/////////////////////////////////////////////////////////////////////
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/////////////////////////////////////////////////////////////////////
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//// ////
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//// ////
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//// This project has been provided to you on behalf of: ////
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//// This project has been provided to you on behalf of: ////
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//// ////
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//// ////
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//// S.C. ASICArt S.R.L. ////
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//// S.C. ASICArt S.R.L. ////
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//// www.asicart.com ////
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//// www.asicart.com ////
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//// eli_f@asicart.com ////
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//// eli_f@asicart.com ////
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//// ////
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//// ////
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//// Author: Dragos Constantin Doncean ////
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//// Author: Dragos Constantin Doncean ////
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//// Email: doncean@asicart.com ////
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//// Email: doncean@asicart.com ////
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//// Mobile: +40-740-936997 ////
|
//// Mobile: +40-740-936997 ////
|
//// ////
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//// ////
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//// Downloaded from: http://www.opencores.org/ ////
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//// Downloaded from: http://www.opencores.org/ ////
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//// ////
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//// ////
|
/////////////////////////////////////////////////////////////////////
|
/////////////////////////////////////////////////////////////////////
|
//// ////
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//// ////
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//// Copyright (C) 2007 Dragos Constantin Doncean ////
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//// Copyright (C) 2007 Dragos Constantin Doncean ////
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//// www.asicart.com ////
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//// www.asicart.com ////
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//// doncean@asicart.com ////
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//// doncean@asicart.com ////
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//// ////
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//// ////
|
//// This source file may be used and distributed without ////
|
//// This source file may be used and distributed without ////
|
//// restriction provided that this copyright statement is not ////
|
//// restriction provided that this copyright statement is not ////
|
//// removed from the file and that any derivative work contains ////
|
//// removed from the file and that any derivative work contains ////
|
//// the original copyright notice and the associated disclaimer.////
|
//// the original copyright notice and the associated disclaimer.////
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//// ////
|
//// ////
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//// THIS SOFTWARE IS PROVIDED ``AS IS'' AND WITHOUT ANY ////
|
//// THIS SOFTWARE IS PROVIDED ``AS IS'' AND WITHOUT ANY ////
|
//// EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED ////
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//// EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED ////
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//// TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS ////
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//// TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS ////
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//// FOR A PARTICULAR PURPOSE. IN NO EVENT SHALL THE AUTHOR ////
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//// FOR A PARTICULAR PURPOSE. IN NO EVENT SHALL THE AUTHOR ////
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//// OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, ////
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//// OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, ////
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//// INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES ////
|
//// INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES ////
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//// (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE ////
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//// (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE ////
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//// GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR ////
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//// GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR ////
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//// BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF ////
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//// BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF ////
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//// LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT ////
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//// LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT ////
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//// (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT ////
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//// (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT ////
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//// OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE ////
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//// OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE ////
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//// POSSIBILITY OF SUCH DAMAGE. ////
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//// POSSIBILITY OF SUCH DAMAGE. ////
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//// ////
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//// ////
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/////////////////////////////////////////////////////////////////////
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/////////////////////////////////////////////////////////////////////
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//TEST MODULE - DIRECTED TEST
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//TEST MODULE - DIRECTED TEST
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module proj_directed_test;
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module proj_directed_test;
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reg CLK, RES, STB;
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reg CLK, RES, STB;
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reg [1:0] SEL;
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reg [1:0] SEL;
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reg[7:0] DATA_IN_0, DATA_IN_1, DATA_IN_2;
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reg[7:0] DATA_IN_0, DATA_IN_1, DATA_IN_2;
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reg [3:0] OPERATOR_TYPE;
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reg [3:0] OPERATOR_TYPE;
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reg [2:0] OPERATOR_SYMBOL;
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reg [2:0] OPERATOR_SYMBOL;
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reg OUTPUT_CHANNEL;
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reg OUTPUT_CHANNEL;
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reg DATA_VALID_IN;
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reg DATA_VALID_IN;
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wire VALID_0, VALID_1;
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wire VALID_0, VALID_1;
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wire [15:0] OUT_0, OUT_1;
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wire [15:0] OUT_0, OUT_1;
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wire PARITY_0, PARITY_1;
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wire PARITY_0, PARITY_1;
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|
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DUT dut(.dut_clk(CLK), .dut_res(RES), .dut_stb(STB),
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DUT dut(.dut_clk(CLK), .dut_res(RES), .dut_stb(STB),
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.dut_sel(SEL),
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.dut_sel(SEL),
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.dut_data_in_0(DATA_IN_0), .dut_data_in_1(DATA_IN_1), .dut_data_in_2(DATA_IN_2),
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.dut_data_in_0(DATA_IN_0), .dut_data_in_1(DATA_IN_1), .dut_data_in_2(DATA_IN_2),
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.dut_data_valid_in(DATA_VALID_IN),
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.dut_data_valid_in(DATA_VALID_IN),
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.dut_valid_0(VALID_0), .dut_valid_1(VALID_1),
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.dut_valid_0(VALID_0), .dut_valid_1(VALID_1),
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.dut_out_0(OUT_0), .dut_out_1(OUT_1),
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.dut_out_0(OUT_0), .dut_out_1(OUT_1),
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.dut_parity_0(PARITY_0), .dut_parity_1(PARITY_1));
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.dut_parity_0(PARITY_0), .dut_parity_1(PARITY_1));
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initial
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initial
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begin
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begin
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CLK = 0;
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CLK = 0;
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forever #5 CLK = ~CLK;
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forever #5 CLK = ~CLK;
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end
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end
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initial
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initial
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begin
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begin
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RES = 0; STB = 0;
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RES = 0; STB = 0;
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DATA_VALID_IN = 0;
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DATA_VALID_IN = 0;
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DATA_IN_0 = 10'b0; DATA_IN_1 = 10'b0; DATA_IN_2 = 10'b0;
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DATA_IN_0 = 10'b0; DATA_IN_1 = 10'b0; DATA_IN_2 = 10'b0;
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end
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end
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initial
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initial
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begin
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begin
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$monitor($time, " CLK = %b, RES = %b, STB = %b, SEL = %b, DATA_IN_0 = %b, DATA_IN_1 = %b, DATA_IN_2 = %b, VALID_0 = %b, VALID_1 = %b, OUT_0 = %b, OUT_1 = %b, PARITY_0 = %b, PARITY_1 = %b",
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$monitor($time, " CLK = %b, RES = %b, STB = %b, SEL = %b, DATA_IN_0 = %b, DATA_IN_1 = %b, DATA_IN_2 = %b, VALID_0 = %b, VALID_1 = %b, OUT_0 = %b, OUT_1 = %b, PARITY_0 = %b, PARITY_1 = %b",
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CLK, RES, STB, SEL, DATA_IN_0, DATA_IN_1, DATA_IN_2, VALID_0, VALID_1, OUT_0, OUT_1, PARITY_0, PARITY_1);
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CLK, RES, STB, SEL, DATA_IN_0, DATA_IN_1, DATA_IN_2, VALID_0, VALID_1, OUT_0, OUT_1, PARITY_0, PARITY_1);
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#20 RES = 1;
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#20 RES = 1;
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#20 RES = 0;
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#20 RES = 0;
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//1st transaction
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//1st transaction
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#20 STB = 1;
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#20 STB = 1;
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SEL = 2'b01;
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SEL = 2'b01;
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DATA_VALID_IN = 1;
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DATA_VALID_IN = 1;
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$display("\n-------------1st transaction-------------");
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$display("\n-------------1st transaction-------------");
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$display("-------------SEL = Ch 1, OPERATOR_TYPE = Arithmetic, OPERATOR_SYMBOL = Multiply, OUTPUT_CHANNEL = Ch 0-------------\n");
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$display("-------------SEL = Ch 1, OPERATOR_TYPE = Arithmetic, OPERATOR_SYMBOL = Multiply, OUTPUT_CHANNEL = Ch 0-------------\n");
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OPERATOR_TYPE = 4'd0;
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OPERATOR_TYPE = 4'd0;
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OPERATOR_SYMBOL = 3'd0;
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OPERATOR_SYMBOL = 3'd0;
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OUTPUT_CHANNEL = 1'd0;
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OUTPUT_CHANNEL = 1'd0;
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DATA_IN_1 = {OPERATOR_TYPE, OPERATOR_SYMBOL, OUTPUT_CHANNEL};
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DATA_IN_1 = {OPERATOR_TYPE, OPERATOR_SYMBOL, OUTPUT_CHANNEL};
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#10 STB = 0;
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#10 STB = 0;
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DATA_IN_1 = 8'd2;
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DATA_IN_1 = 8'd2;
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#10 DATA_IN_1 = 8'd4;
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#10 DATA_IN_1 = 8'd4;
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#10 DATA_VALID_IN = 0;
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#10 DATA_VALID_IN = 0;
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//2nd transaction
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//2nd transaction
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#32 STB = 1;
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#32 STB = 1;
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DATA_VALID_IN = 1;
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DATA_VALID_IN = 1;
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$display("-------------2nd transaction-------------");
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$display("-------------2nd transaction-------------");
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$display("-------------SEL = Ch 1, OPERATOR_TYPE = Arithmetic, OPERATOR_SYMBOL = Divide, OUTPUT_CHANNEL = Ch 1-------------\n");
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$display("-------------SEL = Ch 1, OPERATOR_TYPE = Arithmetic, OPERATOR_SYMBOL = Divide, OUTPUT_CHANNEL = Ch 1-------------\n");
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OPERATOR_TYPE = 4'd0;
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OPERATOR_TYPE = 4'd0;
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OPERATOR_SYMBOL = 3'd1;
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OPERATOR_SYMBOL = 3'd1;
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OUTPUT_CHANNEL = 1'd1;
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OUTPUT_CHANNEL = 1'd1;
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DATA_IN_1 = {OPERATOR_TYPE, OPERATOR_SYMBOL, OUTPUT_CHANNEL};
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DATA_IN_1 = {OPERATOR_TYPE, OPERATOR_SYMBOL, OUTPUT_CHANNEL};
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#10 STB = 0;
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#10 STB = 0;
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DATA_IN_1 = 8'd18;
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DATA_IN_1 = 8'd18;
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#10 DATA_IN_1 = 8'd9;
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#10 DATA_IN_1 = 8'd9;
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#10 DATA_VALID_IN = 0;
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#10 DATA_VALID_IN = 0;
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//3rd transaction
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//3rd transaction
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#30 STB = 1;
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#30 STB = 1;
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SEL = 2'd0;
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SEL = 2'd0;
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DATA_VALID_IN = 1;
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DATA_VALID_IN = 1;
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$display("-------------3rd transaction-------------");
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$display("-------------3rd transaction-------------");
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$display("-------------SEL = Ch 0, OPERATOR_TYPE = Arithmetic, OPERATOR_SYMBOL = Add, OUTPUT_CHANNEL = Ch 0-------------\n");
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$display("-------------SEL = Ch 0, OPERATOR_TYPE = Arithmetic, OPERATOR_SYMBOL = Add, OUTPUT_CHANNEL = Ch 0-------------\n");
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OPERATOR_TYPE = 4'd0;
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OPERATOR_TYPE = 4'd0;
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OPERATOR_SYMBOL = 3'd2;
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OPERATOR_SYMBOL = 3'd2;
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OUTPUT_CHANNEL = 1'd0;
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OUTPUT_CHANNEL = 1'd0;
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DATA_IN_0 = {OPERATOR_TYPE, OPERATOR_SYMBOL, OUTPUT_CHANNEL};
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DATA_IN_0 = {OPERATOR_TYPE, OPERATOR_SYMBOL, OUTPUT_CHANNEL};
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#10 STB = 0;
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#10 STB = 0;
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DATA_IN_0 = 8'd15;
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DATA_IN_0 = 8'd15;
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#10 DATA_IN_0 = 8'd10;
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#10 DATA_IN_0 = 8'd10;
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#10 DATA_VALID_IN = 0;
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#10 DATA_VALID_IN = 0;
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//4th transaction
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//4th transaction
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#40 STB = 1;
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#40 STB = 1;
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SEL = 2'd2;
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SEL = 2'd2;
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DATA_VALID_IN = 1;
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DATA_VALID_IN = 1;
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$display("-------------4th transaction-------------");
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$display("-------------4th transaction-------------");
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$display("-------------SEL = Ch 2, OPERATOR_TYPE = Logical, OPERATOR_SYMBOL = Logical negation, OUTPUT_CHANNEL = Ch 1-------------\n");
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$display("-------------SEL = Ch 2, OPERATOR_TYPE = Logical, OPERATOR_SYMBOL = Logical negation, OUTPUT_CHANNEL = Ch 1-------------\n");
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OPERATOR_TYPE = 4'd1;
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OPERATOR_TYPE = 4'd1;
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OPERATOR_SYMBOL = 3'd0;
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OPERATOR_SYMBOL = 3'd0;
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OUTPUT_CHANNEL = 1'd1;
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OUTPUT_CHANNEL = 1'd1;
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DATA_IN_2 = {OPERATOR_TYPE, OPERATOR_SYMBOL, OUTPUT_CHANNEL};
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DATA_IN_2 = {OPERATOR_TYPE, OPERATOR_SYMBOL, OUTPUT_CHANNEL};
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#10 STB = 0;
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#10 STB = 0;
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DATA_IN_2 = 8'd35;
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DATA_IN_2 = 8'd35;
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#10 DATA_VALID_IN = 0;
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#10 DATA_VALID_IN = 0;
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//5th transaction
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//5th transaction
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#30 STB = 1;
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#30 STB = 1;
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SEL = 2'd2;
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SEL = 2'd2;
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DATA_VALID_IN = 1;
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DATA_VALID_IN = 1;
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$display("-------------5th transaction-------------");
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$display("-------------5th transaction-------------");
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$display("-------------SEL = Ch 2, OPERATOR_TYPE = Bitwise, OPERATOR_SYMBOL = Bitwise negation, OUTPUT_CHANNEL = Ch 1-------------\n");
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$display("-------------SEL = Ch 2, OPERATOR_TYPE = Bitwise, OPERATOR_SYMBOL = Bitwise negation, OUTPUT_CHANNEL = Ch 1-------------\n");
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OPERATOR_TYPE = 4'd4;
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OPERATOR_TYPE = 4'd4;
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OPERATOR_SYMBOL = 3'd0;
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OPERATOR_SYMBOL = 3'd0;
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OUTPUT_CHANNEL = 1'd1;
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OUTPUT_CHANNEL = 1'd1;
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DATA_IN_2 = {OPERATOR_TYPE, OPERATOR_SYMBOL, OUTPUT_CHANNEL};
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DATA_IN_2 = {OPERATOR_TYPE, OPERATOR_SYMBOL, OUTPUT_CHANNEL};
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#10 STB = 0;
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#10 STB = 0;
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DATA_IN_2 = 8'd21;
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DATA_IN_2 = 8'd21;
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#10 DATA_VALID_IN = 0;
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#10 DATA_VALID_IN = 0;
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//6th transaction
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//6th transaction
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#30 STB = 1;
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#30 STB = 1;
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SEL = 2'd0;
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SEL = 2'd0;
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DATA_VALID_IN = 1;
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DATA_VALID_IN = 1;
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$display("-------------6th transaction-------------");
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$display("-------------6th transaction-------------");
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$display("-------------SEL = Ch 0, OPERATOR_TYPE = Shift, OPERATOR_SYMBOL = Right shift, OUTPUT_CHANNEL = Ch 0-------------\n");
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$display("-------------SEL = Ch 0, OPERATOR_TYPE = Shift, OPERATOR_SYMBOL = Right shift, OUTPUT_CHANNEL = Ch 0-------------\n");
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OPERATOR_TYPE = 4'd6;
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OPERATOR_TYPE = 4'd6;
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OPERATOR_SYMBOL = 3'd0;
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OPERATOR_SYMBOL = 3'd0;
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OUTPUT_CHANNEL = 1'd0;
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OUTPUT_CHANNEL = 1'd0;
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DATA_IN_0 = {OPERATOR_TYPE, OPERATOR_SYMBOL, OUTPUT_CHANNEL};
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DATA_IN_0 = {OPERATOR_TYPE, OPERATOR_SYMBOL, OUTPUT_CHANNEL};
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#10 STB = 0;
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#10 STB = 0;
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DATA_IN_0 = 8'd16;
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DATA_IN_0 = 8'd16;
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#10 DATA_IN_0 = 8'd2;
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#10 DATA_IN_0 = 8'd2;
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#10 DATA_VALID_IN = 0;
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#10 DATA_VALID_IN = 0;
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//7th transaction
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//7th transaction
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#50 STB = 1;
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#50 STB = 1;
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SEL = 2'd2;
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SEL = 2'd2;
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DATA_VALID_IN = 1;
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DATA_VALID_IN = 1;
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$display("-------------7th transaction-------------");
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$display("-------------7th transaction-------------");
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$display("-------------SEL = Ch 2, OPERATOR_TYPE = Concatenation, OPERATOR_SYMBOL = Concatenation, OUTPUT_CHANNEL = Ch 1-------------\n");
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$display("-------------SEL = Ch 2, OPERATOR_TYPE = Concatenation, OPERATOR_SYMBOL = Concatenation, OUTPUT_CHANNEL = Ch 1-------------\n");
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OPERATOR_TYPE = 4'd7;
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OPERATOR_TYPE = 4'd7;
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OPERATOR_SYMBOL = 3'd0;
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OPERATOR_SYMBOL = 3'd0;
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OUTPUT_CHANNEL = 1'd1;
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OUTPUT_CHANNEL = 1'd1;
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DATA_IN_2 = {OPERATOR_TYPE, OPERATOR_SYMBOL, OUTPUT_CHANNEL};
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DATA_IN_2 = {OPERATOR_TYPE, OPERATOR_SYMBOL, OUTPUT_CHANNEL};
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#10 STB = 0;
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#10 STB = 0;
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DATA_IN_2 = 8'd1;
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DATA_IN_2 = 8'd1;
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#10 DATA_IN_2 = 8'd3;
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#10 DATA_IN_2 = 8'd3;
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#10 DATA_VALID_IN = 0;
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#10 DATA_VALID_IN = 0;
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//8th transaction
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//8th transaction
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#30 STB = 1;
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#30 STB = 1;
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SEL = 2'd1;
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SEL = 2'd1;
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DATA_VALID_IN = 1;
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DATA_VALID_IN = 1;
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$display("-------------8th transaction-------------");
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$display("-------------8th transaction-------------");
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$display("-------------SEL = Ch 1, OPERATOR_TYPE = Replication, OPERATOR_SYMBOL = Replication, OUTPUT_CHANNEL = Ch 0-------------\n");
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$display("-------------SEL = Ch 1, OPERATOR_TYPE = Replication, OPERATOR_SYMBOL = Replication, OUTPUT_CHANNEL = Ch 0-------------\n");
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OPERATOR_TYPE = 4'd8;
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OPERATOR_TYPE = 4'd8;
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OPERATOR_SYMBOL = 3'd0;
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OPERATOR_SYMBOL = 3'd0;
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OUTPUT_CHANNEL = 1'd0;
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OUTPUT_CHANNEL = 1'd0;
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DATA_IN_1 = {OPERATOR_TYPE, OPERATOR_SYMBOL, OUTPUT_CHANNEL};
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DATA_IN_1 = {OPERATOR_TYPE, OPERATOR_SYMBOL, OUTPUT_CHANNEL};
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#10 STB = 0;
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#10 STB = 0;
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DATA_IN_1 = 8'd14;
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DATA_IN_1 = 8'd14;
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#10 DATA_VALID_IN = 0;
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#10 DATA_VALID_IN = 0;
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//9th transaction
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//9th transaction
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#30 STB = 1;
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#30 STB = 1;
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SEL = 2'd0;
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SEL = 2'd0;
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DATA_VALID_IN = 1;
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DATA_VALID_IN = 1;
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$display("-------------9th transaction-------------");
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$display("-------------9th transaction-------------");
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$display("-------------SEL = Ch 0, OPERATOR_TYPE = Conditional, OPERATOR_SYMBOL = Conditional, OUTPUT_CHANNEL = Ch 0-------------\n");
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$display("-------------SEL = Ch 0, OPERATOR_TYPE = Conditional, OPERATOR_SYMBOL = Conditional, OUTPUT_CHANNEL = Ch 0-------------\n");
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OPERATOR_TYPE = 4'd9;
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OPERATOR_TYPE = 4'd9;
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OPERATOR_SYMBOL = 3'd0;
|
OPERATOR_SYMBOL = 3'd0;
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OUTPUT_CHANNEL = 1'd0;
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OUTPUT_CHANNEL = 1'd0;
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DATA_IN_0 = {OPERATOR_TYPE, OPERATOR_SYMBOL, OUTPUT_CHANNEL};
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DATA_IN_0 = {OPERATOR_TYPE, OPERATOR_SYMBOL, OUTPUT_CHANNEL};
|
#10 STB = 0;
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#10 STB = 0;
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DATA_IN_0 = 8'd0;
|
DATA_IN_0 = 8'd0;
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#10 DATA_IN_0 = 8'd2;
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#10 DATA_IN_0 = 8'd2;
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#10 DATA_IN_0 = 8'd3;
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#10 DATA_IN_0 = 8'd3;
|
#10 DATA_VALID_IN = 0;
|
#10 DATA_VALID_IN = 0;
|
|
|
/*
|
/*
|
//10th transaction - reserved values: circuit behaviour is impredictible, reserved values must not be used
|
//10th transaction - reserved values: circuit behaviour is impredictible, reserved values must not be used
|
#40 STB = 1;
|
#40 STB = 1;
|
SEL = 2'd3;
|
SEL = 2'd3;
|
DATA_VALID_IN = 1;
|
DATA_VALID_IN = 1;
|
$display("\n-------------10th transaction - reserved values for SEL -------------");
|
$display("\n-------------10th transaction - reserved values for SEL -------------");
|
$display("-------------SEL = Reserved ('d4), OPERATOR_TYPE = Reserved('d10), OPERATOR_SYMBOL = Reserved ('d0), OUTPUT_CHANNEL = Ch 0-------------\n");
|
$display("-------------SEL = Reserved ('d4), OPERATOR_TYPE = Reserved('d10), OPERATOR_SYMBOL = Reserved ('d0), OUTPUT_CHANNEL = Ch 0-------------\n");
|
OPERATOR_TYPE = 4'd10;
|
OPERATOR_TYPE = 4'd10;
|
OPERATOR_SYMBOL = 3'd0;
|
OPERATOR_SYMBOL = 3'd0;
|
OUTPUT_CHANNEL = 1'd0;
|
OUTPUT_CHANNEL = 1'd0;
|
DATA_IN_0 = {OPERATOR_TYPE, OPERATOR_SYMBOL, OUTPUT_CHANNEL};
|
DATA_IN_0 = {OPERATOR_TYPE, OPERATOR_SYMBOL, OUTPUT_CHANNEL};
|
#10 STB = 0;
|
#10 STB = 0;
|
DATA_IN_0 = 8'hCC;
|
DATA_IN_0 = 8'hCC;
|
DATA_IN_1 = 8'hCC;
|
DATA_IN_1 = 8'hCC;
|
DATA_IN_2 = 8'hCC;
|
DATA_IN_2 = 8'hCC;
|
#10 DATA_VALID_IN = 0;
|
#10 DATA_VALID_IN = 0;
|
*/
|
*/
|
#50 $finish;
|
#50 $finish;
|
end
|
end
|
|
|
initial
|
initial
|
begin
|
begin
|
|
|
$shm_open("../run/waves/waves_directed_test"); // Open database named "waves"
|
$shm_open("../run/waves/waves_directed_test"); // Open database named "waves"
|
$shm_probe(proj_directed_test, "AS"); // Record tb scope and all sub hierarchy
|
$shm_probe(proj_directed_test, "AS"); // Record tb scope and all sub hierarchy
|
//<or> $shm_probe(proj_directed_test.top, "A"); // Record only those signals at proj1_test.top scope
|
//<or> $shm_probe(proj_directed_test.top, "A"); // Record only those signals at proj1_test.top scope
|
|
|
/*
|
/*
|
After your simulation run, you would invoke the waveform viewer with "simwave waves" or "simvision waves"
|
After your simulation run, you would invoke the waveform viewer with "simwave waves" or "simvision waves"
|
and all the signals you asked to be recorded should be present. You don't need the NC gui at all.
|
and all the signals you asked to be recorded should be present. You don't need the NC gui at all.
|
*/
|
*/
|
end
|
end
|
|
|
/*
|
/*
|
//for waveform viewing - ICARUS VERILOG and GTKWave
|
//for waveform viewing - ICARUS VERILOG and GTKWave
|
initial
|
initial
|
begin
|
begin
|
$dumpfile ("proj_directed_test.dump") ;
|
$dumpfile ("proj_directed_test.dump") ;
|
$dumpvars;
|
$dumpvars;
|
$dumpon;
|
$dumpon;
|
//$dumpall;
|
//$dumpall;
|
end
|
end
|
*/
|
*/
|
|
|
endmodule
|
endmodule
|
|
|