module div_16bit (
    input [15:0] A,
    input [7:0] B,
    output reg [15:0] result,
    output reg [15:0] odd
);

    // Temporary variables for intermediate values
    reg [15:0] temp_dividend;
    reg [7:0] temp_divisor;
    reg [15:0] temp_result;
    reg [15:0] temp_odd;

    integer i;

    always @* begin
        // Initial assignments
        temp_dividend = A;
        temp_divisor = B;
        temp_result = 0;
        temp_odd = 0;

        // Check for divide by zero case
        if (temp_divisor != 0) begin
            for (i = 15; i >= 0; i = i - 1) begin
                // Shift left the odd to make room for the new bit
                temp_odd = temp_odd << 1;
                // Bring down the next bit from the dividend
                temp_odd[0] = temp_dividend[i];
                // Compare the higher bits of dividend with the divisor
                if (temp_odd >= {8'b0, temp_divisor}) begin
                    // Subtract the divisor from the current portion of the dividend
                    temp_odd = temp_odd - {8'b0, temp_divisor};
                    // Set the current bit in the quotient
                    temp_result[i] = 1'b1;
                end
            end
        end else begin
            // If B is 0, it's an undefined operation, typically handled separately
            // For this example, just set result and odd to all zeros
            temp_result = 16'b0;
            temp_odd = 16'b0;
        end

        // Assign the results to the outputs
        result = temp_result;
        odd = temp_odd;
    end

endmodule