module mor1kx_wrapper
   (
    input 			      clk,
    input 			      rst,

    // Wishbone interface
    output [31:0] 		      iwbm_adr_o,
    output 			      iwbm_stb_o,
    output 			      iwbm_cyc_o,
    output [3:0] 		      iwbm_sel_o,
    output 			      iwbm_we_o,
    output [2:0] 		      iwbm_cti_o,
    output [1:0] 		      iwbm_bte_o,
    output [31:0] 		      iwbm_dat_o,
    input 			      iwbm_err_i,
    input 			      iwbm_ack_i,
    input [31:0] 		      iwbm_dat_i,
    input 			      iwbm_rty_i,

    output [31:0] 		      dwbm_adr_o,
    output 			      dwbm_stb_o,
    output 			      dwbm_cyc_o,
    output [3:0] 		      dwbm_sel_o,
    output 			      dwbm_we_o,
    output [2:0] 		      dwbm_cti_o,
    output [1:0] 		      dwbm_bte_o,
    output [31:0] 		      dwbm_dat_o,
    input 			      dwbm_err_i,
    input 			      dwbm_ack_i,
    input [31:0] 		      dwbm_dat_i,
    input 			      dwbm_rty_i,


    input [31:0] 		      irq_i,

    // Debug interface
    input [15:0] 		      du_addr_i,
    input 			      du_stb_i,
    input [31:0]  du_dat_i,
    input 			      du_we_i,
    output [31:0] du_dat_o,
    output 			      du_ack_o,
    // Stall control from debug interface
    input 			      du_stall_i,
    output 			      du_stall_o,

    output 			     traceport_exec_valid_o,
    output [31:0] 		     traceport_exec_pc_o,
    output [31:0]     traceport_exec_insn_o,
    output [31:0] traceport_exec_wbdata_o,
    output [OPTION_RF_ADDR_WIDTH-1:0] traceport_exec_wbreg_o,
    output 			     traceport_exec_wben_o,

    // The multicore core identifier
    input [31:0]  multicore_coreid_i,
    // The number of cores
    input [31:0]  multicore_numcores_i,

    input [31:0] 		     snoop_adr_i,
    input 			     snoop_en_i
    );

mor1kx #(
	.FEATURE_DEBUGUNIT("NONE"),
	.FEATURE_CMOV("NONE"),
//	.FEATURE_INSTRUCTIONCACHE("ENABLED"),
	.FEATURE_INSTRUCTIONCACHE("NONE"),
	.OPTION_ICACHE_BLOCK_WIDTH(5),
	.OPTION_ICACHE_SET_WIDTH(5),
	.OPTION_ICACHE_WAYS(2),
	.OPTION_ICACHE_LIMIT_WIDTH(32),
	.FEATURE_IMMU("ENABLED"),
	 //.FEATURE_DATACACHE("ENABLED"),
	.OPTION_DCACHE_BLOCK_WIDTH(5),
	.OPTION_DCACHE_SET_WIDTH(6),
	.OPTION_DCACHE_WAYS(2),
	.OPTION_DCACHE_LIMIT_WIDTH(31),
	.FEATURE_DMMU("NONE"),
	.OPTION_PIC_TRIGGER("LATCHED_LEVEL"),

	 .FEATURE_STORE_BUFFER("NONE"),
	.IBUS_WB_TYPE("B3_REGISTERED_FEEDBACK"),
	.DBUS_WB_TYPE("B3_REGISTERED_FEEDBACK"),
	.OPTION_CPU0("CAPPUCCINO"),
	.OPTION_RESET_PC(32'hf0000100)
) mor1kx0
  (
   .clk(clk),
   .rst(rst),

   .iwbm_adr_o(iwbm_adr_o),
   .iwbm_dat_o(iwbm_dat_o),
   .iwbm_sel_o(iwbm_sel_o),
   .iwbm_we_o (iwbm_we_o),
   .iwbm_cyc_o(iwbm_cyc_o),
   .iwbm_stb_o(iwbm_stb_o),
   .iwbm_cti_o(iwbm_cti_o),
   .iwbm_bte_o(iwbm_bte_o),
   .iwbm_dat_i(iwbm_dat_i),
   .iwbm_ack_i(iwbm_ack_i),
   .iwbm_err_i(iwbm_err_i),
   .iwbm_rty_i(iwbm_rty_i),

   .dwbm_adr_o(dwbm_adr_o),
   .dwbm_dat_o(dwbm_dat_o),
   .dwbm_sel_o(dwbm_sel_o),
   .dwbm_we_o (dwbm_we_o),
   .dwbm_cyc_o(dwbm_cyc_o),
   .dwbm_stb_o(dwbm_stb_o),
   .dwbm_cti_o(dwbm_cti_o),
   .dwbm_bte_o(dwbm_bte_o),
   .dwbm_dat_i(dwbm_dat_i),
   .dwbm_ack_i(dwbm_ack_i),
   .dwbm_err_i(dwbm_err_i),
   .dwbm_rty_i(dwbm_rty_i),


   .avm_d_address_o (),
   .avm_d_byteenable_o (),
   .avm_d_read_o (),
   .avm_d_readdata_i (32'h00000000),
   .avm_d_burstcount_o (),
   .avm_d_write_o (),
   .avm_d_writedata_o (),
   .avm_d_waitrequest_i (1'b0),
   .avm_d_readdatavalid_i (1'b0),

   .avm_i_address_o (),
   .avm_i_byteenable_o (),
   .avm_i_read_o (),
   .avm_i_readdata_i (32'h00000000),
   .avm_i_burstcount_o (),
   .avm_i_waitrequest_i (1'b0),
   .avm_i_readdatavalid_i (1'b0),

   .irq_i(irq_i),

   .du_addr_i  (du_addr_i),
   .du_stb_i   (du_stb_i),
   .du_dat_i   (du_dat_i),
   .du_we_i    (du_we_i),
   .du_dat_o   (du_dat_o),
   .du_ack_o   (du_ack_o),
   .du_stall_i (du_stall_i),
   .du_stall_o (du_stall_o));
endmodule // mor1kx