Merge pull request #956 from developandplay/simplify-blackparrot-setup

Simplify blackparrot setup
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enjoy-digital 2021-06-28 11:26:50 +02:00 committed by GitHub
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# BlackParrot in LiteX
> **Note:** Tested on Ubuntu 18.04
> **Note:** Since both BlackParrot and Litex are under active development, newer updates on LiteX or BP can cause some compatibility issues. If the most recent BP and LiteX do not work, please use the following link that includes necessary instructions to run BP on Linux with compatible commits.
```
https://github.com/black-parrot/litex/tree/working_linux
```
## Prerequisites and Installing
Please visit https://github.com/scanakci/linux-on-litex-blackparrot for the detailed setup instructions and linux boot-up process.
## Set necessary environment variables for BlackParrot
Running BP in LiteX requires setting some environment variables. Please add the following lines to your bashrc to set them up.
```
pushd .
cd PATH/TO/LITEX/litex/soc/cores/cpu/blackparrot
source ./setEnvironment.sh
popd
```
## Running BIOS
[![asciicast](https://asciinema.org/a/326077.svg)](https://asciinema.org/a/326077)
### Simulation
```
cd $LITEX/litex/tools
./litex_sim.py --cpu-type blackparrot --cpu-variant standard --output-dir build/BP_Trial
```
### FPGA
Generate the bitstream 'top.bit' under build/BP_trial/gateware folder
```
$LITEX/litex/boards/genesys2.py --cpu-type blackparrot --cpu-variant standard --output-dir $PWD/build/BP_Trial --integrated-rom-size 51200 --build
```
In another terminal, launch LiteX terminal.
```
sudo $LITEX/litex/tools/litex_term.py /dev/ttyUSBX
```
Load the FPGA bitstream top.bit to your FPGA (you can use vivado hardware manager)
This step will execute LiteX BIOS.

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/**
* bp2wb_convertor.v
* DESCRIPTION: THIS MODULE ADAPTS BP MEMORY BUS TO 64-BIT WISHBONE
*/
module bp2wb_convertor
import bp_common_pkg::*;
import bp_common_aviary_pkg::*;
import bp_cce_pkg::*;
import bp_me_pkg::*;
#(parameter bp_params_e bp_params_p = e_bp_single_core_cfg
`declare_bp_proc_params(bp_params_p)
`declare_bp_me_if_widths(paddr_width_p, cce_block_width_p, lce_id_width_p, lce_assoc_p)
// , parameter [paddr_width_p-1:0] dram_offset_p = '0
, localparam num_block_words_lp = cce_block_width_p / 64
, localparam num_block_bytes_lp = cce_block_width_p / 8
, localparam num_word_bytes_lp = dword_width_p / 8
, localparam block_offset_bits_lp = `BSG_SAFE_CLOG2(num_block_bytes_lp)
, localparam word_offset_bits_lp = `BSG_SAFE_CLOG2(num_block_words_lp)
, localparam byte_offset_bits_lp = `BSG_SAFE_CLOG2(num_word_bytes_lp)
, localparam wbone_data_width = 64
, localparam wbone_addr_ubound = paddr_width_p
, localparam mem_granularity = 64 //TODO: adapt selection bit parametrized
, localparam wbone_addr_lbound = 3 //`BSG_SAFE_CLOG2(wbone_data_width / mem_granularity) //dword granularity
, localparam total_datafetch_cycle_lp = cce_block_width_p / wbone_data_width
, localparam total_datafetch_cycle_width = `BSG_SAFE_CLOG2(total_datafetch_cycle_lp)
, localparam cached_addr_base = 32'h7000_0000//6000_0000 //32'h4000_4000//
)
( input clk_i
,(* mark_debug = "true" *) input reset_i
// BP side
,(* mark_debug = "true" *) input [cce_mem_msg_width_lp-1:0] mem_cmd_i
,(* mark_debug = "true" *) input mem_cmd_v_i
,(* mark_debug = "true" *) output mem_cmd_ready_o
, output [cce_mem_msg_width_lp-1:0] mem_resp_o
, (* mark_debug = "true" *) output mem_resp_v_o
, (* mark_debug = "true" *) input mem_resp_yumi_i
// Wishbone side
, (* mark_debug = "true" *) input [63:0] dat_i
, (* mark_debug = "true" *) output logic [63:0] dat_o
, (* mark_debug = "true" *) input ack_i
, input err_i
// , input rty_i
, (* mark_debug = "true" *) output logic [wbone_addr_ubound-wbone_addr_lbound-1:0] adr_o//TODO: Double check!!!
, (* mark_debug = "true" *) output logic stb_o
, output cyc_o
, output [7:0] sel_o //TODO: double check!!!
, (* mark_debug = "true" *) output we_o
, output [2:0] cti_o //TODO: hardwire in Litex
, output [1:0] bte_o //TODO: hardwire in Litex
, input rty_i //TODO: hardwire in Litex
);
`declare_bp_me_if(paddr_width_p, cce_block_width_p, lce_id_width_p, lce_assoc_p);
//locals
(* mark_debug = "true" *) logic [total_datafetch_cycle_width:0] ack_ctr = 0;
(* mark_debug = "true" *) bp_cce_mem_msg_s mem_cmd_cast_i, mem_resp_cast_o, mem_cmd_debug, mem_cmd_debug2;
(* mark_debug = "true" *) logic ready_li, v_li, stb_justgotack;
(* mark_debug = "true" *) logic [cce_block_width_p-1:0] data_lo;
(* mark_debug = "true" *) logic [cce_block_width_p-1:0] data_li;
(* mark_debug = "true" *) wire [paddr_width_p-1:0] mem_cmd_addr_l;
(* mark_debug = "true" *) logic set_stb;
//Handshaking between Wishbone and BlackParrot through convertor
//3.1.3:At every rising edge of [CLK_I] the terminating signal(ACK) is sampled. If it
//is asserted, then [STB_O] is negated.
assign ready_li = ( ack_ctr == 0 ) & !set_stb & !mem_resp_v_o;
assign mem_cmd_ready_o = ready_li;//!stb_o then ready to take!
// assign v_li = (ack_ctr == total_datafetch_cycle_lp-1);
assign mem_resp_v_o = v_li;
assign stb_o = (set_stb) && !stb_justgotack;
assign cyc_o = stb_o;
assign sel_o = mem_cmd_r.header.size == e_mem_msg_size_4 ? ('h0F << wr_byte_shift) : 'hFF;
assign cti_o = 0;
assign bte_o = 0;
initial begin
ack_ctr = 0;
end
//Flip stb after each ack--->RULE 3.20:
// Every time we get an ACK from WB, increment counter until the counter reaches to total_datafetch_cycle_lp
always_ff @(posedge clk_i)
begin
if(reset_i)
begin
ack_ctr <= 0;
set_stb <= 0;
v_li <=0;
end
// else if (v_li)
// begin
else if (mem_resp_yumi_i)
begin
v_li <= 0;
ack_ctr <= 0;
end
// end
else if (mem_cmd_v_i)
begin
//data_li <= 0;
set_stb <= 1;
v_li <= 0;
stb_justgotack <= 0;
end
else
begin
if (ack_i)//stb should be negated after ack
begin
stb_justgotack <= 1;
data_li[(ack_ctr*wbone_data_width) +: wbone_data_width] <= dat_i;
if ((ack_ctr == total_datafetch_cycle_lp-1) || (mem_cmd_addr_l < cached_addr_base && mem_cmd_r.header.msg_type == e_cce_mem_uc_wr )) //if uncached store, just one cycle is fine
begin
v_li <=1;
set_stb <= 0;
end
else
ack_ctr <= ack_ctr + 1;
end
else
begin
stb_justgotack <= 0;
v_li <=0;
end
end
end
//Packet Pass from BP to BP2WB
assign mem_cmd_cast_i = mem_cmd_i;
bp_cce_mem_msg_s mem_cmd_r;
bsg_dff_reset_en
#(.width_p(cce_mem_msg_width_lp))
mshr_reg
(.clk_i(clk_i)
,.reset_i(reset_i)
,.en_i(mem_cmd_v_i)//when
,.data_i(mem_cmd_i)
,.data_o(mem_cmd_r)
);
//Addr && Data && Command Pass from BP2WB to WB
logic [wbone_addr_lbound-1:0] throw_away;
assign mem_cmd_addr_l = mem_cmd_r.header.addr;
assign data_lo = mem_cmd_r.data;
logic [39:0] mem_cmd_addr_l_zero64;
always_comb begin
if( mem_cmd_addr_l < cached_addr_base )
begin
adr_o = mem_cmd_addr_l[wbone_addr_ubound-1:wbone_addr_lbound];//no need to change address for uncached stores/loads
dat_o = mem_cmd_r.header.size == e_mem_msg_size_4 ? data_lo[(0*wbone_data_width) +: wbone_data_width] << rd_byte_offset*8 : data_lo[(0*wbone_data_width) +: wbone_data_width];//unchached data is stored in LS 64bits
end
else
begin
mem_cmd_addr_l_zero64 = mem_cmd_addr_l >> 6 << 6;
{adr_o,throw_away} = mem_cmd_addr_l_zero64 + (ack_ctr*8);//TODO:careful
dat_o = mem_cmd_r.header.size == e_mem_msg_size_4 ? data_lo[(ack_ctr*wbone_data_width) +: wbone_data_width] << rd_byte_offset*8 : data_lo[(ack_ctr*wbone_data_width) +: wbone_data_width];
end
end
assign we_o = (mem_cmd_r.header.msg_type inside {e_cce_mem_uc_wr, e_cce_mem_wr});
//Data Pass from BP2WB to BP
wire [cce_block_width_p-1:0] rd_word_offset = mem_cmd_r.header.addr[3+:3];
wire [cce_block_width_p-1:0] rd_byte_offset = mem_cmd_r.header.addr[0+:3];
wire [cce_block_width_p-1:0] wr_byte_shift = rd_byte_offset;
wire [cce_block_width_p-1:0] rd_bit_shift = rd_word_offset*64; // We rely on receiver to adjust bits
(* mark_debug = "true" *) wire [cce_block_width_p-1:0] data_li_resp = (mem_cmd_r.header.msg_type == e_cce_mem_uc_rd)
? data_li >> rd_bit_shift
: data_li;
assign mem_resp_cast_o = '{data : data_li_resp
,header :'{payload : mem_cmd_r.header.payload
,size : mem_cmd_r.header.size
,addr : mem_cmd_r.header.addr
,msg_type: mem_cmd_r.header.msg_type
}
};
assign mem_resp_o = mem_resp_cast_o;
/*********************************************/
/*DEBUG SECTION*/
/*wire [3:0] fake_msg_type;
wire [10:0] fake_payload;
wire [2:0] fake_size;
wire [39:0] fake_addr;
assign fake_payload = mem_cmd_r.header.payload;
assign fake_size = mem_cmd_r.header.size;
assign fake_addr = mem_cmd_r.header.addr;
assign fake_msg_type = mem_cmd_r.header.msg_type;
*/
/*(* mark_debug = "true" *) logic debug_wire;
initial begin
debug_wire = 0;
end
assign mem_cmd_debug = mem_cmd_i;
always_ff @(posedge clk_i)
debug_wire <= (ack_i && mem_cmd_debug.header.addr >= 32'h80000000);
always_ff @(posedge clk_i)
begin
if(mem_cmd_v_i && mem_cmd_debug.header.addr <= 32'h60000000)
begin
debug_wire <= 1;
// $display("addr == %x", mem_cmd_debug.header.addr);
end
/* if (mem_resp_v_o && debug_ctr < 64 && mem_cmd_debug.header.addr >= 32'h80000000)
begin
debug_gotdata[((debug_ctr-1)*512) +: 512] <= data_li_resp;
$display("data == %x", data_li_resp);
end*/
// end
wire [3:0] typean;
assign typean = mem_cmd_r.header.msg_type;
endmodule

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/*
* bsg_mem_1rw_sync_mask_write_bit.v
*
* distributed synchronous 1-port ram for xilinx ultrascale or ultrascale plus FPGA
* Write mode: No-change | Read mode: No-change
* Note:
* There are 2 basic BRAM library primitives, RAMB18E2 and RAMB36E2 in Vivado.
* But none of them support bit-wise mask. They have Byte-wide write enable ports though.
* So we use the RAM_STYLE attribute to instruct the tool to infer distributed LUT RAM instead.
*
* To save resources, the code is written to be inferred as Signle-port distributed ram RAM64X1S.
* https://www.xilinx.com/support/documentation/user_guides/ug574-ultrascale-clb.pdf
*
*/
module bsg_mem_1rw_sync_mask_write_bit #(
parameter width_p = "inv"
, parameter els_p = "inv"
, parameter latch_last_read_p=0
, parameter enable_clock_gating_p=0
, localparam addr_width_lp = `BSG_SAFE_CLOG2(els_p)
) (
input clk_i
, input reset_i
, input [ width_p-1:0] data_i
, input [addr_width_lp-1:0] addr_i
, input v_i
, input [ width_p-1:0] w_mask_i
, input w_i
, output [ width_p-1:0] data_o
);
wire unused = reset_i;
(* ram_style = "distributed" *) logic [width_p-1:0] mem [els_p-1:0];
logic [width_p-1:0] data_r;
always_ff @(posedge clk_i) begin
if (v_i & ~w_i)
data_r <= mem[addr_i];
end
assign data_o = data_r;
for (genvar i=0; i<width_p; i=i+1) begin
always_ff @(posedge clk_i) begin
if (v_i)
if (w_i & w_mask_i[i])
mem[addr_i][i] <= data_i[i];
end
end
endmodule

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+incdir+$BASEJUMP_STL_DIR/bsg_dataflow
+incdir+$BASEJUMP_STL_DIR/bsg_mem
+incdir+$BASEJUMP_STL_DIR/bsg_misc
+incdir+$BASEJUMP_STL_DIR/bsg_test
+incdir+$BASEJUMP_STL_DIR/bsg_noc
+incdir+$BP_COMMON_DIR/src/include
+incdir+$BP_FE_DIR/src/include
+incdir+$BP_BE_DIR/src/include
+incdir+$BP_BE_DIR/src/include/bp_be_dcache
+incdir+$BP_ME_DIR/src/include/v
+incdir+$BP_TOP_DIR/src/include
$BASEJUMP_STL_DIR/bsg_cache/bsg_cache_pkg.v
$BASEJUMP_STL_DIR/bsg_noc/bsg_noc_pkg.v
$BASEJUMP_STL_DIR/bsg_noc/bsg_wormhole_router_pkg.v
$BP_COMMON_DIR/src/include/bp_common_rv64_pkg.vh
$BP_COMMON_DIR/src/include/bp_common_pkg.vh
$BP_COMMON_DIR/src/include/bp_common_aviary_pkg.vh
$BP_COMMON_DIR/src/include/bp_common_cfg_link_pkg.vh
$BP_FE_DIR/src/include/bp_fe_icache_pkg.vh
$BP_FE_DIR/src/include/bp_fe_pkg.vh
$BP_BE_DIR/src/include/bp_be_pkg.vh
$BP_BE_DIR/src/include/bp_be_dcache/bp_be_dcache_pkg.vh
$BP_ME_DIR/src/include/v/bp_me_pkg.vh
$BP_ME_DIR/src/include/v/bp_cce_pkg.v
$BASEJUMP_STL_DIR/bsg_async/bsg_async_fifo.v
$BASEJUMP_STL_DIR/bsg_async/bsg_launch_sync_sync.v
$BASEJUMP_STL_DIR/bsg_async/bsg_async_ptr_gray.v
$BASEJUMP_STL_DIR/bsg_cache/bsg_cache.v
$BASEJUMP_STL_DIR/bsg_cache/bsg_cache_dma.v
$BASEJUMP_STL_DIR/bsg_cache/bsg_cache_miss.v
$BASEJUMP_STL_DIR/bsg_cache/bsg_cache_decode.v
$BASEJUMP_STL_DIR/bsg_cache/bsg_cache_sbuf.v
$BASEJUMP_STL_DIR/bsg_cache/bsg_cache_sbuf_queue.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_channel_tunnel.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_channel_tunnel_in.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_channel_tunnel_out.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_1_to_n_tagged_fifo.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_1_to_n_tagged.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_fifo_1r1w_large.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_fifo_1r1w_pseudo_large.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_fifo_1r1w_small.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_fifo_1r1w_small_unhardened.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_fifo_1rw_large.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_fifo_tracker.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_flow_counter.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_one_fifo.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_parallel_in_serial_out.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_parallel_in_serial_out_dynamic.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_round_robin_1_to_n.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_round_robin_2_to_2.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_round_robin_n_to_1.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_serial_in_parallel_out.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_serial_in_parallel_out_dynamic.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_serial_in_parallel_out_full.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_shift_reg.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_two_fifo.v
$BASEJUMP_STL_DIR/bsg_mem/bsg_cam_1r1w.v
$BASEJUMP_STL_DIR/bsg_mem/bsg_mem_1r1w.v
$BASEJUMP_STL_DIR/bsg_mem/bsg_mem_1r1w_sync.v
$BASEJUMP_STL_DIR/bsg_mem/bsg_mem_1r1w_sync_synth.v
$BASEJUMP_STL_DIR/bsg_mem/bsg_mem_1r1w_synth.v
$BASEJUMP_STL_DIR/bsg_mem/bsg_mem_1rw_sync.v
//$BASEJUMP_STL_DIR/bsg_mem/bsg_mem_1rw_sync_mask_write_bit.v
$BP_LITEX_DIR/bsg_mem_1rw_sync_mask_write_bit.v
$BASEJUMP_STL_DIR/bsg_mem/bsg_mem_1rw_sync_mask_write_bit_synth.v
$BASEJUMP_STL_DIR/bsg_mem/bsg_mem_1rw_sync_mask_write_byte.v
$BASEJUMP_STL_DIR/bsg_mem/bsg_mem_1rw_sync_mask_write_byte_synth.v
$BASEJUMP_STL_DIR/bsg_mem/bsg_mem_1rw_sync_synth.v
$BASEJUMP_STL_DIR/bsg_mem/bsg_mem_2r1w_sync.v
$BASEJUMP_STL_DIR/bsg_mem/bsg_mem_2r1w_sync_synth.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_adder_cin.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_adder_ripple_carry.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_arb_fixed.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_array_concentrate_static.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_buf.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_buf_ctrl.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_circular_ptr.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_concentrate_static.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_counter_clear_up.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_counter_set_down.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_counter_set_en.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_counter_up_down.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_counter_up_down_variable.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_crossbar_o_by_i.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_cycle_counter.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_decode.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_decode_with_v.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_dff.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_dff_en_bypass.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_dff_reset_en_bypass.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_dff_chain.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_dff_en.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_dff_reset.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_dff_reset_en.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_edge_detect.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_encode_one_hot.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_expand_bitmask.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_hash_bank.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_hash_bank_reverse.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_idiv_iterative.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_idiv_iterative_controller.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_lfsr.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_lru_pseudo_tree_decode.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_lru_pseudo_tree_encode.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_mux.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_mux_butterfly.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_mux_one_hot.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_mux_segmented.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_muxi2_gatestack.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_nor2.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_nor3.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_nand.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_priority_encode.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_priority_encode_one_hot_out.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_reduce.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_reduce_segmented.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_round_robin_arb.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_scan.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_strobe.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_swap.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_thermometer_count.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_transpose.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_unconcentrate_static.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_xnor.v
$BASEJUMP_STL_DIR/bsg_noc/bsg_mesh_stitch.v
$BASEJUMP_STL_DIR/bsg_noc/bsg_noc_repeater_node.v
$BASEJUMP_STL_DIR/bsg_noc/bsg_wormhole_concentrator.v
$BASEJUMP_STL_DIR/bsg_noc/bsg_wormhole_concentrator_in.v
$BASEJUMP_STL_DIR/bsg_noc/bsg_wormhole_concentrator_out.v
$BASEJUMP_STL_DIR/bsg_noc/bsg_wormhole_router.v
$BASEJUMP_STL_DIR/bsg_noc/bsg_wormhole_router_adapter.v
$BASEJUMP_STL_DIR/bsg_noc/bsg_wormhole_router_adapter_in.v
$BASEJUMP_STL_DIR/bsg_noc/bsg_wormhole_router_adapter_out.v
$BASEJUMP_STL_DIR/bsg_noc/bsg_wormhole_router_decoder_dor.v
$BASEJUMP_STL_DIR/bsg_noc/bsg_wormhole_router_input_control.v
$BASEJUMP_STL_DIR/bsg_noc/bsg_wormhole_router_output_control.v
$BP_COMMON_DIR/src/v/bsg_fifo_1r1w_rolly.v
$BP_COMMON_DIR/src/v/bp_pma.v
$BP_COMMON_DIR/src/v/bp_tlb.v
$BP_COMMON_DIR/src/v/bp_tlb_replacement.v
$BP_BE_DIR/src/v/bp_be_top.v
$BP_BE_DIR/src/v/bp_be_calculator/bp_be_bypass.v
$BP_BE_DIR/src/v/bp_be_calculator/bp_be_calculator_top.v
$BP_BE_DIR/src/v/bp_be_calculator/bp_be_instr_decoder.v
$BP_BE_DIR/src/v/bp_be_calculator/bp_be_int_alu.v
$BP_BE_DIR/src/v/bp_be_calculator/bp_be_pipe_fp.v
$BP_BE_DIR/src/v/bp_be_calculator/bp_be_pipe_int.v
$BP_BE_DIR/src/v/bp_be_calculator/bp_be_pipe_ctrl.v
$BP_BE_DIR/src/v/bp_be_calculator/bp_be_pipe_long.v
$BP_BE_DIR/src/v/bp_be_calculator/bp_be_pipe_mem.v
$BP_BE_DIR/src/v/bp_be_calculator/bp_be_pipe_mul.v
$BP_BE_DIR/src/v/bp_be_calculator/bp_be_regfile.v
$BP_BE_DIR/src/v/bp_be_checker/bp_be_checker_top.v
$BP_BE_DIR/src/v/bp_be_checker/bp_be_detector.v
$BP_BE_DIR/src/v/bp_be_checker/bp_be_director.v
$BP_BE_DIR/src/v/bp_be_checker/bp_be_scheduler.v
$BP_BE_DIR/src/v/bp_be_mem/bp_be_ptw.v
$BP_BE_DIR/src/v/bp_be_mem/bp_be_csr.v
$BP_BE_DIR/src/v/bp_be_mem/bp_be_dcache/bp_be_dcache.v
$BP_BE_DIR/src/v/bp_be_mem/bp_be_dcache/bp_be_dcache_lce_cmd.v
$BP_BE_DIR/src/v/bp_be_mem/bp_be_dcache/bp_be_dcache_lce.v
$BP_BE_DIR/src/v/bp_be_mem/bp_be_dcache/bp_be_dcache_lce_req.v
$BP_BE_DIR/src/v/bp_be_mem/bp_be_dcache/bp_be_dcache_wbuf.v
$BP_BE_DIR/src/v/bp_be_mem/bp_be_dcache/bp_be_dcache_wbuf_queue.v
$BP_BE_DIR/src/v/bp_be_mem/bp_be_mem_top.v
$BP_FE_DIR/src/v/bp_fe_bht.v
$BP_FE_DIR/src/v/bp_fe_btb.v
$BP_FE_DIR/src/v/bp_fe_lce_cmd.v
$BP_FE_DIR/src/v/bp_fe_icache.v
$BP_FE_DIR/src/v/bp_fe_instr_scan.v
$BP_FE_DIR/src/v/bp_fe_lce.v
$BP_FE_DIR/src/v/bp_fe_lce_req.v
$BP_FE_DIR/src/v/bp_fe_mem.v
$BP_FE_DIR/src/v/bp_fe_pc_gen.v
$BP_FE_DIR/src/v/bp_fe_top.v
$BP_ME_DIR/src/v/cache/bp_me_cache_dma_to_cce.v
$BP_ME_DIR/src/v/cache/bp_me_cache_slice.v
$BP_ME_DIR/src/v/cache/bp_me_cce_to_cache.v
$BP_ME_DIR/src/v/cce/bp_cce.v
$BP_ME_DIR/src/v/cce/bp_cce_alu.v
$BP_ME_DIR/src/v/cce/bp_cce_arbitrate.v
$BP_ME_DIR/src/v/cce/bp_cce_branch.v
$BP_ME_DIR/src/v/cce/bp_cce_buffered.v
$BP_ME_DIR/src/v/cce/bp_cce_dir.v
$BP_ME_DIR/src/v/cce/bp_cce_dir_lru_extract.v
$BP_ME_DIR/src/v/cce/bp_cce_dir_segment.v
$BP_ME_DIR/src/v/cce/bp_cce_dir_tag_checker.v
$BP_ME_DIR/src/v/cce/bp_cce_gad.v
$BP_ME_DIR/src/v/cce/bp_cce_inst_decode.v
$BP_ME_DIR/src/v/cce/bp_cce_inst_predecode.v
$BP_ME_DIR/src/v/cce/bp_cce_inst_ram.v
$BP_ME_DIR/src/v/cce/bp_cce_inst_stall.v
$BP_ME_DIR/src/v/cce/bp_cce_msg.v
$BP_ME_DIR/src/v/cce/bp_cce_pending_bits.v
$BP_ME_DIR/src/v/cce/bp_cce_reg.v
$BP_ME_DIR/src/v/cce/bp_cce_spec_bits.v
$BP_ME_DIR/src/v/cce/bp_cce_src_sel.v
$BP_ME_DIR/src/v/cce/bp_io_cce.v
$BP_ME_DIR/src/v/cce/bp_cce_fsm.v
$BP_ME_DIR/src/v/cce/bp_cce_wrapper.v
$BP_ME_DIR/src/v/cce/bp_uce.v
$BP_ME_DIR/src/v/wormhole/bp_me_addr_to_cce_id.v
$BP_ME_DIR/src/v/wormhole/bp_me_cce_id_to_cord.v
$BP_ME_DIR/src/v/wormhole/bp_me_cce_to_mem_link_bidir.v
$BP_ME_DIR/src/v/wormhole/bp_me_cce_to_mem_link_client.v
$BP_ME_DIR/src/v/wormhole/bp_me_cce_to_mem_link_master.v
$BP_ME_DIR/src/v/wormhole/bp_me_cord_to_id.v
$BP_ME_DIR/src/v/wormhole/bp_me_lce_id_to_cord.v
$BP_ME_DIR/src/v/wormhole/bp_me_wormhole_packet_encode_lce_cmd.v
$BP_ME_DIR/src/v/wormhole/bp_me_wormhole_packet_encode_lce_req.v
$BP_ME_DIR/src/v/wormhole/bp_me_wormhole_packet_encode_lce_resp.v
$BP_ME_DIR/src/v/wormhole/bp_me_wormhole_packet_encode_mem_cmd.v
$BP_ME_DIR/src/v/wormhole/bp_me_wormhole_packet_encode_mem_resp.v
$BP_TOP_DIR/src/v/bp_nd_socket.v
$BP_TOP_DIR/src/v/bp_cacc_vdp.v
$BP_TOP_DIR/src/v/bp_cacc_tile.v
$BP_TOP_DIR/src/v/bp_cacc_tile_node.v
$BP_TOP_DIR/src/v/bp_cacc_complex.v
$BP_TOP_DIR/src/v/bp_sacc_vdp.v
$BP_TOP_DIR/src/v/bp_sacc_tile.v
$BP_TOP_DIR/src/v/bp_sacc_tile_node.v
$BP_TOP_DIR/src/v/bp_sacc_complex.v
$BP_TOP_DIR/src/v/bp_cfg.v
$BP_TOP_DIR/src/v/bp_core.v
$BP_TOP_DIR/src/v/bp_core_complex.v
$BP_TOP_DIR/src/v/bp_core_minimal.v
//$BP_TOP_DIR/src/v/bp_clint.v
$BP_TOP_DIR/src/v/bp_clint_node.v
$BP_TOP_DIR/src/v/bp_clint_slice.v
$BP_TOP_DIR/src/v/bp_l2e_tile.v
$BP_TOP_DIR/src/v/bp_l2e_tile_node.v
$BP_TOP_DIR/src/v/bp_io_complex.v
$BP_TOP_DIR/src/v/bp_io_link_to_lce.v
$BP_TOP_DIR/src/v/bp_io_tile.v
$BP_TOP_DIR/src/v/bp_io_tile_node.v
$BP_TOP_DIR/src/v/bp_mem_complex.v
$BP_TOP_DIR/src/v/bp_processor.v
$BP_TOP_DIR/src/v/bp_softcore.v
$BP_TOP_DIR/src/v/bp_tile.v
$BP_TOP_DIR/src/v/bp_tile_node.v
$BP_TOP_DIR/src/v/bsg_async_noc_link.v
$BASEJUMP_STL_DIR/bsg_fsb/bsg_fsb_node_trace_replay.v
//$BP_BE_DIR/test/common/bp_be_nonsynth_perf.v
//$BP_BE_DIR/test/common/bp_be_nonsynth_npc_tracer.v
//$BP_BE_DIR/test/common/bp_be_nonsynth_vm_tracer.v
//$BP_ME_DIR/test/common/bp_mem.v
//$BP_ME_DIR/test/common/bp_mem_transducer.v
//$BP_ME_DIR/test/common/bp_mem_delay_model.v
//$BP_ME_DIR/test/common/bp_mem_storage_sync.v
$BP_ME_DIR/test/common/bp_cce_mmio_cfg_loader.v
//$BP_ME_DIR/test/common/dramsim2_wrapper.cpp
//$BP_ME_DIR/test/common/bp_mem_utils.cpp
//$BP_ME_DIR/test/common/bp_me_nonsynth_cce_tracer.v
//$BP_ME_DIR/test/common/bp_mem_nonsynth_tracer.v
//$BP_TOP_DIR/test/common/bp_nonsynth_watchdog.v
//$BP_TOP_DIR/test/common/bp_nonsynth_cosim.v
//$BP_TOP_DIR/test/common/bp_nonsynth_host.v
//$BP_TOP_DIR/test/common/bp_nonsynth_if_verif.v
//$BP_TOP_DIR/test/common/bp_nonsynth_commit_tracer.v
//$BP_TOP_DIR/test/common/bp_nonsynth_cache_tracer.v
$BP_TOP_DIR/test/common/bp_nonsynth_nbf_loader.v
//$BP_TOP_DIR/test/common/bp_monitor.cpp
//$BP_TOP_DIR/test/common/dromajo_cosim.cpp
//$BP_TOP_DIR/test/common/bp_nonsynth_core_profiler.v
//$BP_TOP_DIR/test/common/bp_nonsynth_pc_profiler.v
//$BP_TOP_DIR/test/common/bp_nonsynth_branch_profiler.v
$BP_LITEX_DIR/bp2wb_convertor.v
$BP_LITEX_DIR/fpga/ExampleBlackParrotSystem.v

View File

@ -1,269 +0,0 @@
+incdir+$BASEJUMP_STL_DIR/bsg_dataflow
+incdir+$BASEJUMP_STL_DIR/bsg_mem
+incdir+$BASEJUMP_STL_DIR/bsg_misc
+incdir+$BASEJUMP_STL_DIR/bsg_test
+incdir+$BASEJUMP_STL_DIR/bsg_noc
+incdir+$BP_COMMON_DIR/src/include
+incdir+$BP_FE_DIR/src/include
+incdir+$BP_BE_DIR/src/include
+incdir+$BP_BE_DIR/src/include/bp_be_dcache
+incdir+$BP_ME_DIR/src/include/v
+incdir+$BP_TOP_DIR/src/include
$BASEJUMP_STL_DIR/bsg_cache/bsg_cache_pkg.v
$BASEJUMP_STL_DIR/bsg_noc/bsg_noc_pkg.v
$BASEJUMP_STL_DIR/bsg_noc/bsg_wormhole_router_pkg.v
$BP_COMMON_DIR/src/include/bp_common_rv64_pkg.vh
$BP_COMMON_DIR/src/include/bp_common_pkg.vh
$BP_COMMON_DIR/src/include/bp_common_aviary_pkg.vh
$BP_COMMON_DIR/src/include/bp_common_cfg_link_pkg.vh
$BP_FE_DIR/src/include/bp_fe_icache_pkg.vh
$BP_FE_DIR/src/include/bp_fe_pkg.vh
$BP_BE_DIR/src/include/bp_be_pkg.vh
$BP_BE_DIR/src/include/bp_be_dcache/bp_be_dcache_pkg.vh
$BP_ME_DIR/src/include/v/bp_me_pkg.vh
$BP_ME_DIR/src/include/v/bp_cce_pkg.v
$BASEJUMP_STL_DIR/bsg_async/bsg_async_fifo.v
$BASEJUMP_STL_DIR/bsg_async/bsg_launch_sync_sync.v
$BASEJUMP_STL_DIR/bsg_async/bsg_async_ptr_gray.v
$BASEJUMP_STL_DIR/bsg_cache/bsg_cache.v
$BASEJUMP_STL_DIR/bsg_cache/bsg_cache_dma.v
$BASEJUMP_STL_DIR/bsg_cache/bsg_cache_miss.v
$BASEJUMP_STL_DIR/bsg_cache/bsg_cache_decode.v
$BASEJUMP_STL_DIR/bsg_cache/bsg_cache_sbuf.v
$BASEJUMP_STL_DIR/bsg_cache/bsg_cache_sbuf_queue.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_channel_tunnel.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_channel_tunnel_in.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_channel_tunnel_out.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_1_to_n_tagged_fifo.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_1_to_n_tagged.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_fifo_1r1w_large.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_fifo_1r1w_pseudo_large.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_fifo_1r1w_small.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_fifo_1r1w_small_unhardened.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_fifo_1rw_large.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_fifo_tracker.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_flow_counter.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_one_fifo.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_parallel_in_serial_out.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_parallel_in_serial_out_dynamic.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_round_robin_1_to_n.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_round_robin_2_to_2.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_round_robin_n_to_1.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_serial_in_parallel_out.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_serial_in_parallel_out_dynamic.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_serial_in_parallel_out_full.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_shift_reg.v
$BASEJUMP_STL_DIR/bsg_dataflow/bsg_two_fifo.v
$BASEJUMP_STL_DIR/bsg_mem/bsg_cam_1r1w.v
$BASEJUMP_STL_DIR/bsg_mem/bsg_mem_1r1w.v
$BASEJUMP_STL_DIR/bsg_mem/bsg_mem_1r1w_sync.v
$BASEJUMP_STL_DIR/bsg_mem/bsg_mem_1r1w_sync_synth.v
$BASEJUMP_STL_DIR/bsg_mem/bsg_mem_1r1w_synth.v
$BASEJUMP_STL_DIR/bsg_mem/bsg_mem_1rw_sync.v
$BASEJUMP_STL_DIR/bsg_mem/bsg_mem_1rw_sync_mask_write_bit.v
//$BP_LITEX_DIR/bsg_mem_1rw_sync_mask_write_bit.v
$BASEJUMP_STL_DIR/bsg_mem/bsg_mem_1rw_sync_mask_write_bit_synth.v
$BASEJUMP_STL_DIR/bsg_mem/bsg_mem_1rw_sync_mask_write_byte.v
$BASEJUMP_STL_DIR/bsg_mem/bsg_mem_1rw_sync_mask_write_byte_synth.v
$BASEJUMP_STL_DIR/bsg_mem/bsg_mem_1rw_sync_synth.v
$BASEJUMP_STL_DIR/bsg_mem/bsg_mem_2r1w_sync.v
$BASEJUMP_STL_DIR/bsg_mem/bsg_mem_2r1w_sync_synth.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_adder_cin.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_adder_ripple_carry.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_arb_fixed.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_array_concentrate_static.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_buf.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_buf_ctrl.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_circular_ptr.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_concentrate_static.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_counter_clear_up.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_counter_set_down.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_counter_set_en.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_counter_up_down.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_counter_up_down_variable.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_crossbar_o_by_i.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_cycle_counter.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_decode.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_decode_with_v.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_dff.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_dff_en_bypass.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_dff_reset_en_bypass.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_dff_chain.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_dff_en.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_dff_reset.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_dff_reset_en.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_edge_detect.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_encode_one_hot.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_expand_bitmask.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_hash_bank.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_hash_bank_reverse.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_idiv_iterative.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_idiv_iterative_controller.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_lfsr.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_lru_pseudo_tree_decode.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_lru_pseudo_tree_encode.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_mux.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_mux_butterfly.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_mux_one_hot.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_mux_segmented.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_muxi2_gatestack.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_nor2.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_nor3.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_nand.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_priority_encode.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_priority_encode_one_hot_out.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_reduce.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_reduce_segmented.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_round_robin_arb.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_scan.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_strobe.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_swap.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_thermometer_count.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_transpose.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_unconcentrate_static.v
$BASEJUMP_STL_DIR/bsg_misc/bsg_xnor.v
$BASEJUMP_STL_DIR/bsg_noc/bsg_mesh_stitch.v
$BASEJUMP_STL_DIR/bsg_noc/bsg_noc_repeater_node.v
$BASEJUMP_STL_DIR/bsg_noc/bsg_wormhole_concentrator.v
$BASEJUMP_STL_DIR/bsg_noc/bsg_wormhole_concentrator_in.v
$BASEJUMP_STL_DIR/bsg_noc/bsg_wormhole_concentrator_out.v
$BASEJUMP_STL_DIR/bsg_noc/bsg_wormhole_router.v
$BASEJUMP_STL_DIR/bsg_noc/bsg_wormhole_router_adapter.v
$BASEJUMP_STL_DIR/bsg_noc/bsg_wormhole_router_adapter_in.v
$BASEJUMP_STL_DIR/bsg_noc/bsg_wormhole_router_adapter_out.v
$BASEJUMP_STL_DIR/bsg_noc/bsg_wormhole_router_decoder_dor.v
$BASEJUMP_STL_DIR/bsg_noc/bsg_wormhole_router_input_control.v
$BASEJUMP_STL_DIR/bsg_noc/bsg_wormhole_router_output_control.v
$BP_COMMON_DIR/src/v/bsg_fifo_1r1w_rolly.v
$BP_COMMON_DIR/src/v/bp_pma.v
$BP_COMMON_DIR/src/v/bp_tlb.v
$BP_COMMON_DIR/src/v/bp_tlb_replacement.v
$BP_BE_DIR/src/v/bp_be_top.v
$BP_BE_DIR/src/v/bp_be_calculator/bp_be_bypass.v
$BP_BE_DIR/src/v/bp_be_calculator/bp_be_calculator_top.v
$BP_BE_DIR/src/v/bp_be_calculator/bp_be_instr_decoder.v
$BP_BE_DIR/src/v/bp_be_calculator/bp_be_int_alu.v
$BP_BE_DIR/src/v/bp_be_calculator/bp_be_pipe_fp.v
$BP_BE_DIR/src/v/bp_be_calculator/bp_be_pipe_int.v
$BP_BE_DIR/src/v/bp_be_calculator/bp_be_pipe_ctrl.v
$BP_BE_DIR/src/v/bp_be_calculator/bp_be_pipe_long.v
$BP_BE_DIR/src/v/bp_be_calculator/bp_be_pipe_mem.v
$BP_BE_DIR/src/v/bp_be_calculator/bp_be_pipe_mul.v
$BP_BE_DIR/src/v/bp_be_calculator/bp_be_regfile.v
$BP_BE_DIR/src/v/bp_be_checker/bp_be_checker_top.v
$BP_BE_DIR/src/v/bp_be_checker/bp_be_detector.v
$BP_BE_DIR/src/v/bp_be_checker/bp_be_director.v
$BP_BE_DIR/src/v/bp_be_checker/bp_be_scheduler.v
$BP_BE_DIR/src/v/bp_be_mem/bp_be_ptw.v
$BP_BE_DIR/src/v/bp_be_mem/bp_be_csr.v
$BP_BE_DIR/src/v/bp_be_mem/bp_be_dcache/bp_be_dcache.v
$BP_BE_DIR/src/v/bp_be_mem/bp_be_dcache/bp_be_dcache_lce_cmd.v
$BP_BE_DIR/src/v/bp_be_mem/bp_be_dcache/bp_be_dcache_lce.v
$BP_BE_DIR/src/v/bp_be_mem/bp_be_dcache/bp_be_dcache_lce_req.v
$BP_BE_DIR/src/v/bp_be_mem/bp_be_dcache/bp_be_dcache_wbuf.v
$BP_BE_DIR/src/v/bp_be_mem/bp_be_dcache/bp_be_dcache_wbuf_queue.v
$BP_BE_DIR/src/v/bp_be_mem/bp_be_mem_top.v
$BP_FE_DIR/src/v/bp_fe_bht.v
$BP_FE_DIR/src/v/bp_fe_btb.v
$BP_FE_DIR/src/v/bp_fe_lce_cmd.v
$BP_FE_DIR/src/v/bp_fe_icache.v
$BP_FE_DIR/src/v/bp_fe_instr_scan.v
$BP_FE_DIR/src/v/bp_fe_lce.v
$BP_FE_DIR/src/v/bp_fe_lce_req.v
$BP_FE_DIR/src/v/bp_fe_mem.v
$BP_FE_DIR/src/v/bp_fe_pc_gen.v
$BP_FE_DIR/src/v/bp_fe_top.v
$BP_ME_DIR/src/v/cache/bp_me_cache_dma_to_cce.v
$BP_ME_DIR/src/v/cache/bp_me_cache_slice.v
$BP_ME_DIR/src/v/cache/bp_me_cce_to_cache.v
$BP_ME_DIR/src/v/cce/bp_cce.v
$BP_ME_DIR/src/v/cce/bp_cce_alu.v
$BP_ME_DIR/src/v/cce/bp_cce_arbitrate.v
$BP_ME_DIR/src/v/cce/bp_cce_branch.v
$BP_ME_DIR/src/v/cce/bp_cce_buffered.v
$BP_ME_DIR/src/v/cce/bp_cce_dir.v
$BP_ME_DIR/src/v/cce/bp_cce_dir_lru_extract.v
$BP_ME_DIR/src/v/cce/bp_cce_dir_segment.v
$BP_ME_DIR/src/v/cce/bp_cce_dir_tag_checker.v
$BP_ME_DIR/src/v/cce/bp_cce_gad.v
$BP_ME_DIR/src/v/cce/bp_cce_inst_decode.v
$BP_ME_DIR/src/v/cce/bp_cce_inst_predecode.v
$BP_ME_DIR/src/v/cce/bp_cce_inst_ram.v
$BP_ME_DIR/src/v/cce/bp_cce_inst_stall.v
$BP_ME_DIR/src/v/cce/bp_cce_msg.v
$BP_ME_DIR/src/v/cce/bp_cce_pending_bits.v
$BP_ME_DIR/src/v/cce/bp_cce_reg.v
$BP_ME_DIR/src/v/cce/bp_cce_spec_bits.v
$BP_ME_DIR/src/v/cce/bp_cce_src_sel.v
$BP_ME_DIR/src/v/cce/bp_io_cce.v
$BP_ME_DIR/src/v/cce/bp_cce_fsm.v
$BP_ME_DIR/src/v/cce/bp_cce_wrapper.v
$BP_ME_DIR/src/v/cce/bp_uce.v
$BP_ME_DIR/src/v/wormhole/bp_me_addr_to_cce_id.v
$BP_ME_DIR/src/v/wormhole/bp_me_cce_id_to_cord.v
$BP_ME_DIR/src/v/wormhole/bp_me_cce_to_mem_link_bidir.v
$BP_ME_DIR/src/v/wormhole/bp_me_cce_to_mem_link_client.v
$BP_ME_DIR/src/v/wormhole/bp_me_cce_to_mem_link_master.v
$BP_ME_DIR/src/v/wormhole/bp_me_cord_to_id.v
$BP_ME_DIR/src/v/wormhole/bp_me_lce_id_to_cord.v
$BP_ME_DIR/src/v/wormhole/bp_me_wormhole_packet_encode_lce_cmd.v
$BP_ME_DIR/src/v/wormhole/bp_me_wormhole_packet_encode_lce_req.v
$BP_ME_DIR/src/v/wormhole/bp_me_wormhole_packet_encode_lce_resp.v
$BP_ME_DIR/src/v/wormhole/bp_me_wormhole_packet_encode_mem_cmd.v
$BP_ME_DIR/src/v/wormhole/bp_me_wormhole_packet_encode_mem_resp.v
$BP_TOP_DIR/src/v/bp_nd_socket.v
$BP_TOP_DIR/src/v/bp_cacc_vdp.v
$BP_TOP_DIR/src/v/bp_cacc_tile.v
$BP_TOP_DIR/src/v/bp_cacc_tile_node.v
$BP_TOP_DIR/src/v/bp_cacc_complex.v
$BP_TOP_DIR/src/v/bp_sacc_vdp.v
$BP_TOP_DIR/src/v/bp_sacc_tile.v
$BP_TOP_DIR/src/v/bp_sacc_tile_node.v
$BP_TOP_DIR/src/v/bp_sacc_complex.v
$BP_TOP_DIR/src/v/bp_cfg.v
$BP_TOP_DIR/src/v/bp_core.v
$BP_TOP_DIR/src/v/bp_core_complex.v
$BP_TOP_DIR/src/v/bp_core_minimal.v
$BP_TOP_DIR/src/v/bp_clint.v
$BP_TOP_DIR/src/v/bp_clint_node.v
$BP_TOP_DIR/src/v/bp_clint_slice.v
$BP_TOP_DIR/src/v/bp_l2e_tile.v
$BP_TOP_DIR/src/v/bp_l2e_tile_node.v
$BP_TOP_DIR/src/v/bp_io_complex.v
$BP_TOP_DIR/src/v/bp_io_link_to_lce.v
$BP_TOP_DIR/src/v/bp_io_tile.v
$BP_TOP_DIR/src/v/bp_io_tile_node.v
$BP_TOP_DIR/src/v/bp_mem_complex.v
$BP_TOP_DIR/src/v/bp_processor.v
$BP_TOP_DIR/src/v/bp_softcore.v
$BP_TOP_DIR/src/v/bp_tile.v
$BP_TOP_DIR/src/v/bp_tile_node.v
$BP_TOP_DIR/src/v/bsg_async_noc_link.v
$BASEJUMP_STL_DIR/bsg_fsb/bsg_fsb_node_trace_replay.v
//$BP_BE_DIR/test/common/bp_be_nonsynth_perf.v
//$BP_BE_DIR/test/common/bp_be_nonsynth_npc_tracer.v
//$BP_BE_DIR/test/common/bp_be_nonsynth_vm_tracer.v
//$BP_ME_DIR/test/common/bp_mem.v
//$BP_ME_DIR/test/common/bp_mem_transducer.v
//$BP_ME_DIR/test/common/bp_mem_delay_model.v
//$BP_ME_DIR/test/common/bp_mem_storage_sync.v
$BP_ME_DIR/test/common/bp_cce_mmio_cfg_loader.v
//$BP_ME_DIR/test/common/dramsim2_wrapper.cpp
//$BP_ME_DIR/test/common/bp_mem_utils.cpp
//$BP_ME_DIR/test/common/bp_me_nonsynth_cce_tracer.v
$BP_ME_DIR/test/common/bp_mem_nonsynth_tracer.v
//$BP_TOP_DIR/test/common/bp_nonsynth_watchdog.v
//$BP_TOP_DIR/test/common/bp_nonsynth_cosim.v
//$BP_TOP_DIR/test/common/bp_nonsynth_host.v
//$BP_TOP_DIR/test/common/bp_nonsynth_if_verif.v
$BP_TOP_DIR/test/common/bp_nonsynth_commit_tracer.v
//$BP_TOP_DIR/test/common/bp_nonsynth_cache_tracer.v
$BP_TOP_DIR/test/common/bp_nonsynth_nbf_loader.v
//$BP_TOP_DIR/test/common/bp_monitor.cpp
//$BP_TOP_DIR/test/common/dromajo_cosim.cpp
//$BP_TOP_DIR/test/common/bp_nonsynth_core_profiler.v
//$BP_TOP_DIR/test/common/bp_nonsynth_pc_profiler.v
//$BP_TOP_DIR/test/common/bp_nonsynth_branch_profiler.v
$BP_LITEX_DIR/bp2wb_convertor.v
$BP_LITEX_DIR/simulation/ExampleBlackParrotSystem.v

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@ -1,623 +0,0 @@
/**
*
* ExampleBlackParrotSystem.v
*
*/
`include "bsg_noc_links.vh"
module ExampleBlackParrotSystem
import bp_common_pkg::*;
import bp_common_aviary_pkg::*;
import bp_be_pkg::*;
import bp_common_rv64_pkg::*;
import bp_cce_pkg::*;
import bp_me_pkg::*;
import bp_common_cfg_link_pkg::*;
import bsg_noc_pkg::*;
#(parameter bp_params_e bp_params_p = e_bp_softcore_no_l2_cfg// e_bp_softcore_cfg
`declare_bp_proc_params(bp_params_p)
`declare_bp_fe_be_if_widths(vaddr_width_p, paddr_width_p, asid_width_p, branch_metadata_fwd_width_p)
`declare_bp_me_if_widths(paddr_width_p, cce_block_width_p, lce_id_width_p, lce_assoc_p)
// Tracing parameters
, parameter calc_trace_p = 0
, parameter cce_trace_p = 0
, parameter cmt_trace_p = 0
, parameter dram_trace_p = 0
, parameter npc_trace_p = 0
, parameter icache_trace_p = 0
, parameter dcache_trace_p = 0
, parameter vm_trace_p = 0
, parameter core_profile_p = 0
, parameter preload_mem_p = 0
, parameter load_nbf_p = 0
, parameter skip_init_p = 0
, parameter cosim_p = 0
, parameter cosim_cfg_file_p = "prog.cfg"
, parameter cosim_instr_p = 0
, parameter warmup_instr_p = 0
, parameter mem_zero_p = 1
, parameter mem_file_p = "prog.mem"
, parameter mem_cap_in_bytes_p = 2**28
, parameter [paddr_width_p-1:0] mem_offset_p = dram_base_addr_gp
// Number of elements in the fake BlackParrot memory
/*, parameter use_max_latency_p = 0
, parameter use_random_latency_p = 0
, parameter use_dramsim2_latency_p = 0
, parameter max_latency_p = 15
, parameter dram_clock_period_in_ps_p = `BP_SIM_CLK_PERIOD
, parameter dram_cfg_p = "dram_ch.ini"
, parameter dram_sys_cfg_p = "dram_sys.ini"
, parameter dram_capacity_p = 16384
*/
)
(input clk_i
, input reset_i
//Wishbone interface
, input [63:0] wbm_dat_i
, output [63:0] wbm_dat_o
, input wbm_ack_i
, input wbm_err_i
, input wbm_rty_i
, output [36:0] wbm_adr_o //TODO parametrize this
, output wbm_stb_o
, output wbm_cyc_o
, output [7:0] wbm_sel_o
, output wbm_we_o
, output [2:0] wbm_cti_o //TODO:
, output [1:0] wbm_bte_o
// , input [3:0] interrupts
);
`declare_bp_me_if(paddr_width_p, cce_block_width_p, lce_id_width_p, lce_assoc_p)
initial begin
if (num_core_p > 1) begin
assert (cosim_p == 0) else $error("cosim_p not supported for num_core_p > 1");
end
end
logic [num_core_p-1:0] program_finish_lo;
logic cosim_finish_lo;
bp_cce_mem_msg_s proc_mem_cmd_lo;
logic proc_mem_cmd_v_lo, proc_mem_cmd_ready_li;
bp_cce_mem_msg_s proc_mem_resp_li;
logic proc_mem_resp_v_li, proc_mem_resp_yumi_lo;
bp_cce_mem_msg_s proc_io_cmd_lo;
logic proc_io_cmd_v_lo, proc_io_cmd_ready_li;
bp_cce_mem_msg_s proc_io_resp_li;
logic proc_io_resp_v_li, proc_io_resp_yumi_lo;
bp_cce_mem_msg_s io_cmd_lo;
logic io_cmd_v_lo, io_cmd_ready_li;
bp_cce_mem_msg_s io_resp_li;
logic io_resp_v_li, io_resp_yumi_lo;
bp_cce_mem_msg_s nbf_cmd_lo;
logic nbf_cmd_v_lo, nbf_cmd_yumi_li;
bp_cce_mem_msg_s nbf_resp_li;
logic nbf_resp_v_li, nbf_resp_ready_lo;
bp_cce_mem_msg_s cfg_cmd_lo;
logic cfg_cmd_v_lo, cfg_cmd_yumi_li;
bp_cce_mem_msg_s cfg_resp_li;
logic cfg_resp_v_li, cfg_resp_ready_lo;
bp_cce_mem_msg_s load_cmd_lo;
logic load_cmd_v_lo, load_cmd_yumi_li;
bp_cce_mem_msg_s load_resp_li;
logic load_resp_v_li, load_resp_ready_lo;
bp_softcore
#(.bp_params_p(bp_params_p))
softcore
(.clk_i(clk_i)
,.reset_i(reset_i)
,.io_cmd_o(proc_io_cmd_lo)
,.io_cmd_v_o(proc_io_cmd_v_lo)
,.io_cmd_ready_i(proc_io_cmd_ready_li)
,.io_resp_i(proc_io_resp_li)
,.io_resp_v_i(proc_io_resp_v_li)
,.io_resp_yumi_o(proc_io_resp_yumi_lo)
,.io_cmd_i(load_cmd_lo)
,.io_cmd_v_i(load_cmd_v_lo)
,.io_cmd_yumi_o(load_cmd_yumi_li)
,.io_resp_o(load_resp_li)
,.io_resp_v_o(load_resp_v_li)
,.io_resp_ready_i(load_resp_ready_lo)
,.mem_cmd_o(proc_mem_cmd_lo)
,.mem_cmd_v_o(proc_mem_cmd_v_lo)
,.mem_cmd_ready_i(proc_mem_cmd_ready_li)
,.mem_resp_i(proc_mem_resp_li)
,.mem_resp_v_i(proc_mem_resp_v_li)
,.mem_resp_yumi_o(proc_mem_resp_yumi_lo)
);
bp2wb_convertor
#(.bp_params_p(bp_params_p))
bp2wb
(.clk_i(clk_i)
,.reset_i(reset_i)
,.mem_cmd_i(proc_mem_cmd_lo)
,.mem_cmd_v_i(proc_mem_cmd_ready_li & proc_mem_cmd_v_lo)
,.mem_cmd_ready_o(proc_mem_cmd_ready_li)
,.mem_resp_o(proc_mem_resp_li)
,.mem_resp_v_o(proc_mem_resp_v_li)
,.mem_resp_yumi_i(proc_mem_resp_yumi_lo)
,.dat_i(wbm_dat_i)
,.dat_o(wbm_dat_o)
,.ack_i(wbm_ack_i)
,.adr_o(wbm_adr_o)
,.stb_o(wbm_stb_o)
,.cyc_o(wbm_cyc_o)
,.sel_o(wbm_sel_o )
,.we_o(wbm_we_o)
,.cti_o(wbm_cti_o)
,.bte_o(wbm_bte_o )
// ,.rty_i(wbm_rty_i)
,.err_i(wbm_err_i)
);
assign proc_io_cmd_ready_li = 1;//TODO: make sure this is necessary
logic nbf_done_lo, cfg_done_lo;
if (load_nbf_p)
begin : nbf
bp_nonsynth_nbf_loader
#(.bp_params_p(bp_params_p))
nbf_loader
(.clk_i(clk_i)
,.reset_i(reset_i | ~cfg_done_lo)
,.lce_id_i(lce_id_width_p'('b10))
,.io_cmd_o(nbf_cmd_lo)
,.io_cmd_v_o(nbf_cmd_v_lo)
,.io_cmd_yumi_i(nbf_cmd_yumi_li)
,.io_resp_i(nbf_resp_li)
,.io_resp_v_i(nbf_resp_v_li)
,.io_resp_ready_o(nbf_resp_ready_lo)
,.done_o(nbf_done_lo)
);
end
else
begin : no_nbf
assign nbf_resp_ready_lo = 1'b1;
assign nbf_cmd_v_lo = '0;
assign nbf_cmd_lo = '0;
assign nbf_done_lo = 1'b1;
end
localparam cce_instr_ram_addr_width_lp = `BSG_SAFE_CLOG2(num_cce_instr_ram_els_p);
bp_cce_mmio_cfg_loader
#(.bp_params_p(bp_params_p)
,.inst_width_p($bits(bp_cce_inst_s))
,.inst_ram_addr_width_p(cce_instr_ram_addr_width_lp)
,.inst_ram_els_p(num_cce_instr_ram_els_p)
,.skip_ram_init_p(skip_init_p)
,.clear_freeze_p(!load_nbf_p)
,.cce_ucode_filename_p("/tmp/cce_ucode.mem")
)
cfg_loader
(.clk_i(clk_i)
,.reset_i(reset_i)
,.lce_id_i(lce_id_width_p'('b10))
,.io_cmd_o(cfg_cmd_lo)
,.io_cmd_v_o(cfg_cmd_v_lo)
,.io_cmd_yumi_i(cfg_cmd_yumi_li)
,.io_resp_i(cfg_resp_li)
,.io_resp_v_i(cfg_resp_v_li)
,.io_resp_ready_o(cfg_resp_ready_lo)
,.done_o(cfg_done_lo)
);
// CFG and NBF are mutex, so we can just use fixed arbitration here
always_comb
if (~cfg_done_lo)
begin
load_cmd_lo = cfg_cmd_lo;
load_cmd_v_lo = cfg_cmd_v_lo;
nbf_cmd_yumi_li = '0;
cfg_cmd_yumi_li = load_cmd_yumi_li;
load_resp_ready_lo = cfg_resp_ready_lo;
nbf_resp_li = '0;
nbf_resp_v_li = '0;
cfg_resp_li = load_resp_li;
cfg_resp_v_li = load_resp_v_li;
end
else
begin
load_cmd_lo = nbf_cmd_lo;
load_cmd_v_lo = nbf_cmd_v_lo;
nbf_cmd_yumi_li = load_cmd_yumi_li;
cfg_cmd_yumi_li = '0;
load_resp_ready_lo = nbf_resp_ready_lo;
nbf_resp_li = load_resp_li;
nbf_resp_v_li = load_resp_v_li;
cfg_resp_li = '0;
cfg_resp_v_li = '0;
end
/*bp_nonsynth_host
#(.bp_params_p(bp_params_p))
host
(.clk_i(clk_i)
,.reset_i(reset_i)
,.io_cmd_i(proc_io_cmd_lo)
,.io_cmd_v_i(proc_io_cmd_v_lo & proc_io_cmd_ready_li)
,.io_cmd_ready_o(proc_io_cmd_ready_li)
,.io_resp_o(proc_io_resp_li)
,.io_resp_v_o(proc_io_resp_v_li)
,.io_resp_yumi_i(proc_io_resp_yumi_lo)
,.program_finish_o(program_finish_lo)
);
*/
/*bind bp_be_top
bp_nonsynth_commit_tracer
#(.bp_params_p(bp_params_p))
commit_tracer
(.clk_i(clk_i & (ExampleBlackParrotSystem.cmt_trace_p == 1))
,.reset_i(reset_i)
,.freeze_i(be_checker.scheduler.int_regfile.cfg_bus.freeze)
,.mhartid_i('0)
,.decode_i(be_calculator.reservation_n.decode)
,.commit_v_i(be_calculator.commit_pkt.instret)
,.commit_pc_i(be_calculator.commit_pkt.pc)
,.commit_instr_i(be_calculator.commit_pkt.instr)
,.rd_w_v_i(be_checker.scheduler.wb_pkt.rd_w_v)
,.rd_addr_i(be_checker.scheduler.wb_pkt.rd_addr)
,.rd_data_i(be_checker.scheduler.wb_pkt.rd_data)
);
*/
/* if (num_core_p == 1)
begin : cosim
bind bp_be_top
bp_nonsynth_cosim
#(.bp_params_p(bp_params_p))
cosim
(.clk_i(clk_i)
,.reset_i(reset_i)
,.freeze_i(be_checker.scheduler.int_regfile.cfg_bus.freeze)
,.en_i(ExampleBlackParrotSystem.cosim_p == 1)
,.cosim_instr_i(ExampleBlackParrotSystem.cosim_instr_p)
,.mhartid_i(be_checker.scheduler.int_regfile.cfg_bus.core_id)
// Want to pass config file as a parameter, but cannot in Verilator 4.025
// Parameter-resolved constants must not use dotted references
,.config_file_i(ExampleBlackParrotSystem.cosim_cfg_file_p)
,.decode_i(be_calculator.reservation_n.decode)
,.commit_v_i(be_calculator.commit_pkt.instret)
,.commit_pc_i(be_calculator.commit_pkt.pc)
,.commit_instr_i(be_calculator.commit_pkt.instr)
,.rd_w_v_i(be_checker.scheduler.wb_pkt.rd_w_v)
,.rd_addr_i(be_checker.scheduler.wb_pkt.rd_addr)
,.rd_data_i(be_checker.scheduler.wb_pkt.rd_data)
,.interrupt_v_i(be_mem.csr.trap_pkt_cast_o._interrupt)
,.cause_i(be_mem.csr.trap_pkt_cast_o.cause)
,.finish_o(ExampleBlackParrotSystem.cosim_finish_lo)
);
end
else
begin : no_cosim*/
assign cosim_finish_lo = '0;
// end
/*bind bp_be_top
bp_be_nonsynth_perf
#(.bp_params_p(bp_params_p))
perf
(.clk_i(clk_i)
,.reset_i(reset_i)
,.freeze_i(be_checker.scheduler.int_regfile.cfg_bus.freeze)
,.warmup_instr_i(ExampleBlackParrotSystem.warmup_instr_p)
,.mhartid_i(be_checker.scheduler.int_regfile.cfg_bus.core_id)
,.commit_v_i(be_calculator.commit_pkt.instret)
,.program_finish_i(ExampleBlackParrotSystem.program_finish_lo | ExampleBlackParrotSystem.cosim_finish_lo)
);
*/
/* bind bp_be_top
bp_nonsynth_watchdog
#(.bp_params_p(bp_params_p)
,.timeout_cycles_p(100000)
,.heartbeat_instr_p(100000)
)
watchdog
(.clk_i(clk_i)
,.reset_i(reset_i)
,.freeze_i(be_checker.scheduler.int_regfile.cfg_bus.freeze)
,.mhartid_i(be_checker.scheduler.int_regfile.cfg_bus.core_id)
,.npc_i(be_checker.director.npc_r)
,.instret_i(be_calculator.commit_pkt.instret)
);
*/
/* bind bp_be_director
bp_be_nonsynth_npc_tracer
#(.bp_params_p(bp_params_p))
npc_tracer
(.clk_i(clk_i & (ExampleBlackParrotSystem.npc_trace_p == 1))
,.reset_i(reset_i)
,.freeze_i(be_checker.scheduler.int_regfile.cfg_bus.freeze)
,.mhartid_i(be_checker.scheduler.int_regfile.cfg_bus.core_id)
,.npc_w_v(npc_w_v)
,.npc_n(npc_n)
,.npc_r(npc_r)
,.expected_npc_o(expected_npc_o)
,.fe_cmd_i(fe_cmd)
,.fe_cmd_v(fe_cmd_v)
,.commit_pkt_i(commit_pkt)
);
*/
/* bind bp_be_dcache
bp_nonsynth_cache_tracer
#(.bp_params_p(bp_params_p)
,.assoc_p(dcache_assoc_p)
,.sets_p(dcache_sets_p)
,.block_width_p(dcache_block_width_p)
,.trace_file_p("dcache"))
dcache_tracer
(.clk_i(clk_i & (ExampleBlackParrotSystem.dcache_trace_p == 1))
,.reset_i(reset_i)
,.freeze_i(cfg_bus_cast_i.freeze)
,.mhartid_i(cfg_bus_cast_i.core_id)
,.v_tl_r(v_tl_r)
,.v_tv_r(v_tv_r)
,.addr_tv_r(paddr_tv_r)
,.lr_miss_tv(lr_miss_tv)
,.sc_op_tv_r(sc_op_tv_r)
,.sc_success(sc_success)
,.cache_req_v_o(cache_req_v_o)
,.cache_req_o(cache_req_o)
,.cache_req_metadata_o(cache_req_metadata_o)
,.cache_req_metadata_v_o(cache_req_metadata_v_o)
,.cache_req_complete_i(cache_req_complete_i)
,.v_o(v_o)
,.load_data(data_o)
,.cache_miss_o(dcache_miss_o)
,.wt_req(wt_req)
,.store_data(data_tv_r)
,.data_mem_pkt_v_i(data_mem_pkt_v_i)
,.data_mem_pkt_i(data_mem_pkt_i)
,.data_mem_pkt_yumi_o(data_mem_pkt_yumi_o)
,.tag_mem_pkt_v_i(tag_mem_pkt_v_i)
,.tag_mem_pkt_i(tag_mem_pkt_i)
,.tag_mem_pkt_yumi_o(tag_mem_pkt_yumi_o)
,.stat_mem_pkt_v_i(stat_mem_pkt_v_i)
,.stat_mem_pkt_i(stat_mem_pkt_i)
,.stat_mem_pkt_yumi_o(stat_mem_pkt_yumi_o)
);
*/
/* bind bp_fe_icache
bp_nonsynth_cache_tracer
#(.bp_params_p(bp_params_p)
,.assoc_p(icache_assoc_p)
,.sets_p(icache_sets_p)
,.block_width_p(icache_block_width_p)
,.trace_file_p("icache"))
icache_tracer
(.clk_i(clk_i & (ExampleBlackParrotSystem.icache_trace_p == 1))
,.reset_i(reset_i)
,.freeze_i(cfg_bus_cast_i.freeze)
,.mhartid_i(cfg_bus_cast_i.core_id)
,.v_tl_r(v_tl_r)
,.v_tv_r(v_tv_r)
,.addr_tv_r(addr_tv_r)
,.lr_miss_tv(1'b0)
,.sc_op_tv_r(1'b0)
,.sc_success(1'b0)
,.cache_req_v_o(cache_req_v_o)
,.cache_req_o(cache_req_o)
,.cache_req_metadata_o(cache_req_metadata_o)
,.cache_req_metadata_v_o(cache_req_metadata_v_o)
,.cache_req_complete_i(cache_req_complete_i)
,.v_o(data_v_o)
,.load_data(dword_width_p'(data_o))
,.cache_miss_o(miss_o)
,.wt_req()
,.store_data(dword_width_p'(0))
,.data_mem_pkt_v_i(data_mem_pkt_v_i)
,.data_mem_pkt_i(data_mem_pkt_i)
,.data_mem_pkt_yumi_o(data_mem_pkt_yumi_o)
,.tag_mem_pkt_v_i(tag_mem_pkt_v_i)
,.tag_mem_pkt_i(tag_mem_pkt_i)
,.tag_mem_pkt_yumi_o(tag_mem_pkt_yumi_o)
,.stat_mem_pkt_v_i(stat_mem_pkt_v_i)
,.stat_mem_pkt_i(stat_mem_pkt_i)
,.stat_mem_pkt_yumi_o(stat_mem_pkt_yumi_o)
);
*/
/* bind bp_core_minimal
bp_be_nonsynth_vm_tracer
#(.bp_params_p(bp_params_p))
vm_tracer
(.clk_i(clk_i & (ExampleBlackParrotSystem.vm_trace_p == 1))
,.reset_i(reset_i)
,.freeze_i(be.be_checker.scheduler.int_regfile.cfg_bus.freeze)
,.mhartid_i(be.be_checker.scheduler.int_regfile.cfg_bus.core_id)
,.itlb_clear_i(fe.mem.itlb.flush_i)
,.itlb_fill_v_i(fe.mem.itlb.v_i & fe.mem.itlb.w_i)
,.itlb_vtag_i(fe.mem.itlb.vtag_i)
,.itlb_entry_i(fe.mem.itlb.entry_i)
,.dtlb_clear_i(be.be_mem.dtlb.flush_i)
,.dtlb_fill_v_i(be.be_mem.dtlb.v_i & be.be_mem.dtlb.w_i)
,.dtlb_vtag_i(be.be_mem.dtlb.vtag_i)
,.dtlb_entry_i(be.be_mem.dtlb.entry_i)
);
*/
/* bp_mem_nonsynth_tracer
#(.bp_params_p(bp_params_p))
bp_mem_tracer
(.clk_i(clk_i & (ExampleBlackParrotSystem.dram_trace_p == 1))
,.reset_i(reset_i)
,.mem_cmd_i(proc_mem_cmd_lo)
,.mem_cmd_v_i(proc_mem_cmd_v_lo & proc_mem_cmd_ready_li)
,.mem_cmd_ready_i(proc_mem_cmd_ready_li)
,.mem_resp_i(proc_mem_resp_li)
,.mem_resp_v_i(proc_mem_resp_v_li)
,.mem_resp_yumi_i(proc_mem_resp_yumi_lo)
);
*/
/* bind bp_core_minimal
bp_nonsynth_core_profiler
#(.bp_params_p(bp_params_p))
core_profiler
(.clk_i(clk_i & (ExampleBlackParrotSystem.core_profile_p == 1))
,.reset_i(reset_i)
,.freeze_i(be.be_checker.scheduler.int_regfile.cfg_bus.freeze)
,.mhartid_i(be.be_checker.scheduler.int_regfile.cfg_bus.core_id)
,.fe_wait_stall(fe.pc_gen.is_wait)
,.fe_queue_stall(~fe.pc_gen.fe_queue_ready_i)
,.itlb_miss(fe.mem.itlb_miss_r)
,.icache_miss(~fe.mem.icache.vaddr_ready_o | fe.pc_gen.icache_miss)
,.icache_fence(fe.mem.icache.fencei_req)
,.branch_override(fe.pc_gen.ovr_taken & ~fe.pc_gen.ovr_ret)
,.ret_override(fe.pc_gen.ovr_ret)
,.fe_cmd(fe.pc_gen.fe_cmd_yumi_o & ~fe.pc_gen.attaboy_v)
,.mispredict(be.be_checker.director.npc_mismatch_v)
,.target(be.be_checker.director.isd_status.isd_pc)
,.dtlb_miss(be.be_mem.dtlb_miss_r)
,.dcache_miss(~be.be_mem.dcache.ready_o)
,.long_haz(be.be_checker.detector.long_haz_v)
,.exception(be.be_checker.director.trap_pkt.exception)
,.eret(be.be_checker.director.trap_pkt.eret)
,._interrupt(be.be_checker.director.trap_pkt._interrupt)
,.control_haz(be.be_checker.detector.control_haz_v)
,.data_haz(be.be_checker.detector.data_haz_v)
,.load_dep((be.be_checker.detector.dep_status_li[0].mem_iwb_v
| be.be_checker.detector.dep_status_li[1].mem_iwb_v
) & be.be_checker.detector.data_haz_v
)
,.mul_dep((be.be_checker.detector.dep_status_li[0].mul_iwb_v
| be.be_checker.detector.dep_status_li[1].mul_iwb_v
| be.be_checker.detector.dep_status_li[2].mul_iwb_v
) & be.be_checker.detector.data_haz_v
)
,.struct_haz(be.be_checker.detector.struct_haz_v)
,.reservation(be.be_calculator.reservation_n)
,.commit_pkt(be.be_calculator.commit_pkt)
,.trap_pkt(be.be_mem.csr.trap_pkt_o)
);
*/
/* bind bp_core_minimal
bp_nonsynth_pc_profiler
#(.bp_params_p(bp_params_p))
pc_profiler
(.clk_i(clk_i & (ExampleBlackParrotSystem.core_profile_p == 1))
,.reset_i(reset_i)
,.freeze_i(be.be_checker.scheduler.int_regfile.cfg_bus.freeze)
,.mhartid_i(be.be_checker.scheduler.int_regfile.cfg_bus.core_id)
,.commit_pkt(be.be_calculator.commit_pkt)
,.program_finish_i(ExampleBlackParrotSystem.program_finish_lo)
);
*/
/* bind bp_be_director
bp_nonsynth_branch_profiler
#(.bp_params_p(bp_params_p))
pc_profiler
(.clk_i(clk_i & (ExampleBlackParrotSystem.core_profile_p == 1))
,.reset_i(reset_i)
,.freeze_i(cfg_bus_cast_i.freeze)
,.mhartid_i(cfg_bus_cast_i.core_id)
,.fe_cmd_o(fe_cmd_o)
,.fe_cmd_v_o(fe_cmd_v_o)
,.fe_cmd_ready_i(fe_cmd_ready_i)
,.commit_v_i(commit_pkt.instret)
,.program_finish_i(ExampleBlackParrotSystem.program_finish_lo)
);
*/
/* bp_nonsynth_if_verif
#(.bp_params_p(bp_params_p))
if_verif
();
*/
endmodule

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@ -1,622 +0,0 @@
/**
*
* ExampleBlackParrotSystem.v
*
*/
`include "bsg_noc_links.vh"
module ExampleBlackParrotSystem
import bp_common_pkg::*;
import bp_common_aviary_pkg::*;
import bp_be_pkg::*;
import bp_common_rv64_pkg::*;
import bp_cce_pkg::*;
import bp_me_pkg::*;
import bp_common_cfg_link_pkg::*;
import bsg_noc_pkg::*;
#(parameter bp_params_e bp_params_p = e_bp_softcore_no_l2_cfg// e_bp_softcore_cfg
`declare_bp_proc_params(bp_params_p)
`declare_bp_fe_be_if_widths(vaddr_width_p, paddr_width_p, asid_width_p, branch_metadata_fwd_width_p)
`declare_bp_me_if_widths(paddr_width_p, cce_block_width_p, lce_id_width_p, lce_assoc_p)
// Tracing parameters
, parameter calc_trace_p = 0
, parameter cce_trace_p = 0
, parameter cmt_trace_p = 0
, parameter dram_trace_p = 0
, parameter npc_trace_p = 0
, parameter icache_trace_p = 0
, parameter dcache_trace_p = 0
, parameter vm_trace_p = 0
, parameter core_profile_p = 0
, parameter preload_mem_p = 0
, parameter load_nbf_p = 0
, parameter skip_init_p = 0
, parameter cosim_p = 0
, parameter cosim_cfg_file_p = "prog.cfg"
, parameter cosim_instr_p = 0
, parameter warmup_instr_p = 0
, parameter mem_zero_p = 1
, parameter mem_file_p = "prog.mem"
, parameter mem_cap_in_bytes_p = 2**28
, parameter [paddr_width_p-1:0] mem_offset_p = dram_base_addr_gp
// Number of elements in the fake BlackParrot memory
/*, parameter use_max_latency_p = 0
, parameter use_random_latency_p = 0
, parameter use_dramsim2_latency_p = 0
, parameter max_latency_p = 15
, parameter dram_clock_period_in_ps_p = `BP_SIM_CLK_PERIOD
, parameter dram_cfg_p = "dram_ch.ini"
, parameter dram_sys_cfg_p = "dram_sys.ini"
, parameter dram_capacity_p = 16384
*/
)
(input clk_i
, input reset_i
//Wishbone interface
, input [63:0] wbm_dat_i
, output [63:0] wbm_dat_o
, input wbm_ack_i
, input wbm_err_i
, input wbm_rty_i
, output [36:0] wbm_adr_o //TODO parametrize this
, output wbm_stb_o
, output wbm_cyc_o
, output [7:0] wbm_sel_o
, output wbm_we_o
, output [2:0] wbm_cti_o //TODO:
, output [1:0] wbm_bte_o
// , input [3:0] interrupts
);
`declare_bp_me_if(paddr_width_p, cce_block_width_p, lce_id_width_p, lce_assoc_p)
initial begin
if (num_core_p > 1) begin
assert (cosim_p == 0) else $error("cosim_p not supported for num_core_p > 1");
end
end
logic [num_core_p-1:0] program_finish_lo;
logic cosim_finish_lo;
bp_cce_mem_msg_s proc_mem_cmd_lo;
logic proc_mem_cmd_v_lo, proc_mem_cmd_ready_li;
bp_cce_mem_msg_s proc_mem_resp_li;
logic proc_mem_resp_v_li, proc_mem_resp_yumi_lo;
bp_cce_mem_msg_s proc_io_cmd_lo;
logic proc_io_cmd_v_lo, proc_io_cmd_ready_li;
bp_cce_mem_msg_s proc_io_resp_li;
logic proc_io_resp_v_li, proc_io_resp_yumi_lo;
bp_cce_mem_msg_s io_cmd_lo;
logic io_cmd_v_lo, io_cmd_ready_li;
bp_cce_mem_msg_s io_resp_li;
logic io_resp_v_li, io_resp_yumi_lo;
bp_cce_mem_msg_s nbf_cmd_lo;
logic nbf_cmd_v_lo, nbf_cmd_yumi_li;
bp_cce_mem_msg_s nbf_resp_li;
logic nbf_resp_v_li, nbf_resp_ready_lo;
bp_cce_mem_msg_s cfg_cmd_lo;
logic cfg_cmd_v_lo, cfg_cmd_yumi_li;
bp_cce_mem_msg_s cfg_resp_li;
logic cfg_resp_v_li, cfg_resp_ready_lo;
bp_cce_mem_msg_s load_cmd_lo;
logic load_cmd_v_lo, load_cmd_yumi_li;
bp_cce_mem_msg_s load_resp_li;
logic load_resp_v_li, load_resp_ready_lo;
bp_softcore
#(.bp_params_p(bp_params_p))
softcore
(.clk_i(clk_i)
,.reset_i(reset_i)
,.io_cmd_o(proc_io_cmd_lo)
,.io_cmd_v_o(proc_io_cmd_v_lo)
,.io_cmd_ready_i(proc_io_cmd_ready_li)
,.io_resp_i(proc_io_resp_li)
,.io_resp_v_i(proc_io_resp_v_li)
,.io_resp_yumi_o(proc_io_resp_yumi_lo)
,.io_cmd_i(load_cmd_lo)
,.io_cmd_v_i(load_cmd_v_lo)
,.io_cmd_yumi_o(load_cmd_yumi_li)
,.io_resp_o(load_resp_li)
,.io_resp_v_o(load_resp_v_li)
,.io_resp_ready_i(load_resp_ready_lo)
,.mem_cmd_o(proc_mem_cmd_lo)
,.mem_cmd_v_o(proc_mem_cmd_v_lo)
,.mem_cmd_ready_i(proc_mem_cmd_ready_li)
,.mem_resp_i(proc_mem_resp_li)
,.mem_resp_v_i(proc_mem_resp_v_li)
,.mem_resp_yumi_o(proc_mem_resp_yumi_lo)
);
bp2wb_convertor
#(.bp_params_p(bp_params_p))
bp2wb
(.clk_i(clk_i)
,.reset_i(reset_i)
,.mem_cmd_i(proc_mem_cmd_lo)
,.mem_cmd_v_i(proc_mem_cmd_ready_li & proc_mem_cmd_v_lo)
,.mem_cmd_ready_o(proc_mem_cmd_ready_li)
,.mem_resp_o(proc_mem_resp_li)
,.mem_resp_v_o(proc_mem_resp_v_li)
,.mem_resp_yumi_i(proc_mem_resp_yumi_lo)
,.dat_i(wbm_dat_i)
,.dat_o(wbm_dat_o)
,.ack_i(wbm_ack_i)
,.adr_o(wbm_adr_o)
,.stb_o(wbm_stb_o)
,.cyc_o(wbm_cyc_o)
,.sel_o(wbm_sel_o )
,.we_o(wbm_we_o)
,.cti_o(wbm_cti_o)
,.bte_o(wbm_bte_o )
// ,.rty_i(wbm_rty_i)
,.err_i(wbm_err_i)
);
assign proc_io_cmd_ready_li = 1;//TODO: make sure this is necessary
logic nbf_done_lo, cfg_done_lo;
if (load_nbf_p)
begin : nbf
bp_nonsynth_nbf_loader
#(.bp_params_p(bp_params_p))
nbf_loader
(.clk_i(clk_i)
,.reset_i(reset_i | ~cfg_done_lo)
,.lce_id_i(lce_id_width_p'('b10))
,.io_cmd_o(nbf_cmd_lo)
,.io_cmd_v_o(nbf_cmd_v_lo)
,.io_cmd_yumi_i(nbf_cmd_yumi_li)
,.io_resp_i(nbf_resp_li)
,.io_resp_v_i(nbf_resp_v_li)
,.io_resp_ready_o(nbf_resp_ready_lo)
,.done_o(nbf_done_lo)
);
end
else
begin : no_nbf
assign nbf_resp_ready_lo = 1'b1;
assign nbf_cmd_v_lo = '0;
assign nbf_cmd_lo = '0;
assign nbf_done_lo = 1'b1;
end
localparam cce_instr_ram_addr_width_lp = `BSG_SAFE_CLOG2(num_cce_instr_ram_els_p);
bp_cce_mmio_cfg_loader
#(.bp_params_p(bp_params_p)
,.inst_width_p($bits(bp_cce_inst_s))
,.inst_ram_addr_width_p(cce_instr_ram_addr_width_lp)
,.inst_ram_els_p(num_cce_instr_ram_els_p)
,.skip_ram_init_p(skip_init_p)
,.clear_freeze_p(!load_nbf_p)
,.cce_ucode_filename_p("/tmp/cce_ucode.mem")
)
cfg_loader
(.clk_i(clk_i)
,.reset_i(reset_i)
,.lce_id_i(lce_id_width_p'('b10))
,.io_cmd_o(cfg_cmd_lo)
,.io_cmd_v_o(cfg_cmd_v_lo)
,.io_cmd_yumi_i(cfg_cmd_yumi_li)
,.io_resp_i(cfg_resp_li)
,.io_resp_v_i(cfg_resp_v_li)
,.io_resp_ready_o(cfg_resp_ready_lo)
,.done_o(cfg_done_lo)
);
// CFG and NBF are mutex, so we can just use fixed arbitration here
always_comb
if (~cfg_done_lo)
begin
load_cmd_lo = cfg_cmd_lo;
load_cmd_v_lo = cfg_cmd_v_lo;
nbf_cmd_yumi_li = '0;
cfg_cmd_yumi_li = load_cmd_yumi_li;
load_resp_ready_lo = cfg_resp_ready_lo;
nbf_resp_li = '0;
nbf_resp_v_li = '0;
cfg_resp_li = load_resp_li;
cfg_resp_v_li = load_resp_v_li;
end
else
begin
load_cmd_lo = nbf_cmd_lo;
load_cmd_v_lo = nbf_cmd_v_lo;
nbf_cmd_yumi_li = load_cmd_yumi_li;
cfg_cmd_yumi_li = '0;
load_resp_ready_lo = nbf_resp_ready_lo;
nbf_resp_li = load_resp_li;
nbf_resp_v_li = load_resp_v_li;
cfg_resp_li = '0;
cfg_resp_v_li = '0;
end
/*bp_nonsynth_host
#(.bp_params_p(bp_params_p))
host
(.clk_i(clk_i)
,.reset_i(reset_i)
,.io_cmd_i(proc_io_cmd_lo)
,.io_cmd_v_i(proc_io_cmd_v_lo & proc_io_cmd_ready_li)
,.io_cmd_ready_o(proc_io_cmd_ready_li)
,.io_resp_o(proc_io_resp_li)
,.io_resp_v_o(proc_io_resp_v_li)
,.io_resp_yumi_i(proc_io_resp_yumi_lo)
,.program_finish_o(program_finish_lo)
);
*/
bind bp_be_top
bp_nonsynth_commit_tracer
#(.bp_params_p(bp_params_p))
commit_tracer
(.clk_i(clk_i & (ExampleBlackParrotSystem.cmt_trace_p == 1))
,.reset_i(reset_i)
,.freeze_i(be_checker.scheduler.int_regfile.cfg_bus.freeze)
,.mhartid_i('0)
,.decode_i(be_calculator.reservation_n.decode)
,.commit_v_i(be_calculator.commit_pkt.instret)
,.commit_pc_i(be_calculator.commit_pkt.pc)
,.commit_instr_i(be_calculator.commit_pkt.instr)
,.rd_w_v_i(be_checker.scheduler.wb_pkt.rd_w_v)
,.rd_addr_i(be_checker.scheduler.wb_pkt.rd_addr)
,.rd_data_i(be_checker.scheduler.wb_pkt.rd_data)
);
/* if (num_core_p == 1)
begin : cosim
bind bp_be_top
bp_nonsynth_cosim
#(.bp_params_p(bp_params_p))
cosim
(.clk_i(clk_i)
,.reset_i(reset_i)
,.freeze_i(be_checker.scheduler.int_regfile.cfg_bus.freeze)
,.en_i(ExampleBlackParrotSystem.cosim_p == 1)
,.cosim_instr_i(ExampleBlackParrotSystem.cosim_instr_p)
,.mhartid_i(be_checker.scheduler.int_regfile.cfg_bus.core_id)
// Want to pass config file as a parameter, but cannot in Verilator 4.025
// Parameter-resolved constants must not use dotted references
,.config_file_i(ExampleBlackParrotSystem.cosim_cfg_file_p)
,.decode_i(be_calculator.reservation_n.decode)
,.commit_v_i(be_calculator.commit_pkt.instret)
,.commit_pc_i(be_calculator.commit_pkt.pc)
,.commit_instr_i(be_calculator.commit_pkt.instr)
,.rd_w_v_i(be_checker.scheduler.wb_pkt.rd_w_v)
,.rd_addr_i(be_checker.scheduler.wb_pkt.rd_addr)
,.rd_data_i(be_checker.scheduler.wb_pkt.rd_data)
,.interrupt_v_i(be_mem.csr.trap_pkt_cast_o._interrupt)
,.cause_i(be_mem.csr.trap_pkt_cast_o.cause)
,.finish_o(ExampleBlackParrotSystem.cosim_finish_lo)
);
end
else
begin : no_cosim*/
assign cosim_finish_lo = '0;
// end
/*bind bp_be_top
bp_be_nonsynth_perf
#(.bp_params_p(bp_params_p))
perf
(.clk_i(clk_i)
,.reset_i(reset_i)
,.freeze_i(be_checker.scheduler.int_regfile.cfg_bus.freeze)
,.warmup_instr_i(ExampleBlackParrotSystem.warmup_instr_p)
,.mhartid_i(be_checker.scheduler.int_regfile.cfg_bus.core_id)
,.commit_v_i(be_calculator.commit_pkt.instret)
,.program_finish_i(ExampleBlackParrotSystem.program_finish_lo | ExampleBlackParrotSystem.cosim_finish_lo)
);
*/
/* bind bp_be_top
bp_nonsynth_watchdog
#(.bp_params_p(bp_params_p)
,.timeout_cycles_p(100000)
,.heartbeat_instr_p(100000)
)
watchdog
(.clk_i(clk_i)
,.reset_i(reset_i)
,.freeze_i(be_checker.scheduler.int_regfile.cfg_bus.freeze)
,.mhartid_i(be_checker.scheduler.int_regfile.cfg_bus.core_id)
,.npc_i(be_checker.director.npc_r)
,.instret_i(be_calculator.commit_pkt.instret)
);
*/
/* bind bp_be_director
bp_be_nonsynth_npc_tracer
#(.bp_params_p(bp_params_p))
npc_tracer
(.clk_i(clk_i & (ExampleBlackParrotSystem.npc_trace_p == 1))
,.reset_i(reset_i)
,.freeze_i(be_checker.scheduler.int_regfile.cfg_bus.freeze)
,.mhartid_i(be_checker.scheduler.int_regfile.cfg_bus.core_id)
,.npc_w_v(npc_w_v)
,.npc_n(npc_n)
,.npc_r(npc_r)
,.expected_npc_o(expected_npc_o)
,.fe_cmd_i(fe_cmd)
,.fe_cmd_v(fe_cmd_v)
,.commit_pkt_i(commit_pkt)
);
*/
/* bind bp_be_dcache
bp_nonsynth_cache_tracer
#(.bp_params_p(bp_params_p)
,.assoc_p(dcache_assoc_p)
,.sets_p(dcache_sets_p)
,.block_width_p(dcache_block_width_p)
,.trace_file_p("dcache"))
dcache_tracer
(.clk_i(clk_i & (ExampleBlackParrotSystem.dcache_trace_p == 1))
,.reset_i(reset_i)
,.freeze_i(cfg_bus_cast_i.freeze)
,.mhartid_i(cfg_bus_cast_i.core_id)
,.v_tl_r(v_tl_r)
,.v_tv_r(v_tv_r)
,.addr_tv_r(paddr_tv_r)
,.lr_miss_tv(lr_miss_tv)
,.sc_op_tv_r(sc_op_tv_r)
,.sc_success(sc_success)
,.cache_req_v_o(cache_req_v_o)
,.cache_req_o(cache_req_o)
,.cache_req_metadata_o(cache_req_metadata_o)
,.cache_req_metadata_v_o(cache_req_metadata_v_o)
,.cache_req_complete_i(cache_req_complete_i)
,.v_o(v_o)
,.load_data(data_o)
,.cache_miss_o(dcache_miss_o)
,.wt_req(wt_req)
,.store_data(data_tv_r)
,.data_mem_pkt_v_i(data_mem_pkt_v_i)
,.data_mem_pkt_i(data_mem_pkt_i)
,.data_mem_pkt_yumi_o(data_mem_pkt_yumi_o)
,.tag_mem_pkt_v_i(tag_mem_pkt_v_i)
,.tag_mem_pkt_i(tag_mem_pkt_i)
,.tag_mem_pkt_yumi_o(tag_mem_pkt_yumi_o)
,.stat_mem_pkt_v_i(stat_mem_pkt_v_i)
,.stat_mem_pkt_i(stat_mem_pkt_i)
,.stat_mem_pkt_yumi_o(stat_mem_pkt_yumi_o)
);
*/
/* bind bp_fe_icache
bp_nonsynth_cache_tracer
#(.bp_params_p(bp_params_p)
,.assoc_p(icache_assoc_p)
,.sets_p(icache_sets_p)
,.block_width_p(icache_block_width_p)
,.trace_file_p("icache"))
icache_tracer
(.clk_i(clk_i & (ExampleBlackParrotSystem.icache_trace_p == 1))
,.reset_i(reset_i)
,.freeze_i(cfg_bus_cast_i.freeze)
,.mhartid_i(cfg_bus_cast_i.core_id)
,.v_tl_r(v_tl_r)
,.v_tv_r(v_tv_r)
,.addr_tv_r(addr_tv_r)
,.lr_miss_tv(1'b0)
,.sc_op_tv_r(1'b0)
,.sc_success(1'b0)
,.cache_req_v_o(cache_req_v_o)
,.cache_req_o(cache_req_o)
,.cache_req_metadata_o(cache_req_metadata_o)
,.cache_req_metadata_v_o(cache_req_metadata_v_o)
,.cache_req_complete_i(cache_req_complete_i)
,.v_o(data_v_o)
,.load_data(dword_width_p'(data_o))
,.cache_miss_o(miss_o)
,.wt_req()
,.store_data(dword_width_p'(0))
,.data_mem_pkt_v_i(data_mem_pkt_v_i)
,.data_mem_pkt_i(data_mem_pkt_i)
,.data_mem_pkt_yumi_o(data_mem_pkt_yumi_o)
,.tag_mem_pkt_v_i(tag_mem_pkt_v_i)
,.tag_mem_pkt_i(tag_mem_pkt_i)
,.tag_mem_pkt_yumi_o(tag_mem_pkt_yumi_o)
,.stat_mem_pkt_v_i(stat_mem_pkt_v_i)
,.stat_mem_pkt_i(stat_mem_pkt_i)
,.stat_mem_pkt_yumi_o(stat_mem_pkt_yumi_o)
);
*/
/* bind bp_core_minimal
bp_be_nonsynth_vm_tracer
#(.bp_params_p(bp_params_p))
vm_tracer
(.clk_i(clk_i & (ExampleBlackParrotSystem.vm_trace_p == 1))
,.reset_i(reset_i)
,.freeze_i(be.be_checker.scheduler.int_regfile.cfg_bus.freeze)
,.mhartid_i(be.be_checker.scheduler.int_regfile.cfg_bus.core_id)
,.itlb_clear_i(fe.mem.itlb.flush_i)
,.itlb_fill_v_i(fe.mem.itlb.v_i & fe.mem.itlb.w_i)
,.itlb_vtag_i(fe.mem.itlb.vtag_i)
,.itlb_entry_i(fe.mem.itlb.entry_i)
,.dtlb_clear_i(be.be_mem.dtlb.flush_i)
,.dtlb_fill_v_i(be.be_mem.dtlb.v_i & be.be_mem.dtlb.w_i)
,.dtlb_vtag_i(be.be_mem.dtlb.vtag_i)
,.dtlb_entry_i(be.be_mem.dtlb.entry_i)
);
*/
bp_mem_nonsynth_tracer
#(.bp_params_p(bp_params_p))
bp_mem_tracer
(.clk_i(clk_i & (ExampleBlackParrotSystem.dram_trace_p == 1))
,.reset_i(reset_i)
,.mem_cmd_i(proc_mem_cmd_lo)
,.mem_cmd_v_i(proc_mem_cmd_v_lo & proc_mem_cmd_ready_li)
,.mem_cmd_ready_i(proc_mem_cmd_ready_li)
,.mem_resp_i(proc_mem_resp_li)
,.mem_resp_v_i(proc_mem_resp_v_li)
,.mem_resp_yumi_i(proc_mem_resp_yumi_lo)
);
/* bind bp_core_minimal
bp_nonsynth_core_profiler
#(.bp_params_p(bp_params_p))
core_profiler
(.clk_i(clk_i & (ExampleBlackParrotSystem.core_profile_p == 1))
,.reset_i(reset_i)
,.freeze_i(be.be_checker.scheduler.int_regfile.cfg_bus.freeze)
,.mhartid_i(be.be_checker.scheduler.int_regfile.cfg_bus.core_id)
,.fe_wait_stall(fe.pc_gen.is_wait)
,.fe_queue_stall(~fe.pc_gen.fe_queue_ready_i)
,.itlb_miss(fe.mem.itlb_miss_r)
,.icache_miss(~fe.mem.icache.vaddr_ready_o | fe.pc_gen.icache_miss)
,.icache_fence(fe.mem.icache.fencei_req)
,.branch_override(fe.pc_gen.ovr_taken & ~fe.pc_gen.ovr_ret)
,.ret_override(fe.pc_gen.ovr_ret)
,.fe_cmd(fe.pc_gen.fe_cmd_yumi_o & ~fe.pc_gen.attaboy_v)
,.mispredict(be.be_checker.director.npc_mismatch_v)
,.target(be.be_checker.director.isd_status.isd_pc)
,.dtlb_miss(be.be_mem.dtlb_miss_r)
,.dcache_miss(~be.be_mem.dcache.ready_o)
,.long_haz(be.be_checker.detector.long_haz_v)
,.exception(be.be_checker.director.trap_pkt.exception)
,.eret(be.be_checker.director.trap_pkt.eret)
,._interrupt(be.be_checker.director.trap_pkt._interrupt)
,.control_haz(be.be_checker.detector.control_haz_v)
,.data_haz(be.be_checker.detector.data_haz_v)
,.load_dep((be.be_checker.detector.dep_status_li[0].mem_iwb_v
| be.be_checker.detector.dep_status_li[1].mem_iwb_v
) & be.be_checker.detector.data_haz_v
)
,.mul_dep((be.be_checker.detector.dep_status_li[0].mul_iwb_v
| be.be_checker.detector.dep_status_li[1].mul_iwb_v
| be.be_checker.detector.dep_status_li[2].mul_iwb_v
) & be.be_checker.detector.data_haz_v
)
,.struct_haz(be.be_checker.detector.struct_haz_v)
,.reservation(be.be_calculator.reservation_n)
,.commit_pkt(be.be_calculator.commit_pkt)
,.trap_pkt(be.be_mem.csr.trap_pkt_o)
);
*/
/* bind bp_core_minimal
bp_nonsynth_pc_profiler
#(.bp_params_p(bp_params_p))
pc_profiler
(.clk_i(clk_i & (ExampleBlackParrotSystem.core_profile_p == 1))
,.reset_i(reset_i)
,.freeze_i(be.be_checker.scheduler.int_regfile.cfg_bus.freeze)
,.mhartid_i(be.be_checker.scheduler.int_regfile.cfg_bus.core_id)
,.commit_pkt(be.be_calculator.commit_pkt)
,.program_finish_i(ExampleBlackParrotSystem.program_finish_lo)
);
*/
/* bind bp_be_director
bp_nonsynth_branch_profiler
#(.bp_params_p(bp_params_p))
pc_profiler
(.clk_i(clk_i & (ExampleBlackParrotSystem.core_profile_p == 1))
,.reset_i(reset_i)
,.freeze_i(cfg_bus_cast_i.freeze)
,.mhartid_i(cfg_bus_cast_i.core_id)
,.fe_cmd_o(fe_cmd_o)
,.fe_cmd_v_o(fe_cmd_v_o)
,.fe_cmd_ready_i(fe_cmd_ready_i)
,.commit_v_i(commit_pkt.instret)
,.program_finish_i(ExampleBlackParrotSystem.program_finish_lo)
);
*/
/* bp_nonsynth_if_verif
#(.bp_params_p(bp_params_p))
if_verif
();
*/
endmodule

View File

@ -30,6 +30,7 @@
import os
import sys
from shutil import copyfile
from migen import *
from litex import get_data_mod
@ -110,15 +111,27 @@ class BlackParrotRV64(CPU):
o_wbm_bte_o = idbus.bte,
)
# Add Verilog sources
try:
os.environ["BP"]
os.environ["LITEX"]
self.add_sources(platform, variant)
except:
RED = '\033[91m'
print(RED + "Please set environment variables first, refer to readme file under litex/soc/cores/cpu/blackparrot for details!")
sys.exit(1)
# Copy config loader to /tmp
vdir = get_data_mod("cpu", "blackparrot").data_location
bp_litex = os.path.join(vdir, "bp_litex")
copyfile(os.path.join(bp_litex, "cce_ucode.mem"), "/tmp/cce_ucode.mem")
# Set environmental variables
os.environ["BP"] = vdir
os.environ["BP_LITEX_DIR"] = bp_litex
os.environ["BP_COMMON_DIR"] = os.path.join(vdir, "bp_common")
os.environ["BP_FE_DIR"] = os.path.join(vdir, "bp_fe")
os.environ["BP_BE_DIR"] = os.path.join(vdir, "bp_be")
os.environ["BP_ME_DIR"] = os.path.join(vdir, "bp_me")
os.environ["BP_TOP_DIR"] = os.path.join(vdir, "bp_top")
external = os.path.join(vdir, "external")
os.environ["BP_EXTERNAL_DIR"] = external
os.environ["BASEJUMP_STL_DIR"] = os.path.join(external, "basejump_stl")
os.environ["LITEX_FPGA_DIR"] = os.path.join(bp_litex, "fpga")
os.environ["LITEX_SIMU_DIR"] = os.path.join(bp_litex, "simulation")
self.add_sources(platform, variant)
def set_reset_address(self, reset_address):
@ -128,9 +141,9 @@ class BlackParrotRV64(CPU):
@staticmethod
def add_sources(platform, variant="standard"):
vdir = os.path.abspath(os.path.dirname(__file__))
bp_litex_dir = os.path.join(vdir,"bp_litex")
filename = os.path.join(bp_litex_dir, {
vdir = get_data_mod("cpu", "blackparrot").data_location
bp_litex = os.path.join(vdir, "bp_litex")
filename = os.path.join(bp_litex, {
"standard": "flist.fpga",
"sim" : "flist.verilator"
}[variant])
@ -141,18 +154,10 @@ class BlackParrotRV64(CPU):
continue
elif ("+incdir+" in temp) :
s1 = line.find('$')
s2 = line.find('/')
dir_ = line[s1:s2]
a = os.popen('echo '+ str(dir_))
dir_start = a.read()
vdir = dir_start[:-1] + line[s2:-1]
vdir = os.path.expandvars(line[s1:]).strip()
platform.add_verilog_include_path(vdir)
elif (temp[0]=='$') :
s2 = line.find('/')
dir_ = line[0:s2]
a = os.popen('echo '+ str(dir_))
dir_start = a.read()
vdir = dir_start[:-1]+ line[s2:-1]
vdir = os.path.expandvars(line).strip()
platform.add_source(vdir, "systemverilog")
elif (temp[0] == '/'):
assert("No support for absolute path for now")

View File

@ -1,24 +0,0 @@
#!/bin/bash
## Set common environment variables
export LITEX=$(git rev-parse --show-toplevel)
export BP=$LITEX/../pythondata-cpu-blackparrot/pythondata_cpu_blackparrot/system_verilog
export BP_LITEX_DIR=$LITEX/litex/soc/cores/cpu/blackparrot/bp_litex
#TODO: check if BP exists and warn user
export BP_COMMON_DIR=$BP/bp_common
export BP_FE_DIR=$BP/bp_fe
export BP_BE_DIR=$BP/bp_be
export BP_ME_DIR=$BP/bp_me
export BP_TOP_DIR=$BP/bp_top
export BP_EXTERNAL_DIR=$BP/external
export BASEJUMP_STL_DIR=$BP_EXTERNAL_DIR/basejump_stl
export LITEX_FPGA_DIR=$BP_LITEX_DIR/fpga
export LITEX_SIMU_DIR=$BP_LITEX_DIR/simulation
##Minor changes in some of the BP files for memory management
sed -i "s/localparam dram_base_addr_gp = 40'h00_8000_0000;/localparam dram_base_addr_gp = 40'h00_7000_0000;/" $BP_COMMON_DIR/src/include/bp_common_pkg.vh
sed -i "s/localparam bp_pc_entry_point_gp=39'h00_8000_0000/localparam bp_pc_entry_point_gp=39'h00_7000_0000/" $BP_ME_DIR/test/common/bp_cce_mmio_cfg_loader.v
sed -i "s/wire local_cmd_li = (cmd_fifo_selected_lo.header.addr < dram_base_addr_gp);/wire local_cmd_li = (cmd_fifo_selected_lo.header.addr < 32'h5000_0000);/" $BP_TOP_DIR/src/v/bp_softcore.v
## Copy config loader to /tmp
cp $BP_LITEX_DIR/cce_ucode.mem /tmp/.