y_dec_bus[i][j]),
.m1_m2_credit_o(y_dec_credit[i][j])
);
test_ebi ebi_Y_u2(
.m1_clk(clk),
.bus_clk(bus_clk),
.rst(~rstn),
// control signals
.tx_flit_pend_i(tx_flit_pend[i][j+1][1]),
.tx_flit_v_i(tx_flit_v[i][j+1][1]),
.tx_flit_vc_id_i(tx_flit_vc_id[i][j+1][1]),
.tx_flit_look_ahead_routing_i(tx_flit_look_ahead_routing[i][j+1][1]),
.rx_flit_pend_o(rx_flit_pend[i][j+1][1]),
.rx_flit_v_o(rx_flit_v[i][j+1][1]),
.rx_flit_vc_id_o(rx_flit_vc_id[i][j+1][1]),
.rx_flit_look_ahead_routing_o(rx_flit_look_ahead_routing[i][j+1][1]),
.tx_lcrd_v_o(tx_lcrd_v[i][j+1][1]),
.tx_lcrd_id_o(tx_lcrd_id[i][j+1][1]),
.rx_lcrd_v_i(rx_lcrd_v[i][j+1][1]),
.rx_lcrd_id_i(rx_lcrd_id[i][j+1][1]),
.tx_flit_channel_0_i(tx_flit[i][j+1][1]), // req
.rx_flit_channel_0_o(rx_flit[i][j+1][1]),
//external interface
.m1_m2_bus_o(y_dec_bus[i][j]),
.m2_m1_credit_i(y_dec_credit[i][j]),
.m2_m1_bus_i(y_inc_bus[i][j]),
.m1_m2_credit_o(y_inc_credit[i][j])
);
end
end
endgenerate
//debug print
always_ff @(posedge clk) begin
for (int i = 0; i < NODE_NUM_X_DIMESION; i++) begin: ebi_debug_log_tx
for (int j = 0; j < NODE_NUM_Y_DIMESION; j++) begin
for (int z = 0; z < ROUTER_PORT_NUMBER; z++) begin
if(tx_flit_v[i][j][z]) begin
$write("[%16d] info flit: flit_sender router: (%0d, %0d); target router: ", $time(), i, j);
case (z)
0: $write("(%0d, %0d)", i, j+1);
1: $write("(%0d, %0d)", i, j-1);
2: $write("(%0d, %0d)", i+1, j);
3: $write("(%0d, %0d)", i-1, j);
4: $write("local? wrong!");
endcase
$write("vc_id: %1d; look_ahead_routing: %1d(N0,S1,E2,W3,L4-7), flit:", tx_flit_vc_id[i][j][z], tx_flit_look_ahead_routing[i][j][z], "%0h", tx_flit[i][j][z]);
$write(" \n");
end
if(rx_flit_v[i][j][z]) begin
$write("[%16d] info flit: flit_receiver router: (%0d, %0d); source router: ", $time(), i, j);
case (z)
0: $write("(%0d, %0d)", i, j+1);
1: $write("(%0d, %0d)", i, j-1);
2: $write("(%0d, %0d)", i+1, j);
3: $write("(%0d, %0d)", i-1, j);
4: $write("local? wrong!");
endcase
$write("vc_id: %1d; look_ahead_routing: %1d(N0,S1,E2,W3,L4-7), flit:", rx_flit_vc_id[i][j][z], rx_flit_look_ahead_routing[i][j][z], "%0h", rx_flit[i][j][z]);
$write(" \n");
end
if(tx_lcrd_v[i][j][z]) begin
$write("[%16d] info credit: crd_receiver router: (%0d, %0d); source router: ", $time(), i, j);
case (z)
0: $write("(%0d, %0d)", i, j+1);
1: $write("(%0d, %0d)", i, j-1);
2: $write("(%0d, %0d)", i+1, j);
3: $write("(%0d, %0d)", i-1, j);
4: $write("local? wrong!");
endcase
$write(" credit id:", tx_lcrd_id[i][j][z]);
$write(" \n");
end
if(rx_lcrd_v[i][j][z]) begin
$write("[%16d] info credit: crd_sender router: (%0d, %0d); target router: ", $time(), i, j);
case (z)
0: $write("(%0d, %0d)", i, j+1);
1: $write("(%0d, %0d)", i, j-1);
2: $write("(%0d, %0d)", i+1, j);
3: $write("(%0d, %0d)", i-1, j);
4: $write("local? wrong!");
endcase
$write(" credit id:", rx_lcrd_id[i][j][z]);
$write(" \n");
end
end
end
end
end
`endif
// other unused non-local ports, assign router rx to 0
generate
for(i = 0; i < NODE_NUM_X_DIMESION; i++) begin: gen_unused_non_local_ports_x_dimesion
@@ -335,6 +554,15 @@ import v_noc_pkg::*;
.TEST_CASE_NUM_PER_CYCLE(TEST_CASE_NUM_PER_CYCLE ),
.TEST_CASE_MESH_RANDOM (TEST_CASE_MESH_RANDOM ),
.TEST_CASE_MESH_DIAGONAL(TEST_CASE_MESH_DIAGONAL ),
.TEST_CASE_MESH_BIT_COMPLEMENT(TEST_CASE_MESH_BIT_COMPLEMENT),
.TEST_CASE_MESH_BIT_REVERSE (TEST_CASE_MESH_BIT_REVERSE),
.TEST_CASE_MESH_BIT_ROTATION (TEST_CASE_MESH_BIT_ROTATION),
.TEST_CASE_MESH_NEIGHBOR (TEST_CASE_MESH_NEIGHBOR),
.TEST_CASE_MESH_SHUFFLE (TEST_CASE_MESH_SHUFFLE),
.TEST_CASE_MESH_TRANSPOSE (TEST_CASE_MESH_TRANSPOSE),
.TEST_CASE_MESH_TORNADO (TEST_CASE_MESH_TORNADO),
.NODE_NUM_X_DIMESION (NODE_NUM_X_DIMESION ),
.NODE_NUM_Y_DIMESION (NODE_NUM_Y_DIMESION ),
.LOCAL_PORT_NUM (LOCAL_PORT_NUM ),
@@ -538,6 +766,12 @@ endgenerate
forever #5 clk = ~clk;
end
`ifdef EBI
initial begin
bus_clk = 1'b0;
forever #5 bus_clk = ~bus_clk;
end
`endif
//reset generate
initial begin
rstn = 1'b0;

4
tb/v_noc_pkg.sv
View File

@@ -22,7 +22,9 @@ package v_noc_pkg;
typedef struct packed {
node_id_t tgt_id; // target id
node_id_t src_id; // source id
`ifdef ENABLE_TXN_ID
logic [TxnID_Width-1:0] txn_id; // transaction id
`endif
logic [SCOREBOARD_TIMEOUT_W-1:0] timeout_threshold;
io_port_t look_ahead_routing;
logic [VC_ID_NUM_MAX_W-1:0] inport_vc_id;
@@ -45,7 +47,9 @@ package v_noc_pkg;
typedef struct packed {
node_id_t rec_id; // receiver id (should be the same as tgt_id)
node_id_t src_id; // source id
`ifdef ENABLE_TXN_ID
logic [TxnID_Width-1:0] txn_id; // transaction id
`endif
logic [FLIT_DATA_LENGTH-1:0] flit_data;
} receiver_info_t;

2
tb/v_receiver.sv
View File

@@ -47,7 +47,9 @@ receiver_flit_decoder_u
assign check_scoreboard_vld_o = rx_flit_v_i;
assign check_scoreboard_o.rec_id = node_id_i;
assign check_scoreboard_o.src_id = flit_ctrl_info.src_id;
`ifdef ENABLE_TXN_ID
assign check_scoreboard_o.txn_id = flit_ctrl_info.txn_id;
`endif
assign check_scoreboard_o.flit_data = rx_flit_i[FLIT_LENGTH-1-:FLIT_DATA_LENGTH];
assign rx_lcrd_v_o = rx_flit_v_i;

39
tb/v_scoreboard.sv
View File

@@ -86,7 +86,9 @@ always_comb begin
for(int k = 0; k < SCOREBOARD_ENTRY_NUM_PER_SENDER; k++) begin
if(scoreboard_entry_vld_q[j][k]) begin
if(
`ifdef ENABLE_TXN_ID
(scoreboard_entry_q[j][k].txn_id == check_scoreboard_i[i].txn_id) &
`endif
(scoreboard_entry_q[j][k].src_id == check_scoreboard_i[i].src_id) &
(scoreboard_entry_q[j][k].tgt_id == check_scoreboard_i[i].rec_id) &
(scoreboard_entry_q[j][k].flit_data == check_scoreboard_i[i].flit_data)
@@ -175,7 +177,9 @@ always_ff @(posedge clk) begin
for(int k = 0; k < SCOREBOARD_ENTRY_NUM_PER_SENDER; k++) begin
if(scoreboard_entry_vld_q[j][k]) begin
if((scoreboard_entry_q[j][k].src_id == check_scoreboard_i[i].src_id) &&
`ifdef ENABLE_TXN_ID
(scoreboard_entry_q[j][k].txn_id == check_scoreboard_i[i].txn_id) &&
`endif
(TEST_CASE_SINGLE_ROUTER ||
(scoreboard_entry_q[j][k].tgt_id == check_scoreboard_i[i].rec_id) &&
(scoreboard_entry_q[j][k].flit_data == check_scoreboard_i[i].flit_data)
@@ -188,7 +192,11 @@ always_ff @(posedge clk) begin
) begin
$display("[%16d] error: receiver position mismatch", $time());
$display("txn_id: 0x%h, sender: %2d (%d,%d), receiver: %d (%d,%d)",
`ifdef ENABLE_TXN_ID
check_scoreboard_i[i].txn_id,
`else
'0,
`endif
j, check_scoreboard_i[i].src_id.x_position, check_scoreboard_i[i].src_id.y_position,
i, check_scoreboard_i[i].rec_id.x_position, check_scoreboard_i[i].rec_id.y_position);
$display("tgt_id: (%d,%d), tgt_local_port: %d, look_ahead_routing: %d, send_time: %d",
@@ -205,7 +213,11 @@ always_ff @(posedge clk) begin
if(scoreboard_entry_q[j][k].tgt_id.device_port != check_scoreboard_i[i].rec_id.device_port) begin
$display("[%16d] error: receiver local_port_id mismatch", $time());
$display("txn_id: 0x%h, sender: %2d (%d,%d), sender_local_port: %d; receiver: %d (%d,%d), receiver_local_port: %d",
check_scoreboard_i[i].txn_id,
`ifdef ENABLE_TXN_ID
check_scoreboard_i[i].txn_id,
`else
'0,
`endif
j, check_scoreboard_i[i].src_id.x_position, check_scoreboard_i[i].src_id.y_position,
check_scoreboard_i[i].src_id.device_port,
i, check_scoreboard_i[i].rec_id.x_position, check_scoreboard_i[i].rec_id.y_position,
@@ -221,7 +233,11 @@ always_ff @(posedge clk) begin
if(scoreboard_entry_q[j][k].flit_data != check_scoreboard_i[i].flit_data) begin
$display("[%16d] error: data mismatch", $time());
$display("txn_id: 0x%h, sender: %2d (%d,%d), receiver: %d (%d,%d), received_data: %h",
`ifdef ENABLE_TXN_ID
check_scoreboard_i[i].txn_id,
`else
'0,
`endif
j, check_scoreboard_i[i].src_id.x_position, check_scoreboard_i[i].src_id.y_position,
i, check_scoreboard_i[i].rec_id.x_position, check_scoreboard_i[i].rec_id.y_position,
check_scoreboard_i[i].flit_data);
@@ -237,7 +253,12 @@ always_ff @(posedge clk) begin
end
if(find_entry[i] == 1'b0) begin
$display("[%16d] error: scoreboard failed to find the entry, txn_id: 0x%h, sender: (%d,%d), receiver: (%d,%d)",
$time(), check_scoreboard_i[i].txn_id,
$time(),
`ifdef ENABLE_TXN_ID
check_scoreboard_i[i].txn_id,
`else
'0,
`endif
check_scoreboard_i[i].src_id.x_position, check_scoreboard_i[i].src_id.y_position,
check_scoreboard_i[i].rec_id.x_position, check_scoreboard_i[i].rec_id.y_position);
$finish();
@@ -256,7 +277,11 @@ always_ff @(posedge clk) begin
$display("[%16d] error: scoreboard entry timeout, timeout_threshold: %d",
$time(), scoreboard_entry_q[i][j].timeout_threshold);
$display("txn_id: 0x%h, sender: %2d (%d,%d), sender_local_port: %d, qos_value = %d",
scoreboard_entry_q[i][j].txn_id,
`ifdef ENABLE_TXN_ID
scoreboard_entry_q[i][j].txn_id,
`else
'0,
`endif
i, scoreboard_entry_q[i][j].src_id.x_position, scoreboard_entry_q[i][j].src_id.y_position,
scoreboard_entry_q[i][j].src_id.device_port,
scoreboard_entry_q[i][j].qos_value);
@@ -404,7 +429,11 @@ always_ff @(posedge clk) begin
$display("[%16d] info: scoreboard allocate entry, sender: %2d (%d,%d), txn_id: 0x%h, QoS = %d, inport_vc_id:%d, tgt_id: (%d,%d), tgt_local_port: %d, look_ahead_routing: %d, send_data: %h",
$time(), i,
scoreboard_entry_d[i][j].src_id.x_position, scoreboard_entry_d[i][j].src_id.y_position,
`ifdef ENABLE_TXN_ID
scoreboard_entry_d[i][j].txn_id,
`else
'0,
`endif
scoreboard_entry_d[i][j].qos_value,
scoreboard_entry_d[i][j].inport_vc_id,
scoreboard_entry_d[i][j].tgt_id.x_position, scoreboard_entry_d[i][j].tgt_id.y_position, scoreboard_entry_d[i][j].tgt_id.device_port,
@@ -419,7 +448,11 @@ always_ff @(posedge clk) begin
$display("[%16d] info: scoreboard deallocate entry, sender: %2d (%d,%d), txn_id: 0x%h, QoS = %d, inport_vc_id:%d, tgt_id: (%d,%d), tgt_local_port: %d, send_data: %h, [noc_latency: %4d], [app_latency: %4d], [receiver (%d,%d) port %d average_noc_bandwidth: %fGBps])",
$time(), i,
scoreboard_entry_q[i][j].src_id.x_position, scoreboard_entry_q[i][j].src_id.y_position,
`ifdef ENABLE_TXN_ID
scoreboard_entry_q[i][j].txn_id,
`else
'0,
`endif
scoreboard_entry_q[i][j].qos_value,
scoreboard_entry_q[i][j].inport_vc_id,
scoreboard_entry_q[i][j].tgt_id.x_position, scoreboard_entry_q[i][j].tgt_id.y_position, scoreboard_entry_q[i][j].tgt_id.device_port,

22
tb/v_sender.sv
View File

@@ -143,11 +143,21 @@ assign flit_buffer_dequeue_vld = free_credit_vld & flit_vld;
// output to dut
assign tx_flit_pend_o = 1'b1;
assign tx_flit_v_o = flit_buffer_dequeue_vld;
assign tx_flit_o = {flit_buffer_head.flit_data,
flit_buffer_head.flit_head.txn_id,
flit_buffer_head.flit_head.src_id,
flit_buffer_head.flit_head.tgt_id,
flit_buffer_head.qos_value};
// assign tx_flit_o = {flit_buffer_head.flit_data,
// flit_buffer_head.flit_head.txn_id,
// flit_buffer_head.flit_head.src_id,
// flit_buffer_head.flit_head.tgt_id,
// flit_buffer_head.qos_value};
assign tx_flit_o[(FLIT_LENGTH-1)-:FLIT_DATA_LENGTH] = flit_buffer_head.flit_data;
assign tx_flit_o.tgt_id = flit_buffer_head.flit_head.tgt_id;
assign tx_flit_o.src_id = flit_buffer_head.flit_head.src_id;
`ifdef ENABLE_TXN_ID
assign tx_flit_o.txn_id = flit_buffer_head.flit_head.txn_id;
`endif
`ifdef USE_QOS_VALUE
assign tx_flit_o.qos_value = flit_buffer_head.flit_head.qos_value;
`endif
assign tx_flit_vc_id_o = {{(VC_ID_NUM_MAX_W-VC_NUM_OUTPORT_IDX_W){1'b0}}, free_credit_vc_id};
assign tx_flit_look_ahead_routing_o = flit_buffer_head.flit_head.look_ahead_routing;
@@ -155,7 +165,9 @@ assign tx_flit_look_ahead_routing_o = flit_buffer_head.flit_head.look_ahead_ro
assign new_scoreboard_entry_vld_o = tx_flit_v_o;
assign new_scoreboard_entry_o.tgt_id = flit_buffer_head.flit_head.tgt_id;
assign new_scoreboard_entry_o.src_id = flit_buffer_head.flit_head.src_id;
`ifdef ENABLE_TXN_ID
assign new_scoreboard_entry_o.txn_id = flit_buffer_head.flit_head.txn_id;
`endif
assign new_scoreboard_entry_o.timeout_threshold = flit_buffer_head.timeout_threshold;
assign new_scoreboard_entry_o.look_ahead_routing = flit_buffer_head.flit_head.look_ahead_routing;
assign new_scoreboard_entry_o.inport_vc_id = tx_flit_vc_id_o;

199
tb/v_test_generator.sv
View File

@@ -18,7 +18,16 @@ import v_noc_pkg::*;
// | \
// sender1 (1,0) (local) sender4
parameter TEST_CASE_MESH_RANDOM = 0, // random sender and receiver
parameter TEST_CASE_MESH_DIAGONAL = 0, // from (0,0) to (NODE_NUM_X_DIMESION-1, NODE_NUM_Y_DIMESION-1)
parameter TEST_CASE_MESH_DIAGONAL = 0, // from (0, 0) to (NODE_NUM_X_DIMESION-1, NODE_NUM_Y_DIMESION-1)
parameter TEST_CASE_MESH_BIT_COMPLEMENT = 0, // from (x, y) to (radix-x-1, radix-y-1)
parameter TEST_CASE_MESH_BIT_REVERSE = 0,
parameter TEST_CASE_MESH_BIT_ROTATION = 0,
parameter TEST_CASE_MESH_NEIGHBOR = 0,
parameter TEST_CASE_MESH_SHUFFLE = 0,
parameter TEST_CASE_MESH_TRANSPOSE = 0,
parameter TEST_CASE_MESH_TORNADO = 0,
parameter NODE_NUM_X_DIMESION = 2, // only used in TEST_CASE_MESH_* mode
parameter NODE_NUM_Y_DIMESION = 3, // only used in TEST_CASE_MESH_* mode
parameter LOCAL_PORT_NUM = 1, // only used in TEST_CASE_MESH_* mode
@@ -91,7 +100,7 @@ generate
else if(TEST_CASE_MESH_RANDOM || TEST_CASE_MESH_DIAGONAL) begin: gen_map_test_case_mesh_x
else /*if(TEST_CASE_MESH_RANDOM || TEST_CASE_MESH_DIAGONAL)*/ begin: gen_map_test_case_mesh_x
// sender id = x_posotion*(NODE_NUM_Y_DIMESION*LOCAL_PORT_NUM) + y_posotion*LOCAL_PORT_NUM + local_port_id
always_comb begin
new_test_vld_o = '0;
@@ -219,7 +228,9 @@ generate
new_test[i].flit_data = ((src_id_lfsr_data[RANDOM_BIT_NUM-1:0] ^ i) << tgt_id_lfsr_data[$clog2(FLIT_DATA_LENGTH-RANDOM_BIT_NUM)-1:0]) | flit_data_mask;
end
`ifdef ENABLE_TXN_ID
assign new_test[i].flit_head.txn_id = txn_counter + i;
`endif
assign new_test[i].timeout_threshold = SCOREBOARD_TIMEOUT_EN ? SCOREBOARD_TIMEOUT_THRESHOLD : '0; // 0 means no timeout error
@@ -267,79 +278,153 @@ generate
end
endcase
end
end
end
end else begin: gen_test_case_mesh
logic [FLIT_DATA_LENGTH-1:0] flit_data_mask;
assign flit_data_mask = ~({RANDOM_BIT_NUM{1'b1}} << tgt_id_lfsr_data[$clog2(FLIT_DATA_LENGTH-RANDOM_BIT_NUM)-1:0]);
else if(TEST_CASE_MESH_RANDOM) begin: gen_test_case_mesh_random
for(i = 0; i < TEST_CASE_NUM_PER_CYCLE; i++) begin: gen_new_test
always_comb begin
new_test[i].flit_head.src_id.x_position = src_id_lfsr_data[i*3+:3] % NODE_NUM_X_DIMESION;
new_test[i].flit_head.src_id.y_position = src_id_lfsr_data[RANDOM_BIT_NUM-1-i*3-:3] % NODE_NUM_Y_DIMESION;
new_test[i].flit_head.tgt_id.x_position = tgt_id_lfsr_data[i*3+:3] % NODE_NUM_X_DIMESION;
new_test[i].flit_head.tgt_id.y_position = tgt_id_lfsr_data[RANDOM_BIT_NUM-1-i*3-:3] % NODE_NUM_Y_DIMESION;
logic [TEST_CASE_NUM_PER_CYCLE-1:0][$clog2(NODE_NUM_X_DIMESION*NODE_NUM_Y_DIMESION)-1:0] source_id;
logic [TEST_CASE_NUM_PER_CYCLE-1:0][$clog2(NODE_NUM_X_DIMESION*NODE_NUM_Y_DIMESION)-1:0] source_id_rev;
logic [TEST_CASE_NUM_PER_CYCLE-1:0][$clog2(NODE_NUM_X_DIMESION*NODE_NUM_Y_DIMESION)-1:0] dest_id;
for(genvar i_id = 0; i_id < TEST_CASE_NUM_PER_CYCLE; i_id++) begin
assign source_id[i_id] = new_test[i_id].flit_head.src_id.y_position * NODE_NUM_X_DIMESION + new_test[i_id].flit_head.src_id.x_position;
for(genvar j_id = 0; j_id < $clog2(NODE_NUM_X_DIMESION*NODE_NUM_Y_DIMESION); j_id++) begin
assign source_id_rev[i_id][j_id] = source_id[i_id][$clog2(NODE_NUM_X_DIMESION*NODE_NUM_Y_DIMESION)-1-j_id];
end
logic [FLIT_DATA_LENGTH-1:0] flit_data_mask;
always_comb begin
flit_data_mask = ~({RANDOM_BIT_NUM{1'b1}} << tgt_id_lfsr_data[$clog2(FLIT_DATA_LENGTH-RANDOM_BIT_NUM)-1:0]);
end
always_comb begin
// default values
for(int i = 0; i < TEST_CASE_NUM_PER_CYCLE; i++) begin
new_test[i].flit_data = '1;
new_test[i].flit_data = ((src_id_lfsr_data[RANDOM_BIT_NUM-1:0] ^ i) << tgt_id_lfsr_data[$clog2(FLIT_DATA_LENGTH-RANDOM_BIT_NUM)-1:0]) | flit_data_mask;
end
assign new_test[i].flit_head.txn_id = txn_counter + i;
`ifdef COMMON_QOS_EXTRA_RT_VC
assign new_test[i].timeout_threshold = (new_test[i].qos_value == '1) ? 2 * (NODE_NUM_X_DIMESION + NODE_NUM_Y_DIMESION - 1) :
SCOREBOARD_TIMEOUT_EN ? SCOREBOARD_TIMEOUT_THRESHOLD : '0;
`else
assign new_test[i].timeout_threshold = SCOREBOARD_TIMEOUT_EN ? SCOREBOARD_TIMEOUT_THRESHOLD : '0;
`ifdef ENABLE_TXN_ID
new_test[i].flit_head.txn_id = txn_counter + i;
`endif
assign new_test[i].mcycle_when_generated = mcycle_i;
`ifdef COMMON_QOS_EXTRA_RT_VC
new_test[i].timeout_threshold = //(new_test[i].qos_value == '1) ? 2 * (NODE_NUM_X_DIMESION + NODE_NUM_Y_DIMESION - 1) :
SCOREBOARD_TIMEOUT_EN ? SCOREBOARD_TIMEOUT_THRESHOLD : '0;
`else
new_test[i].timeout_threshold = SCOREBOARD_TIMEOUT_EN ? SCOREBOARD_TIMEOUT_THRESHOLD : '0;
`endif
assign new_test[i].flit_head.src_id.device_id = '0;
assign new_test[i].flit_head.tgt_id.device_id = '0;
new_test[i].mcycle_when_generated = mcycle_i;
assign new_test[i].flit_head.src_id.device_port = (src_id_lfsr_data[i*2+:2] ^ tgt_id_lfsr_data[RANDOM_BIT_NUM-1-i*2-:2]) % LOCAL_PORT_NUM;
assign new_test[i].flit_head.tgt_id.device_port = (src_id_lfsr_data[RANDOM_BIT_NUM-1-i*2-:2] ^ tgt_id_lfsr_data[i*2+:2]) % LOCAL_PORT_NUM;
end
end
new_test[i].flit_head.src_id.device_id = '0;
new_test[i].flit_head.tgt_id.device_id = '0;
else if(TEST_CASE_MESH_DIAGONAL) begin: gen_test_case_mesh_diagonal
for(i = 0; i < TEST_CASE_NUM_PER_CYCLE; i++) begin: gen_new_test
always_comb begin
new_test[i].flit_head.src_id.x_position = 0;
new_test[i].flit_head.src_id.y_position = 0;
new_test[i].flit_head.src_id.device_port = (src_id_lfsr_data[i*2+:2] ^ tgt_id_lfsr_data[RANDOM_BIT_NUM-1-i*2-:2]) % LOCAL_PORT_NUM;
new_test[i].flit_head.tgt_id.device_port = (src_id_lfsr_data[RANDOM_BIT_NUM-1-i*2-:2] ^ tgt_id_lfsr_data[i*2+:2]) % LOCAL_PORT_NUM;
new_test[i].flit_head.tgt_id.x_position = NODE_NUM_X_DIMESION - 1;
new_test[i].flit_head.tgt_id.y_position = NODE_NUM_Y_DIMESION - 1;
dest_id[i] = '0;
end
logic [FLIT_DATA_LENGTH-1:0] flit_data_mask;
always_comb begin
flit_data_mask = ~({RANDOM_BIT_NUM{1'b1}} << tgt_id_lfsr_data[$clog2(FLIT_DATA_LENGTH-RANDOM_BIT_NUM)-1:0]);
new_test[i].flit_data = '1;
new_test[i].flit_data = ((src_id_lfsr_data[RANDOM_BIT_NUM-1:0] ^ i) << tgt_id_lfsr_data[$clog2(FLIT_DATA_LENGTH-RANDOM_BIT_NUM)-1:0]) | flit_data_mask;
if(TEST_CASE_MESH_RANDOM) begin
for(int i = 0; i < TEST_CASE_NUM_PER_CYCLE; i++) begin
new_test[i].flit_head.src_id.x_position = src_id_lfsr_data[i*3+:3] % NODE_NUM_X_DIMESION;
new_test[i].flit_head.src_id.y_position = src_id_lfsr_data[RANDOM_BIT_NUM-1-i*3-:3] % NODE_NUM_Y_DIMESION;
new_test[i].flit_head.tgt_id.x_position = tgt_id_lfsr_data[i*3+:3] % NODE_NUM_X_DIMESION;
new_test[i].flit_head.tgt_id.y_position = tgt_id_lfsr_data[RANDOM_BIT_NUM-1-i*3-:3] % NODE_NUM_Y_DIMESION;
end
end else if(TEST_CASE_MESH_DIAGONAL) begin
for(int i = 0; i < TEST_CASE_NUM_PER_CYCLE; i++) begin
new_test[i].flit_head.src_id.x_position = 0;
new_test[i].flit_head.src_id.y_position = 0;
new_test[i].flit_head.tgt_id.x_position = NODE_NUM_X_DIMESION - 1;
new_test[i].flit_head.tgt_id.y_position = NODE_NUM_Y_DIMESION - 1;
new_test[i].timeout_threshold = SCOREBOARD_TIMEOUT_EN ? SCOREBOARD_TIMEOUT_THRESHOLD : '0;
new_test[i].flit_head.src_id.device_id = '0;
new_test[i].flit_head.tgt_id.device_id = '0;
new_test[i].flit_head.src_id.device_port = 0;
new_test[i].flit_head.tgt_id.device_port = 0;
end
end else if (TEST_CASE_MESH_BIT_COMPLEMENT) begin
for(int i = 0; i < TEST_CASE_NUM_PER_CYCLE; i++) begin
new_test[i].flit_head.src_id.x_position = src_id_lfsr_data[i*3+:3] % NODE_NUM_X_DIMESION;
new_test[i].flit_head.src_id.y_position = src_id_lfsr_data[RANDOM_BIT_NUM-1-i*3-:3] % NODE_NUM_Y_DIMESION;
new_test[i].flit_head.tgt_id.x_position = NODE_NUM_X_DIMESION-1-new_test[i].flit_head.src_id.x_position;
new_test[i].flit_head.tgt_id.y_position = NODE_NUM_Y_DIMESION-1-new_test[i].flit_head.src_id.y_position;
end
end else if (TEST_CASE_MESH_BIT_REVERSE) begin
for(int i = 0; i < TEST_CASE_NUM_PER_CYCLE; i++) begin
new_test[i].flit_head.src_id.x_position = src_id_lfsr_data[i*3+:3] % NODE_NUM_X_DIMESION;
new_test[i].flit_head.src_id.y_position = src_id_lfsr_data[RANDOM_BIT_NUM-1-i*3-:3] % NODE_NUM_Y_DIMESION;
new_test[i].flit_head.tgt_id.x_position = source_id_rev % NODE_NUM_X_DIMESION;
new_test[i].flit_head.tgt_id.y_position = (source_id_rev / NODE_NUM_X_DIMESION) % NODE_NUM_Y_DIMESION;
end
end else if (TEST_CASE_MESH_BIT_ROTATION) begin
for(int i = 0; i < TEST_CASE_NUM_PER_CYCLE; i++) begin
new_test[i].flit_head.src_id.x_position = src_id_lfsr_data[i*3+:3] % NODE_NUM_X_DIMESION;
new_test[i].flit_head.src_id.y_position = src_id_lfsr_data[RANDOM_BIT_NUM-1-i*3-:3] % NODE_NUM_Y_DIMESION;
new_test[i].flit_head.tgt_id.x_position = new_test[i].flit_head.src_id.x_position > 0 ? new_test[i].flit_head.src_id.x_position - 1:
new_test[i].flit_head.src_id.y_position > 0 ? NODE_NUM_X_DIMESION-1:
new_test[i].flit_head.src_id.x_position;
new_test[i].flit_head.tgt_id.y_position = new_test[i].flit_head.src_id.x_position > 0 ? new_test[i].flit_head.src_id.y_position :
new_test[i].flit_head.src_id.y_position > 0 ? new_test[i].flit_head.src_id.y_position - 1:
new_test[i].flit_head.src_id.y_position;
end
end else if (TEST_CASE_MESH_NEIGHBOR) begin
for(int i = 0; i < TEST_CASE_NUM_PER_CYCLE; i++) begin
new_test[i].flit_head.src_id.x_position = src_id_lfsr_data[i*3+:3] % NODE_NUM_X_DIMESION;
new_test[i].flit_head.src_id.y_position = src_id_lfsr_data[RANDOM_BIT_NUM-1-i*3-:3] % NODE_NUM_Y_DIMESION;
new_test[i].flit_head.tgt_id.x_position = (new_test[i].flit_head.src_id.x_position + 1) % NODE_NUM_X_DIMESION;
new_test[i].flit_head.tgt_id.y_position = new_test[i].flit_head.src_id.y_position ;
end
end else if (TEST_CASE_MESH_SHUFFLE) begin
for(int i = 0; i < TEST_CASE_NUM_PER_CYCLE; i++) begin
new_test[i].flit_head.src_id.x_position = src_id_lfsr_data[i*3+:3] % NODE_NUM_X_DIMESION;
new_test[i].flit_head.src_id.y_position = src_id_lfsr_data[RANDOM_BIT_NUM-1-i*3-:3] % NODE_NUM_Y_DIMESION;
if(source_id[i] < (NODE_NUM_X_DIMESION*NODE_NUM_Y_DIMESION)/2) begin
dest_id[i] = source_id[i] * 2;
end else begin
dest_id[i] = (source_id[i] *2) - (NODE_NUM_X_DIMESION*NODE_NUM_Y_DIMESION) + 1;
end
new_test[i].flit_head.tgt_id.x_position = dest_id % NODE_NUM_X_DIMESION;
new_test[i].flit_head.tgt_id.y_position = (dest_id / NODE_NUM_X_DIMESION) % NODE_NUM_Y_DIMESION;
end
end else if (TEST_CASE_MESH_TRANSPOSE) begin
for(int i = 0; i < TEST_CASE_NUM_PER_CYCLE; i++) begin
new_test[i].flit_head.src_id.x_position = src_id_lfsr_data[i*3+:3] % NODE_NUM_X_DIMESION;
new_test[i].flit_head.src_id.y_position = src_id_lfsr_data[RANDOM_BIT_NUM-1-i*3-:3] % NODE_NUM_Y_DIMESION;
new_test[i].flit_head.tgt_id.x_position = new_test[i].flit_head.src_id.y_position % NODE_NUM_X_DIMESION;
new_test[i].flit_head.tgt_id.y_position = new_test[i].flit_head.src_id.x_position % NODE_NUM_Y_DIMESION;
end
end else if (TEST_CASE_MESH_TORNADO) begin
for(int i = 0; i < TEST_CASE_NUM_PER_CYCLE; i++) begin
new_test[i].flit_head.src_id.x_position = src_id_lfsr_data[i*3+:3] % NODE_NUM_X_DIMESION;
new_test[i].flit_head.src_id.y_position = src_id_lfsr_data[RANDOM_BIT_NUM-1-i*3-:3] % NODE_NUM_Y_DIMESION;
new_test[i].flit_head.tgt_id.x_position = (new_test[i].flit_head.src_id.x_position + int'($ceil(NODE_NUM_X_DIMESION*1.0/2)) - 1) % NODE_NUM_X_DIMESION;
new_test[i].flit_head.tgt_id.y_position = new_test[i].flit_head.src_id.y_position;
end
end
assign new_test[i].flit_head.txn_id = txn_counter + i;
assign new_test[i].timeout_threshold = SCOREBOARD_TIMEOUT_EN ? SCOREBOARD_TIMEOUT_THRESHOLD : '0;
assign new_test[i].mcycle_when_generated = mcycle_i;
assign new_test[i].flit_head.src_id.device_id = '0;
assign new_test[i].flit_head.tgt_id.device_id = '0;
assign new_test[i].flit_head.src_id.device_port = 0;
assign new_test[i].flit_head.tgt_id.device_port = 0;
end
end
endgenerate
@@ -389,7 +474,7 @@ generate
else if(TEST_CASE_MESH_RANDOM || TEST_CASE_MESH_DIAGONAL) begin: gen_test_case_look_ahead_routing_mesh_x
else /*if(TEST_CASE_MESH_RANDOM || TEST_CASE_MESH_DIAGONAL)*/ begin: gen_test_case_look_ahead_routing_mesh_x
for(i = 0; i < TEST_CASE_NUM_PER_CYCLE; i++) begin: gen_new_test_look_ahead_routing
always_comb begin
if(new_test[i].flit_head.tgt_id.x_position > new_test[i].flit_head.src_id.x_position) begin