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- Subroutine In computer programming, a subroutine is a code that is comprised of more codes — just like everything in programming — its purpose is the same: execute an instruction/command. Because subroutines are shorter, they can be typed faster and therefore be used more by programmers, hence saving time by being able to code faster.simple.wikipedia.org/wiki/Subroutine
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In computer programming, a function, subprogram, procedure, method, routine or subroutine is a callable unit of software logic that has a well-defined interface and behavior and can be invoked multiple times. Callable units provide a powerful programming tool. The primary purpose is to allow for the … See more
The meaning of each term callable term, function, subprogram, procedure, method, routine and subroutine, is, in fact different. They are not synonymous. None-the-less, they each add a capability to programming that has commonality. See more
The idea of a callable unit was initially conceived by John Mauchly and Kathleen Antonelli during their work on ENIAC and recorded in a … See more
The features of implementations of callable units evolved over time and varies by context. This section describes features of the various … See more
Early BASIC
Early BASIC variants require each line to have a unique number (line number) that orders the lines for execution, provides no separation of the … See moreJanuary 1947John Mauchly and Kathleen Antonelli conceived the idea of a callable unit1945Alan Turing used the terms bury and unbury as a means of calling and returning from subroutines1945Subroutines were implemented in Konrad Zuse's Z416 August 1948Goldstine and von Neumann wrote a paper discussing the use of subroutines1961The Burroughs B5000 is one of the first computers to store subroutine return data on a stack1964The DEC PDP-6 is one of the first accumulator-based machines to have a subroutine call instruction that saved the return address in a stack addressed by an accumulator or index register1970The PDP-11 followed suit; this feature also supports both arbitrarily deep subroutine nesting and recursive subroutines1976The VAX-11 followed suit; this feature also supports both arbitrarily deep subroutine nesting and recursive subroutines1958The IBM FORTRAN II compiler was released, which supported user-written subroutines and functions1960sAssemblers usually had much more sophisticated support for both inline and separately assembled subroutines that could be linked togetherIn general, a callable unit is a list of instructions that, starting at the first instruction, executes sequentially except as directed via its … See more
Trade-offs
Advantages
Advantages of breaking a program into functions include: See more• Asynchronous procedure call, a subprogram that is called after its parameters are set by other activities
• Command–query separation (CQS) See moreWikipedia text under CC-BY-SA license WEBMay 14, 2024 · Learn about subroutines, functions, variables, scope, recursion, and memoization in programming. See examples of pure and impure functions, side effects, and how to avoid common pitfalls.
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