![]() Code 32: A driver (service) for this device has been disabled.Code 31: This device is not working properly because Windows cannot load the drivers required for this device.Code 28: The drivers for this device are not installed.(This message means that there's a hardware failure or problem with the driver.) Code 24: This device is not present, is not working correctly, or does not have all its drivers installed.Code 18: Reinstall the drivers for this device.(This message means that the hardware key doesn't contain a "FailReasonString" value.) Try upgrading the device drivers for this device. Code 3: The driver for this device might be corrupted, or your system may be running low on memory or other resources.Code 1: This device isn't configured correctly.The following list includes the error codes along with their respective description that you can resolve by updating the driver package: Fixing Device Manager error codes reinstalling driver The status of a piece of hardware connected to your computer can show many status codes available, and depending on the message, the solution may have different steps.īelow you'll find a list with the most common error codes and recommendations to resolve them. How to fix hardware status problems on Windows 10 For example, if you see "error code 22," then it means that the device has been disabled, and you must enable it to address the problem. The temptation to hide warnings in Visual Studio’s “Error List” window can lead to a buildup of hidden or ignored warnings.If the component isn't working correctly, then you'll see a description of the problem with an error code. ![]() This very common issue erodes the strict type checking provided by the C# compiler. In Visual Studio, do this by putting your cursor over the object’s name and pressing F12.įor a more in-depth explanation of the reference/value error, see this tutorial. To fix the problem, look at definitions of the object types. Point point1 = new Point(20, 30) Ĭonsole.WriteLine(point1.X) // 20 (does this surprise you?)Ĭonsole.WriteLine(pen1.Color) // Blue (or does this surprise you?) The example below shows a couple of unwanted surprises. In C#, the programmer who writes the object decides whether the value assigned to it is a value or a reference to another object. Using a Reference Like a Value or Vice Versa ![]()
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