From: Conrad Schneiker Date: 2000-09-18T14:40:03+09:00 Subject: [ruby-talk:4981] Re: Ruby Book Eng. translation editor's questions Hi, "Brian F. Feldman" wrote: > > > Hi, > > > > In message "[ruby-talk:4959] Re: Ruby Book Eng. translation editor's questions" > > on 00/09/17, Jon Babcock writes: > > > > |Or, perhaps I am wrong and English 'parenthesis' *can* include curly > > |braces { } and square brackets [ ] and well as ( and ). > > > > Perl document (perlop.pod) uses the word `brackets' for all these. > > > > |Is any other kind of kakko 括弧, besides { }, used in this syntax in > > |Ruby? > > > > Here's the list of corresponding BRACKETs. > > > > round ( ) > > angle < > > > square [ ] > > curly { } > > > > Hope this helps. > > > > matz. > > FWIW, we've gone through this for FreeBSD and the consensus was: > > parentheses ( ) > brackets [ ] > braces { } > > and < > are just less-than and greater-than signs. This is the accepted > English definition for each, but the terms you've listed seem to have become > pretty common vernacular in the computer field. < > are referred to (and indexed as) (left and right) angle brackets in the semi-definitive "Programming Perl". However for (), [], and {}, the terms parentheses, brackets, and braces are used. This combination is the convention I (strongly) prefer, and I think this is likely the best option or tradeoff for the majority of your prospective readers. In the above notation, this is: parentheses ( ) brackets [ ] angle brackets < > braces { } 2 Python books (otherwise almost unused, thanks to the co-discovery of Ruby) generically refer to brackets and braces too, but () are <> are mentioned only as tuples and comparison operator. FYI/FWIW, some < > as angle brackets references from the Oracle at Google: A hacker jargon dictionary entry: http://www.tuxedo.org/~esr/jargon/html/entry/angle-brackets.html A library information system (?) entry: http://libweb.uoregon.edu/orbis/staffhome/300_fields.html Verity query language: http://www.anstat.com.au/topicpdf/qrylng-7.htm The inner product notation of math: http://www.mathpropress.com/notation/pages/page68.html .... and of course, lots of construction industry references. -- Conrad Schneiker (This note is unofficial and subject to improvement without notice.)