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• Code committed

  danielyuan committed patchset 200 of module elite to the ELite CVS repository, changing 1 files

  posted by danielyuan 164 days ago

• elite-docs 0.5.0 file released: elite-docs.zip

  posted 237 days ago

• elite-src 0.5.0 file released: elite-src.zip

  posted 237 days ago

• elite 0.5.0 file released: elite-0.5.0.zip

  posted 237 days ago

• File released: /elite-docs/0.5.0/elite-docs.zip

  posted 238 days ago

• File released: /elite-src/0.5.0/elite-src.zip

  posted 238 days ago

• File released: /elite/0.5.0/elite-0.5.0.zip

  posted 238 days ago

• ELite 0.5.0 Released

  Major features of Elite v0.5.0 * Fixed lots of bugs. * Support scripting API. * Powerful XML Literals support, see samples/xml.xel * Add the reference of ELite Language

  posted by jackyzhang 270 days ago

• ELite 0.2 Released

  How to run Elite examples: 1. download ELite from http://sourceforge.net/projects/aom-elite, the lastest version is 0.2. 2. unzip elite-${version}.zip into a dictionary, for example /usr/local/elite-${version} 3. run elite.sh #cd /usr/local/elite-${version}/bin #./elite.sh ../samples/dsl.xel #./elite.sh ../samples/list.xel Major features of Elite v0.2 * Strong DSL ability. User can use it as a domain specific language whose grammar is more similar to nature language. define syntax { Convert :amount :from into :to => :amount[:from] -> :to } print(Convert 25 DEM into ECU); Output12.782297029905463 ECU * Powerful list evaluation, for example: /*Quick sort algorithm*/ define qsort(ls) { : [] => [] : [x:xs] => qsort([y where y in xs, y < x]) + x + qsort([y where y in xs, y >= x]) } define lst = shuffle([1..10]); print(lst); print(qsort(lst)); Output [9, 4, 3, 5, 8, 2, 6, 7, 1, 10] [1, 2, 3, 4, 5, 6, 7, 8, 9, 10] * Strong definition and deduction ability /* Formula expression */ require 'function'; define f = (:x + 1) * (:x - 1) f(5) Output24 f(f) Outputx4 - 2x2 f(f)(5) Output: 575 /* Logical deduction by simple describing definition */ Baker, Cooper, Fletcher, Miller, and Smith live in the different levels of a 5-floor apartment respectively. Backer is not in the top level. Cooper is not in the ground level. Fletcher is in neither the top nor ground. Miller lives exactly one floor higher than Cooper. Smith is not next to Fletcher and Fletcher is not next to Cooper. Question: Who lives in which floor? define multiple_dwelling = [ {baker:baker, cooper:cooper, fletcher:fletcher, miller:miller, smith:smith} where baker in [1..5], cooper in [1..5], fletcher in [1..5], miller in [1..5], smith in [1..5], distinct([baker, cooper, fletcher, miller, smith]), baker != 5, cooper != 1, fletcher != 5, fletcher != 1, miller > cooper, abs(smith - fletcher) != 1, abs(fletcher - cooper) != 1 ] define distinct(items) { : [] => true : [x:xs] => x not in xs and distinct(xs) } print(multiple_dwelling); Output: [{'baker':3, 'cooper':2, 'fletcher':4, 'miller':5, 'smith':1}]

  posted by apusic 683 days ago

• elite 0.2 file released: elite-0.2.zip

  posted 683 days ago