/dvbt/trunk/debug/rtl_template/stage_wrapper_rtl.v

  1 /*
  2   stage_wrapper_rtl.v
  3   Abstract: ???????? ??? ????? ??? ?????????????
  4    
  5  Connect:
  6  stage_wrapper_rtl label_sw(
  7   .clk(clk), .rst(rst), .clk_ena(clk_ena),
  8   
  9   // control ///
 10   // slave
 11   .first(first),
 12   // master
 13   .last(last),
 14   // dataflow ///
 15   // in
 16   .pin(pin), // ???????????? ???? ?????????
 17   // out
 18   .pout(pout)
 19 );
 20 */
 21`include "vconst.v"
 22 module stage_wrapper_rtl(
 23   clk, rst, clk_ena,
 24   
 25   // control ///
 26   // slave
 27   first,
 28   windows,
 29   // master
 30   last,
 31   // dataflow ///
 32   // in
 33   pin, // ???????????? ???? ?????????
 34   pin_latch,
 35   // out
 36   pout
 37 );
 38   input clk, rst, clk_ena;
 39   input first;
 40   output windows; 
 41   output last;
 42   input [`IN_WIDTH-1:0] pin;
 43   output [`IN_WIDTH-1:0] pin_latch;  // ????? ???????? ????????
 44   output [`OUT_WIDTH-1:0] pout;
 45     wire [`OUT_WIDTH-1:0] pre_pout;
 46	 
 47   // local ///
 48   wire [`IN_WIDTH-1:0] pin_mux;  // ????? ??????????????
 49   wire pre_last;
 50   
 51   // connect ///
 52   sm_wra_control #(
 53    .WIDTH(`WIDTH+1), 
 54    .MOD_COUNT(14)
 55  )label_sm(  // ???? ????????
 56    .clk(clk), .rst(rst), .clk_ena(clk_ena),
 57    // control ///
 58    // slave
 59    .first(first),  // ?????????? ???????? ? ???????? ??????? ??????? ?????
 60    .windows(windows),
 61    // master
 62    .last(pre_last)  // ?????????? ???????? ? ???? ???????? ???????
 63  );
 64  // ????? ??????
 65  // ????
 66  a_dff #(.WIDTH(`IN_WIDTH)) label_aff_in(
 67     .clk(clk), .aclr(rst), .ena(windows), 
 68	 .data(pin_mux), 
 69	 .q(pin_latch));  // ?????????? ?????? ??????????
 70  mux2bus #(.WIDTH(`IN_WIDTH)) label_mu(  // ??????? ????????????
 71    .sel(first), 
 72	.A0(pin_latch), .A1(pin), 
 73	.Z(pin_mux));
 74  // ???????????? ?????? ?????? ???? ?????? ??????????
 75  ///*
 76  a_dff #(.WIDTH(`OUT_WIDTH)) label_aff_out(
 77     .clk(clk), .aclr(rst), .ena(pre_last), 
 78	 .data(pre_pout), 
 79	 .q(pout)); 
 80	 //* / 
 81   /// *
 82   a_dff #(.WIDTH(1)) label_aff_out_ena(
 83     .clk(clk), .aclr(rst), .ena(clk_ena), //pre_last), 
 84	 .data(pre_last), 
 85	 .q(last));  //* /
 86	 //assign last = pre_last;
 87   // logic ///
 88   assign pre_pout = 11;  // ????????? ??????????
 89   //assign pout = 11;  // ????????? ??????????
 90   //
 91   // output
 92 endmodule
 93 
 94/*
 95  Abstract: slave-master control
 96  sm_control label_sm(
 97    .clk(clk), .rst(rst), .clk_ena(clk_ena),
 98    // control ///
 99    // slave
100    .first(first),  // ?????????? ???????? ? ???????? ??????? ??????? ?????
101  
102    // master
103    .last(last)  // ?????????? ???????? ? ???? ???????? ???????
104  );
105*/
106module sm_wra_control(
107  clk, rst, clk_ena,
108  // control ///
109  // slave
110  first,  // ?????????? ???????? ? ???????? ??????? ??????? ?????
111  windows,
112  // master
113  last  // ?????????? ???????? ? ???? ???????? ???????
114);
115  parameter WIDTH = 8;
116  parameter MOD_COUNT = 14;
117  input clk, rst, clk_ena;
118  input first; 
119  output windows; 
120  output last;
121  // local ///
122  wire carry;  // ??????? ????????
123  wire load;  // ??????? ???????? ??????
124  wire [WIDTH-1:0] dfload; 
125  wire oor_ena;
126  wire adf_in;  // ???? ???????????? ????????
127  wire adf_out;
128  // connect ///
129  counter_load #(.MOD_COUNT(MOD_COUNT)) label_cl(
130    .clk(clk), .rst(rst), .clk_ena(windows),//1),//adf_out),  // ????????? ??????????
131    // control /// 
132    .load(first),  // ????????? ??????
133    // out
134    .carry(carry),  // ???????? ????????
135    // datastream ///
136    .dfload(dfload)  // data for load
137  );
138  ///*
139  a_dff #(.WIDTH(WIDTH)) label_aff(
140    .clk(clk), .aclr(rst), .ena(oor_ena), 
141    .data(adf_in), 
142    .q(adf_out));  // ?????????? ?????? ??????????
143     //* /
144   // logic ///
145   assign dfload = 0;
146   assign adf_in = ~carry|first;
147   assign oor_ena = first|carry;
148   // outputs
149   assign last = carry;
150   assign windows = first|adf_out ;//|carry;
151endmodule
152 
153