Invalid Parameter Noinfo Noreturn Msvcr100 Dll BEST 💻

Invalid Parameter Noinfo Noreturn Msvcr100 Dll

The _invalid_parameter_noreturn_msvcr110 function is like the function _invalid_parameter_noreturn except the version of the CRT that is used is Microsoft Visual C++ 10.0. When the default handler is called, the CRT version is Microsoft Visual C++ 11.0. When a valid parameter is identified, a message is written to the trace log. If an invalid parameter is identified, then a message is written to the trace log, followed by a call to the _invoke_watson function, which will cause termination.

The _invalid_parameter function checks whether a user-defined invalid parameter handler was set, and if so, calls it. For example, if a user-defined thread-local handler was set by a call to set_thread_local_invalid_parameter_handler in the current thread, it’s called, then the function returns. Otherwise, if a user-defined global invalid parameter handler was set by a call to set_invalid_parameter_handler, it’s called, then the function returns. Otherwise, the default handler _invoke_watson is called. The default behavior of _invoke_watson is to terminate the program. User-defined handlers may terminate or return. We recommend that user-defined handlers terminate the program unless recovery is certain.

If the invalid parameter type is a pointer type, then the validator implementation determines which pointer type is valid and passes it to _valid_parameter. If _valid_parameter cannot decide, then it returns false and an invalid parameter exception is raised.
If the invalid parameter is a non-negative integer value and the validator implementation cannot convert the value to a pointer type, then it is converted to an 8-bit unsigned integer and stored in the exception record.
If the invalid parameter is a pointer type, _valid_parameter attempts to decide whether the pointer type is valid by searching for a qualified address to the data in the exception record. If it is unable to find it, then the pointer type is invalid and the exception is raised.
If the invalid parameter is a non-negative integer value and the validator implementation cannot convert it to a pointer type, then it is converted to an 8-bit unsigned integer and stored in the exception record. If the validator implementation encounters an invalid parameter type when it doesn’t know how to handle it, it’s too bad, but it always returns false in order to catch the problem. This usually happens when you pass the invalid parameter to a function that’s expecting a pointer.
When the default handler _invoke_watson is called, _valid_parameter determines if the parameters are valid. If not, it is still passed to _invalid_parameter or _invalid_parameter_noinfo.
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By, darckamm