GetObjectData(SerializationInfo, StreamingContext) When overridden in a derived class, returns the Exception that is the root cause of one or more subsequent exceptions. Gets the method that throws the current exception.ĭetermines whether the specified object is equal to the current object. Gets a string representation of the immediate frames on the call stack. Gets or sets the name of the application or the object that causes the error. Gets a message that describes the current exception. Gets the Exception instance that caused the current exception. Gets or sets HRESULT, a coded numerical value that is assigned to a specific exception. Gets or sets a link to the help file associated with this exception. Gets a collection of key/value pairs that provide additional user-defined information about the exception. Initializes a new instance of the OverflowException class with a specified error message and a reference to the inner exception that is the cause of this exception. Initializes a new instance of the OverflowException class with a specified error message. Initializes a new instance of the OverflowException class with serialized data. OverflowException(SerializationInfo, StreamingContext) Initializes a new instance of the OverflowException class. OverflowException uses the HRESULT COR_E_OVERFLOW, which has the value 0x80131516.įor a list of initial property values for an instance of OverflowException, see the OverflowException constructors. The following Microsoft intermediate language (MSIL) instructions throw an OverflowException: ![]() Converted the Byte value 241 to the SByte value -15. The example displays the following output: The following example illustrates the OverflowException that is thrown by a multiplication operation that overflows the bounds of the Int32 type. The software developer is responsible for properly avoiding or handling this type of overflow error.SerializableAttribute ComVisibleAttribute RemarksĪn OverflowException is thrown at run time under the following conditions:Īn arithmetic operation produces a result that is outside the range of the data type returned by the operation. In other words, you may get overflow errors when an application requests 64 bits of storage when the program can only offer 32. This type of error usually only happens with older machines trying to run modern operating systems since the capacity of the operating system over shadows the capacity of the hardware. If a data type is a single byte, and the data to be stored is greater than the unsigned value 256, an overflow error occurs. By the same token certain data types can only store numbers of a certain size. For example, if you try to fit twelve cans of soup in a box designed to hold ten cans, two cans will "overflow" that space. What this means is that a certain data type used for storing a piece of data was not large enough to hold the data. Check your app usage and virus protection and run a memory diagnostic app on your mobile device to see if this helps clear up your error.Īn overflow error that is created by storage assignment is referenced as a data type overflow. You could even have hardware damage that could cause a stack overflow error message. If your operating system on your mobile device is giving you a stack overflow error, you may have too many apps running. The stack overflow problem is not as prevalent on the newer operating systems, however, because of the small footprint on mobile devices it can become challenging. If software attempts to access an area of the stack beyond its limits, an overflow error occurs. The stack has a limited amount of storage space. Kind of like leaving breadcrumbs to find your way back. The stack keeps track of the originating address, and the program uses that for the return. A program may jump to an area that reads some data from the hard drive, then it returns from that routine to continue processing the data. The stack is used to store internal data for the program and is very fast and keep track of return addressing. ![]() An overflow error indicates that software attempted to write data beyond the limits of memory.Įach program has a section of memory allocated for a stack.
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