Difference between revisions of "Subroutine package"
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For example, on early machines which did not support [[floating point]] in [[hardware]], it was common to have a floating point library. For commercial applications, which often use [[binary-coded decimal]] for arbitrary-[[precision]] numbers, a library implementing them was often provided on machines which lacked hardware support for BCD. | For example, on early machines which did not support [[floating point]] in [[hardware]], it was common to have a floating point library. For commercial applications, which often use [[binary-coded decimal]] for arbitrary-[[precision]] numbers, a library implementing them was often provided on machines which lacked hardware support for BCD. | ||
| − | In the [[C | + | In the [[C programming language]], which does not include [[input/output]] as part of the language, the [[standard I/O library]] is a [[portable]] library which provides a standard way to perform I/O on many systems which C runs on. |
[[Category: Software Basics]] | [[Category: Software Basics]] | ||
Latest revision as of 22:58, 31 December 2022
A subroutine package (often called a 'library') is a group of subroutines which support some particular functionality.
For example, on early machines which did not support floating point in hardware, it was common to have a floating point library. For commercial applications, which often use binary-coded decimal for arbitrary-precision numbers, a library implementing them was often provided on machines which lacked hardware support for BCD.
In the C programming language, which does not include input/output as part of the language, the standard I/O library is a portable library which provides a standard way to perform I/O on many systems which C runs on.
