- From: Guntur Wiseno Putra <gsenopu@gmail.com>
- Date: Tue, 15 Oct 2019 00:19:53 +0700
- To: Steven Pemberton <steven.pemberton@cwi.nl>
- Cc: XForms <public-xformsusers@w3.org>
- Message-ID: <CAKi_AEuBuMVOX1Z7LU7erWbR9xHAPdU2ou-G3yDv3QiV8RreKg@mail.gmail.com>
Dear XFormsUsers and Steven, It may be inspiring: So it is about "model"...? as "the word is used in so many different ways in common parlance as well as in academia" (Patterson, Z., "Model", 2008: discussing the word in relation with social science) ...? https://www.espacestemps.net/articles/model/ Until the MarkupUK 2019 it is still said that the components of XForms are the model and the human interface (Steven Pemberton, "Declarative Applications"). https://homepages.cwi.nl/~steven/Talks/2019/06-07-markup/ Regard, Guntur Wiseno Putra Pada Rabu, 09 Oktober 2019, Guntur Wiseno Putra <gsenopu@gmail.com> menulis: > Dear XForms Users & Steven, > > To share what may be inspiring (May we say what are below...?): > > Somewhere a city of networks, those networks of languages, ones learn on > how to navigate it, how to work it out by such a strategic spatial > planning: thus there is a multiplanar methodology... > > https://www.espacestemps.net/en/articles/strategic-navigation/ > > > Regard, > Guntur Wiseno Putra > > Pada Rabu, 02 Oktober 2019, Guntur Wiseno Putra <gsenopu@gmail.com> > menulis: > >> Dear XFormsUsers and Steven, >> >> XForms, Networks of Languages, and Architecture... >> >> >> As we are trying to say architecturally about "XForms" regarding >> with"networks of languages": may we imagine such buildings "Plan of Pope >> Sixtus V for Rome in Italy,1585", "Yi Yuan (Garden of Contentment) in >> Suzhou, China, 19th century" and "Plan for Washington D.C., USA, 1792" with >> their network configurations of the path (Ching, F.D.K, "Architecture: >> Form, Space and Order", John Wiley & Sons, Inc., 2007, pp. 276-277)...? >> >> >> >> Regard, >> Guntur Wiseno Putra >> >> Pada Rabu, 02 Oktober 2019, Steven Pemberton <steven.pemberton@cwi.nl> >> menulis: >> >>> On Tue, 01 Oct 2019 17:32:50 +0200, Guntur Wiseno Putra < >>> gsenopu@gmail.com> wrote: >>> >>> Dear XForm Users and Steven, >>> >>> To share what may be inspiring: >>> >>> It is known that there are architectures of machines and systems >>> regarding with computing technologies: does it sound fantastic if there is >>> a language supporting those architectures...? --a language by which we may >>> work out the architectures...? --thus we may build or renovate machines and >>> systems using the language...? >>> >>> Of a reading, "architecture" consists elements "form", "space", and >>> "order": does XForm language -- together with, if there are, XSpace and >>> XOrder-- embody part of such an architectural programme...? --or at least >>> potentially...? >>> >>> >>> In XForms, the form is provided by the model, the order by the content >>> in the body, and the space by the CSS. >>> >>> Best wishes, >>> >>> Steven >>> >>> >>> >>> Regard, >>> Guntur Wiseno Putra >>> >>> Pada Selasa, 01 Oktober 2019, Steven Pemberton <steven.pemberton@cwi.nl> >>> menulis: >>> >>>> It struck me that we should be making a collection of references to all >>>> papers about XForms. >>>> >>>> Please reply to this message with examples you know that should be >>>> included. I will collect them all together. >>>> >>>> Thanks! >>>> >>>> Steven >>>> >>>> >>>> On Tue, 01 Oct 2019 15:40:30 +0200, Steven Pemberton < >>>> steven.pemberton@cwi.nl> wrote: >>>> >>>> By John Boyer. >>>>> >>>>> Contains an XForms implementation of quicksort. >>>>> >>>>> ABSTRACT >>>>> It is difficult to generally compare the succinctness of declarative >>>>> versus imperative programming as source code size varies. In >>>>> imperative programs, basic operations have constant cost, but they >>>>> tend to be more verbose than declarative programs, which increases >>>>> the potential for defects. This paper presents a novel approach for a >>>>> generalized comparison by transforming the problem into comparing >>>>> executed code size of a benchmark imperative algorithm with >>>>> a partially declarative variant of the same algorithm. This allows >>>>> input size variation to substitute for source code size variation. For >>>>> implementation, we use a multiparadigm language called XForms >>>>> that contains both declarative XPath expressions and imperative >>>>> script actions for interacting with XML data within web and office >>>>> documents. A novel partially declarative variant of the quicksort is >>>>> presented. Amortized analysis shows that onlyO(n) imperative actions >>>>> are executed, so the expressive power of the declarative constructs is at >>>>> least Ω(logn). In general, declarative constructs can >>>>> have an order of magnitude expressive power advantage compared >>>>> with only using basic imperative operations. The performance cost >>>>> factor of the expressive power advantage was determined to be >>>>> O(log2 n) based on a novel dynamic projection from the generalized >>>>> tree structure of XML data to a height balanced binary tree. >>>>> >>>>> https://dl.acm.org/results.cfm?within=owners.owner%3DHOSTED& >>>>> srt=_score&query=10.1145%2F3342558.3345397&Go.x=0&Go.y=0 >>>>> >>>> >>>> >>> >>> >>>
Received on Monday, 14 October 2019 17:19:57 UTC