`timescale 1 ns/100 ps
// Version: 9.1 SPB 9.1.0.22


module top_level_Dynamic_webserver(
       UART_0_TXD,
       UART_0_RXD,
       I2C_0_SCL,
       I2C_0_SDA,
       SPI_1_DO,
       SPI_1_SS,
       SPI_1_CLK,
       SPI_1_DI,
       SPI_0_DO,
       SPI_0_CLK,
       SPI_0_SS,
       SPI_0_DI,
       MAC_MDIO,
       MAC_MDC,
       MAC_CRSDV,
       MAC_RXER,
       MAC_TXEN,
       MSS_RESET_N,
       MAINXIN,
       Voltage_Monitor_0,
       TemperatureMonitor_0,
       CurrentMonitor_0,
       GNDTM0,
       VAREF0,
       GLC,
       EMI_0_CLK,
       EMI_0_CS0_N,
       EMI_0_CS1_N,
       EMI_0_OEN0_N,
       EMI_0_OEN1_N,
       EMI_0_RW_N,
       MAC_RXD,
       MAC_TXD,
       EMI_0_DB,
       EMI_0_AB,
       EMI_0_BYTEN
    );
output UART_0_TXD;
input  UART_0_RXD;
inout  I2C_0_SCL;
inout  I2C_0_SDA;
output SPI_1_DO;
inout  SPI_1_SS;
inout  SPI_1_CLK;
input  SPI_1_DI;
output SPI_0_DO;
inout  SPI_0_CLK;
inout  SPI_0_SS;
input  SPI_0_DI;
inout  MAC_MDIO;
output MAC_MDC;
input  MAC_CRSDV;
input  MAC_RXER;
output MAC_TXEN;
input  MSS_RESET_N;
input  MAINXIN;
input  Voltage_Monitor_0;
input  TemperatureMonitor_0;
input  CurrentMonitor_0;
input  GNDTM0;
input  VAREF0;
output GLC;
output EMI_0_CLK;
output EMI_0_CS0_N;
output EMI_0_CS1_N;
output EMI_0_OEN0_N;
output EMI_0_OEN1_N;
output EMI_0_RW_N;
input  [1:0] MAC_RXD;
output [1:0] MAC_TXD;
inout  [15:0] EMI_0_DB;
output [25:0] EMI_0_AB;
output [1:0] EMI_0_BYTEN;

    wire GND_net, VCC_net;
    
    VCC VCC (.Y(VCC_net));
    GND GND (.Y(GND_net));
    mss_Dynamic_webserver mss_Dynamic_webserver_0 (.UART_0_TXD(
        UART_0_TXD), .UART_0_RXD(UART_0_RXD), .SPI_1_DI(SPI_1_DI), 
        .SPI_1_DO(SPI_1_DO), .SPI_1_CLK(SPI_1_CLK), .SPI_1_SS(SPI_1_SS)
        , .SPI_0_DI(SPI_0_DI), .SPI_0_DO(SPI_0_DO), .SPI_0_CLK(
        SPI_0_CLK), .SPI_0_SS(SPI_0_SS), .I2C_0_SCL(I2C_0_SCL), 
        .I2C_0_SDA(I2C_0_SDA), .MSS_RESET_N(MSS_RESET_N), .MAC_MDIO(
        MAC_MDIO), .MAC_CRSDV(MAC_CRSDV), .MAC_RXER(MAC_RXER), 
        .MAC_TXEN(MAC_TXEN), .MAC_MDC(MAC_MDC), .GLC(GLC), .MAINXIN(
        MAINXIN), .Voltage_Monitor_0(Voltage_Monitor_0), 
        .TemperatureMonitor_0(TemperatureMonitor_0), .CurrentMonitor_0(
        CurrentMonitor_0), .GNDTM0(GNDTM0), .VAREF0(VAREF0), 
        .EMI_0_CLK(EMI_0_CLK), .EMI_0_CS0_N(EMI_0_CS0_N), .EMI_0_CS1_N(
        EMI_0_CS1_N), .EMI_0_OEN0_N(EMI_0_OEN0_N), .EMI_0_OEN1_N(
        EMI_0_OEN1_N), .EMI_0_RW_N(EMI_0_RW_N), .MAC_RXD({MAC_RXD[1], 
        MAC_RXD[0]}), .MAC_TXD({MAC_TXD[1], MAC_TXD[0]}), .EMI_0_DB({
        EMI_0_DB[15], EMI_0_DB[14], EMI_0_DB[13], EMI_0_DB[12], 
        EMI_0_DB[11], EMI_0_DB[10], EMI_0_DB[9], EMI_0_DB[8], 
        EMI_0_DB[7], EMI_0_DB[6], EMI_0_DB[5], EMI_0_DB[4], 
        EMI_0_DB[3], EMI_0_DB[2], EMI_0_DB[1], EMI_0_DB[0]}), 
        .EMI_0_AB({EMI_0_AB[25], EMI_0_AB[24], EMI_0_AB[23], 
        EMI_0_AB[22], EMI_0_AB[21], EMI_0_AB[20], EMI_0_AB[19], 
        EMI_0_AB[18], EMI_0_AB[17], EMI_0_AB[16], EMI_0_AB[15], 
        EMI_0_AB[14], EMI_0_AB[13], EMI_0_AB[12], EMI_0_AB[11], 
        EMI_0_AB[10], EMI_0_AB[9], EMI_0_AB[8], EMI_0_AB[7], 
        EMI_0_AB[6], EMI_0_AB[5], EMI_0_AB[4], EMI_0_AB[3], 
        EMI_0_AB[2], EMI_0_AB[1], EMI_0_AB[0]}), .EMI_0_BYTEN({
        EMI_0_BYTEN[1], EMI_0_BYTEN[0]}));
    
endmodule
