// +FHDR----------------------------------------------------------------------------
//                 Copyright (c) 2025 
//                       ALL RIGHTS RESERVED
// ---------------------------------------------------------------------------------
// Filename      : easyaxi.v
// Author        : Rongye
// Created On    : 2025-02-05 05:04
// Last Modified : 2025-05-18 05:53
// ---------------------------------------------------------------------------------
// Description   : 
//
//
// -FHDR----------------------------------------------------------------------------
module EASYAXI_TOP (
    input wire clk,
    input wire rst_n,
    input wire enable, 
    input wire done 
);
//--------------------------------------------------------------------------------
// Inst Master
//--------------------------------------------------------------------------------
wire                        axi_mst_arvalid;
wire                        axi_mst_arready;
wire  [`AXI_ID_W    -1:0]   axi_mst_arid;
wire  [`AXI_ADDR_W  -1:0]   axi_mst_araddr;
wire  [`AXI_LEN_W   -1:0]   axi_mst_arlen;
wire  [`AXI_SIZE_W  -1:0]   axi_mst_arsize;
wire  [`AXI_BURST_W -1:0]   axi_mst_arburst;

wire                        axi_mst_rvalid;
wire                        axi_mst_rready;
wire  [`AXI_ID_W    -1:0]   axi_mst_rid;
wire  [`AXI_DATA_W  -1:0]   axi_mst_rdata;
wire  [`AXI_RESP_W  -1:0]   axi_mst_rresp;
wire                        axi_mst_rlast;
EASYAXI_MST U_EASYAXI_MST (
    .clk             (clk             ), // i
    .rst_n           (rst_n           ), // i
    .enable          (enable          ), // i
    .done            (done            ), // o

    .axi_mst_arvalid (axi_mst_arvalid ), // o
    .axi_mst_arready (axi_mst_arready ), // i
    .axi_mst_arid    (axi_mst_arid    ), // o
    .axi_mst_araddr  (axi_mst_araddr  ), // o
    .axi_mst_arlen   (axi_mst_arlen   ), // o
    .axi_mst_arsize  (axi_mst_arsize  ), // o
    .axi_mst_arburst (axi_mst_arburst ), // o

    .axi_mst_rvalid  (axi_mst_rvalid  ), // i
    .axi_mst_rready  (axi_mst_rready  ), // o
    .axi_mst_rid     (axi_mst_rid     ), // i
    .axi_mst_rdata   (axi_mst_rdata   ), // i
    .axi_mst_rresp   (axi_mst_rresp   ), // i
    .axi_mst_rlast   (axi_mst_rlast   )  // i
);
//--------------------------------------------------------------------------------
// Inst Slave
//--------------------------------------------------------------------------------
wire                        axi_slv_arvalid;
wire                        axi_slv_arready;
wire  [`AXI_ID_W    -1:0]   axi_slv_arid;
wire  [`AXI_ADDR_W  -1:0]   axi_slv_araddr;
wire  [`AXI_LEN_W   -1:0]   axi_slv_arlen;
wire  [`AXI_SIZE_W  -1:0]   axi_slv_arsize;
wire  [`AXI_BURST_W -1:0]   axi_slv_arburst;

wire                        axi_slv_rvalid;
wire                        axi_slv_rready;
wire  [`AXI_ID_W    -1:0]   axi_slv_rid;
wire  [`AXI_DATA_W  -1:0]   axi_slv_rdata;
wire  [`AXI_RESP_W  -1:0]   axi_slv_rresp;
wire                        axi_slv_rlast;

EASYAXI_SLV U_EASYAXI_SLV (
    .clk             (clk             ), // i
    .rst_n           (rst_n           ), // i
    .enable          (enable          ), // i
    .axi_slv_arvalid (axi_slv_arvalid ), // i
    .axi_slv_arready (axi_slv_arready ), // o
    .axi_slv_arid    (axi_slv_arid    ), // i
    .axi_slv_araddr  (axi_slv_araddr  ), // i
    .axi_slv_arlen   (axi_slv_arlen   ), // i
    .axi_slv_arsize  (axi_slv_arsize  ), // i
    .axi_slv_arburst (axi_slv_arburst ), // i

    .axi_slv_rvalid  (axi_slv_rvalid  ), // o
    .axi_slv_rready  (axi_slv_rready  ), // i
    .axi_slv_rid     (axi_slv_rid     ), // o
    .axi_slv_rdata   (axi_slv_rdata   ), // o
    .axi_slv_rresp   (axi_slv_rresp   ), // o
    .axi_slv_rlast   (axi_slv_rlast   )  // o
);
//--------------------------------------------------------------------------------
// Link Wire
//--------------------------------------------------------------------------------
assign axi_slv_arvalid = axi_mst_arvalid;
assign axi_mst_arready = axi_slv_arready;
assign axi_slv_arid    = axi_mst_arid ;
assign axi_slv_araddr  = axi_mst_araddr;
assign axi_slv_arlen   = axi_mst_arlen;
assign axi_slv_arsize  = axi_mst_arsize;
assign axi_slv_arburst = axi_mst_arburst;

assign axi_mst_rvalid = axi_slv_rvalid;
assign axi_slv_rready = axi_mst_rready;
assign axi_mst_rid    = axi_slv_rid;
assign axi_mst_rdata  = axi_slv_rdata;
assign axi_mst_rresp  = axi_slv_rresp;
assign axi_mst_rlast  = axi_slv_rlast;

endmodule