Your code contains an ambiguity that the compiler cannot disambiguate.
Ambiguities occur when you implicitly refer to a member for which multiple instances exist in separate namespaces. For instance, if class A is a common base class of B and C, and class D derives from both B and C, class D inherits two instance of class A, thus introducing an ambiguity when implicitly referring to members of class A. To remove the ambiguity, you must either explicitly refer to class A via class B or class C, or declare class A to be virtual in both class B and C so they both share the same instance of class A.
Use the debugger to locate the error.
runtime error
Use the Microsoft support website to locate the error message and the solution to the error.
Too many errors possible to say. Please elaborate.
C++ programs won't compile if they contain compiler errors. The compiler will tell you precisely where the error is, and the type of error, unless the error is in a macro. The compiler cannot see macro definitions because they are inline expanded prior to compilation.
The answer is in your own question. A divide by zero error is a divide or mod by zero type of error. In MSVC++ it has the error code C2124. Ultimately it is a fatal error and will either produce a compile time error or throw an unhandled exception at runtime.
#include <iostream> using namespace std;
Syntax error is a kind of error when compiler does not recognize the command you are trying to use. It happens because of two reasons: first is you forgot to include required library; second is such command does not exist.
A system error is an error that originates from the operating system or other low-level operation. Every system error is identified by a single integer value which is specific to the platform. In Windows, for instance, you will find a list of all error codes in the <winerror.h> header file.
Exception handling is the means by which exceptions -- anomalous events -- are resolved without causing a runtime error.
In C/C++, this code int a = 5; return a+++++a; leads to error. However, writing int a = 5; return (a++ + ++a); returns 12. Note that in other languages "a=5; a+++++a" leads to different results :)
You need to #include the header file that contains the missing function's declaration.