verilog/rtl/Peripherals/Registers/OutputRegister.v

// module OutputRegister #(
// 		parameter WIDTH = 32,
// 		parameter ADDRESS = 8'b0,
// 		parameter DEFAULT = 32'b0
// 	)(
// 		input wire clk,
// 		input wire rst,

// 		// Peripheral Bus
// 		input wire enable,
// 		input wire peripheralBus_we,
// 		input wire peripheralBus_oe,
// 		input wire[11:0] peripheralBus_address,
// 		input wire[3:0] peripheralBus_byteSelect,
// 		output wire[31:0] peripheralBus_dataRead,
// 		input wire[31:0] peripheralBus_dataWrite,
// 		output wire requestOutput,

// 		output wire[WIDTH-1:0] currentValue
// 	);
	
// 	localparam WRITE_ADDRESS = 4'h0;
// 	localparam SET_ADDRESS = 4'h4;
// 	localparam CLEAR_ADDRESS = 4'h8;
// 	localparam TOGGLE_ADDRESS = 4'hC;

// 	wire[31:0] dataMask = {
// 		peripheralBus_byteSelect[3] ? 8'hFF : 8'h00,
// 		peripheralBus_byteSelect[2] ? 8'hFF : 8'h00,
// 		peripheralBus_byteSelect[1] ? 8'hFF : 8'h00,
// 		peripheralBus_byteSelect[0] ? 8'hFF : 8'h00
// 	};

// 	reg[WIDTH-1:0] registerValue;
// 	wire[31:0] maskedWriteData = (peripheralBus_dataWrite & dataMask) | (registerValue & ~dataMask);

// 	wire registerSelect = enable && (peripheralBus_address[11:4] == ADDRESS);
// 	wire we = registerSelect && peripheralBus_we && !peripheralBus_oe;
// 	wire oe = registerSelect && peripheralBus_oe && !peripheralBus_we;

// 	always @(posedge clk) begin
// 		if (rst) begin
// 			registerValue <= DEFAULT;
// 		end else begin
// 			if (we) registerValue <= maskedWriteData[WIDTH-1:0];
// 		end
// 	end

// 	wire[31:0] baseReadData;
// 	generate
// 		if (WIDTH == 32) begin
// 			assign baseReadData = registerValue;
// 		end else begin
// 			wire[32-WIDTH-1:0] zeroPadding = 'b0;
// 			assign baseReadData = { zeroPadding, registerValue };
// 		end
// 	endgenerate

// 	assign peripheralBus_dataRead = oe ? baseReadData & dataMask : 32'b0;
// 	assign requestOutput = oe;
// 	assign currentValue = registerValue;

// endmodule