header file

In its simplest form, only a single header file is required.

The interface of a class is usually defined in a header file.

Each universe had its own command set, libraries and header files.

The functions and associated types are defined in the system header file.

Automatic connection of program header files to command line names.

Separate data and header files are used for each type of data.

These four modules are added to the header file: "

This allows the compression of the data while leaving the header file accessible.

Later revisions of the C standard have added several new required header files to the library.

Double quotes are used to include local or project-specific header files.

The Berkeley socket interface is defined in several header files.

The library is simply a collection of header files, and so, does not need to be independently compiled.

These are partly generated from the C header files of the underlying library.

One side benefit is that compilations are faster because the header file changes less often.

In C++ it is also available through the cassert header file.

Entries also typically include the location of header files, version information and a description.

There are a number of child header files that are automatically included with windows.

All signals are defined as macro constants in header file.

All code is exposed in the header file.

For program functions, a list of the parameters the function takes and which header file contains its definition.

It is activated by means of statements in the header files of the library.

For example, a subdirectory of the source tree plus an associated global header file is a very common case.

This means header files are not needed.

The following code demonstrates how header files are used:

This eliminates the risk of name clashes, meaning that no header file can fail to be included at least once.