/* ************************************************************ */
declare PAR32 {

    input       Data_i[32] ;

    output      Parity_o1 ;
    output      Parity_o2 ;

}

/* ************************************************************ */
// Declare module
module PAR32 {

/* ************************************************************ */
// Internal operation signals
    wire    tmp_Parity_o1 ;
    wire    tmp_Parity_o2 ;
    wire    tmp_Parity_o3 ;
    wire    tmp_Parity_o4 ;

/* ************************************************************ */
// Equation

    {
    // Example statement #1
        tmp_Parity_o1 = {
            Data_i[7] ^ Data_i[6] ^ Data_i[5] ^ Data_i[4] ^
            Data_i[3] ^ Data_i[2] ^ Data_i[1] ^ Data_i[0]
        } ;

        tmp_Parity_o2 = {
            Data_i[15] ^ Data_i[14] ^ Data_i[13] ^ Data_i[12] ^
            Data_i[11] ^ Data_i[10] ^ Data_i[9] ^ Data_i[8]
        } ;

        tmp_Parity_o3 = {
            Data_i[23] ^ Data_i[22] ^ Data_i[21] ^ Data_i[20] ^
            Data_i[19] ^ Data_i[18] ^ Data_i[17] ^ Data_i[16]
        } ;

        tmp_Parity_o4 = {
            Data_i[31] ^ Data_i[30] ^ Data_i[29] ^ Data_i[28] ^
            Data_i[27] ^ Data_i[26] ^ Data_i[25] ^ Data_i[24]
        } ;

        Parity_o1 = tmp_Parity_o1 ^ tmp_Parity_o2 ^ tmp_Parity_o3 ^ tmp_Parity_o4 ;  

    // Example statement #2
        Parity_o2 = ^( Data_i[31:0] ) ;
    }
}
/* ************************************************************ */