In some situations, we may not be able to anticipate all possible types of exceptions and therefore, may not be able to design independent catch handlers to catch them.
In some situations, we may not be able to anticipate all possible types of exceptions and therefore, may not be able to design independent catch handlers to catch them.
A handler may decide to rethrow the exception caught without processing it. In such situations, we may simply invoke throw without any arguements, like, throw; (see, line 64).
The correct ordering should be the most derived first. The handlers must be in the order from most derived to the Base class.
The keyword try is used to preface a block of statements (try block) used which may generate exceptions. When an exception is detected, it is thrown using a throw statement from the try block.
This example depicts how the values of actual arguments can be changed successfully making the use of pointers.
This example shows that any changes made to the parameters of a function are not permanent and are not reflected in the actual arguments being changed, when arguments are passed by value.
In this example, a function has been used to calculate the power.
Before main() we have declared the function power() and we have included its definition later.
The program shows the minimum and maximum values that the basic data types can accommodate.