data/full_repos/permissive/189013641/src/uart_top.v
 line:25: before: ")"
1: b"%Error: data/full_repos/permissive/189013641/src/uart_top.v:25: syntax error, unexpected ')', expecting '['\n      );\n      ^\n%Error: data/full_repos/permissive/189013641/src/uart_top.v:52: syntax error, unexpected assign\nassign rst=!rst_n;\n^~~~~~\n%Error: Exiting due to 2 error(s)\n"
module uart_top(clk,
                rst_n,
					 rx,
					 tx,
					 );
					 
 input             clk;
 input             rst_n;
 input				 rx;
 output				 tx;
 
 
wire rst;
reg t_out;
wire r_in;

 
reg [7:0] byte_out;

wire [7:0] rx_byte;
wire [7:0] tx_byte;
wire is_transmitting;
wire empty;

reg fifo_out_en;
reg uart_out;

wire recv_error;
wire is_receiving;

wire clk_out;
assign rst=!rst_n;






				
assign clk_out=clk;
always@(posedge clk_out)
begin

 if(rst)
   begin
	byte_out<=0;
	t_out<=0;
	end
 else if(r_in)
   begin
   byte_out<=rx_byte;
   t_out<=1;
   end
 else begin
      byte_out<=0;
      t_out<=0;
      end
end




always@(posedge clk_out)
begin
if(rst) begin
 fifo_out_en<=0;
 end
else if((empty==0)&&(is_transmitting==0))
 begin
 fifo_out_en<=1;
 end
 else 
 begin
 fifo_out_en<=0;
 end
 
 if(rst)
  uart_out<=0;
  else if(fifo_out_en)
  uart_out<=1;
  else
  uart_out<=0; 
end

 
myfifo ififo(
	      .clk(clk_out),
	      .din(byte_out),
	      .rd_en(fifo_out_en),
	      .rst(rst),        
	      .wr_en(t_out),
	      .dout(tx_byte),
	      .empty(empty),
	      .full());
			
 uart myuart(.clk(clk_out),.rst(rst),
      .send_data(tx_byte),.send(uart_out),
		.recv_data(rx_byte),.receved(r_in),
		.is_sending(is_transmitting),
		.rx(rx),.tx(tx)
    );

	 
	 
	 
endmodule
module uart_top(clk,
                rst_n,
					 rx,
					 tx,
					 );

					 
 input             clk;
 input             rst_n;
 input				 rx;
 output				 tx;
 
 
wire rst;
reg t_out;
wire r_in;

 
reg [7:0] byte_out;

wire [7:0] rx_byte;
wire [7:0] tx_byte;
wire is_transmitting;
wire empty;

reg fifo_out_en;
reg uart_out;

wire recv_error;
wire is_receiving;

wire clk_out;
assign rst=!rst_n;






				
assign clk_out=clk;
always@(posedge clk_out)
begin

 if(rst)
   begin
	byte_out<=0;
	t_out<=0;
	end
 else if(r_in)
   begin
   byte_out<=rx_byte;
   t_out<=1;
   end
 else begin
      byte_out<=0;
      t_out<=0;
      end
end




always@(posedge clk_out)
begin
if(rst) begin
 fifo_out_en<=0;
 end
else if((empty==0)&&(is_transmitting==0))
 begin
 fifo_out_en<=1;
 end
 else 
 begin
 fifo_out_en<=0;
 end
 
 if(rst)
  uart_out<=0;
  else if(fifo_out_en)
  uart_out<=1;
  else
  uart_out<=0; 
end

 
myfifo ififo(
	      .clk(clk_out),
	      .din(byte_out),
	      .rd_en(fifo_out_en),
	      .rst(rst),        
	      .wr_en(t_out),
	      .dout(tx_byte),
	      .empty(empty),
	      .full());
			
 uart myuart(.clk(clk_out),.rst(rst),
      .send_data(tx_byte),.send(uart_out),
		.recv_data(rx_byte),.receved(r_in),
		.is_sending(is_transmitting),
		.rx(rx),.tx(tx)
    );

	 
	 
	 
endmodule