Category:Brainf***: Difference between revisions

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rosettacode>Hajo

Revision as of 06:22, 9 June 2014 (view source) rosettacode>Rdebath (I KNOW cupid was used in this manner, possibly others.) ← Older edit		Latest revision as of 14:16, 21 November 2014 (view source) rosettacode>Hajo m (- 2nd link to Turingmachine)
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Line 1: {{language\|Brainf*\|bnf=http://ninh.nl/blog/2008/10/25/brainfck-birds-of-a-feather-session-take-2/}} {{language\|Brainf\|bnf=http://ninh.nl/blog/2008/10/25/brainfck-birds-of-a-feather-session-take-2/}}Also known as '''Brainfuck''', but identified as '''Brainf''' for reasons described [[Rosetta Code:Brainf\|here]]. Created by Urban Müller in 1993 in an attempt to create the world's smallest Turing-complete compiler. It is noted as an [[:Category:Esoteric_Languages\|esoteric programming language]], as it is not ordinarily used for applications development, but it also noted as being a minimalist language. Also known as '''Brainfuck''', but identified as '''Brainf''' for reasons described [[Rosetta Code:Brainf\|here]]. <br> Created by Urban Müller in 1993 in an attempt to create the world's smallest Turing-complete compiler. It is noted as an [[:Category:Esoteric_Languages\|esoteric programming language]], as it is not ordinarily used for applications development, but it also noted as being a minimalist language. The construction of the language is similar to a [[wp:Turing Machine\|Turing Machine]]. <br> The construction of the language is similar to a [[wp:Turing Machine\|Turing Machine]]. As with the [[wp:Turing Machine\|Turing Machine]] Brainf is built from a finite state machine and an infinite tape of cells. Each cell can be any size, including unbounded, but is frequently an eight bit byte. The finite state machine is the program code with the program counter pointing at the current state. The strong similarity is one reason that a Brainf* equivalent named ''Ρʺ'' was suitable for use by Corrado Böhm in 1964 to prove that structured programming using only ''while loops'' was just a powerful as ''goto spagetti'' programming. As with the Turing Machine, Brainf* is built from a finite state machine and an infinite tape of cells. Each cell can be any size, including unbounded, but is frequently an eight bit byte. The finite state machine is the program code with the program counter pointing at the current state. <br> The strong similarity is one reason that a Brainf* equivalent named ''Ρʺ'' was suitable for use by Corrado Böhm in 1964 to prove that structured programming using only ''while loops'' was just a powerful as ''goto spagetti'' programming. The complete specification for the language ~~(the available state transitions of the Turing machine) can be summed up with the following eight symbols:~~ (the available state transitions of the Turing machine) can be summed up with the following eight symbols: {\| class="wikitable" Line 38 ⟶ 52: All other symbols, including traditional whitespace characters, are interpreted as comments. The definition of the <tt>.</tt> and <tt>,</tt> in the above table still has some ambiguities due to the many ways of converting 'numbers' to 'characters'. Urban Müller's ''smallest compiler'' converted between characters and numbers using the ASCII character set. The newline character is number ''10'' and a end of file on input is signalled by the cell value being unchanged when the <tt>,</tt> command completes. The <tt>,</tt> command uses line editing and waits for for the return key to be pressed. Urban Müller's ''smallest compiler'' converted between characters and numbers using the ASCII character set. The newline character is number ''10'' and a end of file on input is signalled by the cell value being unchanged when the <tt>,</tt> command completes. The <tt>,</tt> command uses line editing and waits for for the return key to be pressed. Due to this minimal instruction set, Brainf*** is used as an introduction to compilers and has even been successfully implemented as a microprocessor core and the foundation to an operating system using a slightly extended syntax for output. ~~BUT due to vehement opposition to the name [http://esolangs.org/wiki/Cupid various] [http://esolangs.org/wiki/Category:Brainfuck_equivalents equivalents] are frequently used.~~ BUT due to vehement opposition to the name [http://esolangs.org/wiki/Cupid various] [http://esolangs.org/wiki/Category:Brainfuck_equivalents equivalents] are frequently used. ==See also== * [[Rosetta Code:Brainf**]] ( why some people call it BF :) [[RCBF]] - BF interpreters as a Rosetta Code task Line 52 ⟶ 71: * [http://dmoz.org/Computers/Programming/Languages/Brainfuck/ DMOZ Brainf*** category] * [http://www.iwriteiam.nl/Ha_BF.html Brainf*** tutorial] [[Category:Esoteric_Languages]]