module usi2_sec_top(
  clk,
  dma_ack_rx,
  dma_ack_tx,
  dma_req_rx,
  dma_req_tx,
  nss_ie_n,
  nss_in,
  nss_oe_n,
  nss_out,
  paddr,
  penable,
  pprot,
  prdata,
  psel,
  pwdata,
  pwrite,
  rst_n,
  sclk_ie_n,
  sclk_in,
  sclk_oe_n,
  sclk_out,
  sd0_ie_n,
  sd0_in,
  sd0_oe_n,
  sd0_out,
  sd1_ie_n,
  sd1_in,
  sd1_oe_n,
  sd1_out,
  sec_rx_req,
  sec_tx_req,
  tipc_usi2_trust,
  usi_etb_rx_trig,
  usi_etb_tx_trig,
  usi_intr
);
input           clk;            
input           dma_ack_rx;     
input           dma_ack_tx;     
input           nss_in;         
input   [31:0]  paddr;          
input           penable;        
input   [2 :0]  pprot;          
input           psel;           
input   [31:0]  pwdata;         
input           pwrite;         
input           rst_n;          
input           sclk_in;        
input           sd0_in;         
input           sd1_in;         
input           tipc_usi2_trust; 
output          dma_req_rx;     
output          dma_req_tx;     
output          nss_ie_n;       
output          nss_oe_n;       
output          nss_out;        
output  [31:0]  prdata;         
output          sclk_ie_n;      
output          sclk_oe_n;      
output          sclk_out;       
output          sd0_ie_n;       
output          sd0_oe_n;       
output          sd0_out;        
output          sd1_ie_n;       
output          sd1_oe_n;       
output          sd1_out;        
output          sec_rx_req;     
output          sec_tx_req;     
output          usi_etb_rx_trig; 
output          usi_etb_tx_trig; 
output          usi_intr;       
wire            clk;            
wire            dma_ack_rx;     
wire            dma_ack_tx;     
wire            dma_req_rx;     
wire            dma_req_tx;     
wire    [31:0]  i_prdata;       
wire            i_psel;         
wire            i_pwrite;       
wire            nss_ie_n;       
wire            nss_in;         
wire            nss_oe_n;       
wire            nss_out;        
wire    [31:0]  paddr;          
wire            penable;        
wire    [2 :0]  pprot;          
wire    [31:0]  prdata;         
wire            psel;           
wire    [31:0]  pwdata;         
wire            pwrite;         
wire            rst_n;          
wire            sclk_ie_n;      
wire            sclk_in;        
wire            sclk_oe_n;      
wire            sclk_out;       
wire            sd0_ie_n;       
wire            sd0_in;         
wire            sd0_oe_n;       
wire            sd0_out;        
wire            sd1_ie_n;       
wire            sd1_in;         
wire            sd1_oe_n;       
wire            sd1_out;        
wire            sec_rx_req;     
wire            sec_tx_req;     
wire            tipc_usi2_trust; 
wire            usi_etb_rx_trig; 
wire            usi_etb_tx_trig; 
wire            usi_intr;       
usi_top  x_usi2 (
  .clk             (clk            ),
  .dma_ack_rx      (dma_ack_rx     ),
  .dma_ack_tx      (dma_ack_tx     ),
  .dma_req_rx      (dma_req_rx     ),
  .dma_req_tx      (dma_req_tx     ),
  .nss_ie_n        (nss_ie_n       ),
  .nss_in          (nss_in         ),
  .nss_oe_n        (nss_oe_n       ),
  .nss_out         (nss_out        ),
  .paddr           (paddr          ),
  .penable         (penable        ),
  .prdata          (i_prdata       ),
  .psel            (i_psel         ),
  .pwdata          (pwdata         ),
  .pwrite          (i_pwrite       ),
  .rst_n           (rst_n          ),
  .sclk_ie_n       (sclk_ie_n      ),
  .sclk_in         (sclk_in        ),
  .sclk_oe_n       (sclk_oe_n      ),
  .sclk_out        (sclk_out       ),
  .sd0_ie_n        (sd0_ie_n       ),
  .sd0_in          (sd0_in         ),
  .sd0_oe_n        (sd0_oe_n       ),
  .sd0_out         (sd0_out        ),
  .sd1_ie_n        (sd1_ie_n       ),
  .sd1_in          (sd1_in         ),
  .sd1_oe_n        (sd1_oe_n       ),
  .sd1_out         (sd1_out        ),
  .usi_etb_rx_trig (usi_etb_rx_trig),
  .usi_etb_tx_trig (usi_etb_tx_trig),
  .usi_intr        (usi_intr       )
);
assign prdata[31:0] = i_prdata[31:0] ;
assign i_pwrite = pwrite ;
assign i_psel =  psel ;
assign sec_rx_req = dma_req_rx ;
assign sec_tx_req = dma_req_tx ;
endmodule