`else
, output wire [8:0] sys_odata,
input [8:0] sys_idata,
- output wire sys_tookdata
+ output wire sys_tookdata,
+
+ output wire cr_nADV, cr_nCE, cr_nOE, cr_nWE, cr_CRE, cr_nLB, cr_nUB, cr_CLK,
+ inout wire [15:0] cr_DQ,
+ output wire [22:0] cr_A,
+ output wire st_nCE
`endif
);
wire bus_rd_dcache;
wire bus_wr_dcache;
- wire [31:0] bus_rdata_blockram;
- wire bus_ready_blockram;
+ wire [31:0] bus_rdata_blockram, bus_rdata_cellularram;
+ wire bus_ready_blockram, bus_ready_cellularram;
assign bus_addr = bus_addr_icache | bus_addr_dcache;
- assign bus_rdata = bus_rdata_blockram;
+ assign bus_rdata = bus_rdata_blockram | bus_rdata_cellularram;
assign bus_wdata = bus_wdata_icache | bus_wdata_dcache;
assign bus_rd = bus_rd_icache | bus_rd_dcache;
assign bus_wr = bus_wr_icache | bus_wr_dcache;
- assign bus_ready = bus_ready_blockram;
+ assign bus_ready = bus_ready_blockram | bus_ready_cellularram;
wire [31:0] icache_rd_addr;
wire icache_rd_req;
.bus_wdata(bus_wdata), .bus_rd(bus_rd), .bus_wr(bus_wr),
.bus_ready(bus_ready_blockram));
+`ifdef verilator
+ assign bus_rdata_cellularram = 32'h00000000;
+ assign bus_ready_cellularram = 0;
+`else
+ /* CellularRAM AUTO_TEMPLATE (
+ .bus_rdata(bus_rdata_cellularram),
+ .bus_ready(bus_ready_cellularram),
+ );
+ */
+ CellularRAM cellularram(
+ /*AUTOINST*/
+ // Outputs
+ .bus_rdata (bus_rdata_cellularram), // Templated
+ .bus_ready (bus_ready_cellularram), // Templated
+ .cr_nADV (cr_nADV),
+ .cr_nCE (cr_nCE),
+ .cr_nOE (cr_nOE),
+ .cr_nWE (cr_nWE),
+ .cr_CRE (cr_CRE),
+ .cr_nLB (cr_nLB),
+ .cr_nUB (cr_nUB),
+ .cr_CLK (cr_CLK),
+ .cr_A (cr_A[22:0]),
+ .st_nCE (st_nCE),
+ // Inouts
+ .cr_DQ (cr_DQ[15:0]),
+ // Inputs
+ .clk (clk),
+ .bus_addr (bus_addr[31:0]),
+ .bus_wdata (bus_wdata[31:0]),
+ .bus_rd (bus_rd),
+ .bus_wr (bus_wr));
+`endif
+
/* Fetch AUTO_TEMPLATE (
.jmp_0a(jmp),
.jmppc_0a(jmppc),