type function_name (type1 arg,...)
{
//function body
}
void finc(int arg0)
{
cout << "You entered: " << arg0;
}
No, all functions must be defined outside of C structures. However, all functions in C have a type (the return type) and an identity (an address), so you can define function pointers as members of a structure to achieve the same end.
There are no 'sections' in C source, you can define functions anywhere, except inside another function or variable/type definition.
There are many advantages to C sharp programming like: Not having to define the Headers (.h), Classes can be defined within classes, classes and functions can be defined in random order unlike C and C++, Classes and functions don't need to be declared in the program.
The preprocessor handles directives for source file inclusion (#include), macro definitions (#define), and conditional inclusion (#if).
Declared is the right word. (Don't define functions in headers, unless you really know what you are doing.)
define class string
Actually, the preprocessor is not part of the C compiler, but here you are: #define is meant to define symbols. Examples #define NULL ((void *)0) #define getchar() getc(stdin)
Yes, there can be friend functions in C++.
.Ascx class file is used to define the controls in c#
Standard C (C89 and C99 are the official standards) does not allow to define functions inside functions (known as nestedfunctions). However, some compilers, such as the free GCC allow nested functions as a language extension.
C++ built-in functions are those functions that are provided for you as part of the language itself, and includes all of the C standard library functions (all of which were inherited from C) and is expanded upon by the C++ standard template library. C++ implementors may provide additional functions that are platform-specific, however these are not considered built-in functions becuase C++ is a cross-platform language. These are best described as 3rd party functions. The functions you yourself write are known as user-defined functions.
C programs do not function without functions.