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Overview |
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Group |
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Quick Info
Windows NT
| Yes
| Win95
| Yes
| Win32s
| Yes
| Import Library
| kernel32.lib
| Header File
| winbase.h
| Unicode
| No
| Platform Notes
| None
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RaiseException
The RaiseException function raises an exception in the calling thread.
VOID RaiseException(
DWORD dwExceptionCode,
| // exception code
| DWORD dwExceptionFlags,
| // continuable exception flag
| DWORD nNumberOfArguments,
| // number of arguments in array
| CONST DWORD *lpArguments
| // address of array of arguments
| );
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Parameters
dwExceptionCode
Specifies the application-defined exception code of the exception being
raised. The filter expression and exception-handler block of an exception handler can
use the GetExceptionCode function to retrieve this value.
Note that the system will clear bit 28 of dwExceptionCode. This bit is a reserved exception bit, used by the system for its own
purposes. For example, after calling the RaiseException function with a dwExceptionCode value of 0xEFFFFFFF Windows displays a message indicating that the exception
number is 0xEFFFFFFF.
dwExceptionFlags
Specifies the exception flags. This can be either zero to indicate a
continuable exception, or EXCEPTION_NONCONTINUABLE to indicate a noncontinuable
exception. Any attempt to continue execution after a noncontinuable exception causes
the EXCEPTION_NONCONTINUABLE_EXCEPTION exception.
nNumberOfArguments
Specifies the number of arguments in the lpArguments array. This value must not exceed EXCEPTION_MAXIMUM_PARAMETERS. This
parameter is ignored if lpArguments is NULL.
lpArguments
Points to an array of 32-bit arguments. This parameter can be NULL. These
arguments can contain any application-defined data that needs to be passed to the
filter expression of the exception handler.
Return Values
This function does not return a value.
Remarks
The RaiseException function enables a process to use structured exception handling to handle
private, software-generated, application-defined exceptions.
Raising an exception causes the exception dispatcher to go through the
following search for an exception handler:
- The system first attempts to notify the process's debugger, if any.
- If the process is not being debugged, or if the associated debugger does not
handle the exception, the system attempts to locate a frame-based exception
handler by searching the stack frames of the thread in which the exception
occurred. The system searches the current stack frame first, then proceeds backward
through preceding stack frames.
- If no frame-based handler can be found, or no frame-based handler handles the
exception, the system makes a second attempt to notify the process's debugger.
- If the process is not being debugged, or if the associated debugger does not
handle the exception, the system provides default handling based on the
exception type. For most exceptions, the default action is to call the ExitProcess function.
The values specified in the dwExceptionCode, dwExceptionFlags, nNumberOfArguments, and lpArguments parameters can be retrieved in the filter expression of a try-except frame-based exception handler by calling the GetExceptionInformation function. A debugger can retrieve these values by calling the WaitForDebugEvent function.
See Also
ExitProcess, GetExceptionCode, GetExceptionInformation, WaitForDebugEvent
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