String Objects and C-strings: Caveats
The standard string class has a dual interface: it supports both C-style strings as well as string objects in various operations: const char text[] = “hello world”;string s = text;
The standard string class has a dual interface: it supports both C-style strings as well as string objects in various operations: const char text[] = “hello world”;string s = text;
In order to overload a function, a different signature should be used for each overloaded version. A function signature consists of the list of types of its arguments as well
All C/C++ compilers define the following macros: __DATE__ //a literal containing the compilation date in the form “Apr 13 1998″__TIME__ //a literal containing the compilation time in the form “10:01:07″__FILE__
A robust, long lasting OO design relies on the premise that an existing class can be re-used in the future by means of derivation. Therefore, examining the actual type of
As opposed to base class’ constructor and destructor, which are automatically invoked from the derived class’ constructor and destructor respectively, a user-defined assignment operator defined in a base class is
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