diff --git a/doc/gf-ideas.html b/doc/gf-ideas.html new file mode 100644 index 000000000..a032061e1 --- /dev/null +++ b/doc/gf-ideas.html @@ -0,0 +1,284 @@ + + + + + +GF Project Ideas + +

GF Project Ideas

+ +Resource Grammars, Web Applications, etc
+contact: Aarne Ranta (aarne at chalmers dot se) +
+ +

+
+

+ + +

+
+

+

+

+ +
+

+ +

Resource Grammar Implementations

+

+GF Resource Grammar Library is an open-source computational grammar resource +that currently covers 12 languages. +The Library is a collaborative effort to which programmers from many countries +have contributed. The next goal is to extend the library +to all of the 23 official EU languages. Also other languages +are welcome all the time. The following diagram show the current status of the +library. Each of the red and yellow ones are a potential project. +

+

+

+ +
+

+

+red=wanted, green=exists, orange=in-progress, solid=official-eu, dotted=non-eu +

+

+The linguistic coverage of the library includes the inflectional morphology +and basic syntax of each language. It can be used in GF applications +and also ported to other formats. It can also be used for building other +linguistic resources, such as morphological lexica and parsers. +The library is licensed under LGPL. +

+ +

Tasks

+

+Writing a grammar for a language is usually easier if other languages +from the same family already have grammars. The colours have the same +meaning as in the diagram above. Thus, in particular, each of the languages +coloured red below are possible programming projects. +

+

+Baltic: +

+ + +

+Celtic: +

+ + +

+Fenno-Ugric: +

+ + +

+Germanic: +

+ + +

+Hellenic: +

+ + +

+Romance: +

+ + +

+Semitic: +

+ + +

+Slavonic: +

+ + + +

Who is qualified

+

+Writing a resource grammar implementation requires good general programming +skills, and a good explicit knowledge of the grammar of the target language. +A typical participant could be +

+ + +

+But it is the quality of the assignment that is assessed, not any formal +requirements. The "typical participant" was described to give an idea of +who is likely to succeed in this. +

+ +

The Summer School

+

+A Summer School on resource grammars and applications will +be organized at the campus of Chalmers University of Technology in Gothenburg, +Sweden, on 17-28 August 2009. It can be seen as a natural checkpoint in +a resource grammar project; the participants are assumed to learn GF before +the Summer School, but how far they have come in their projects may vary. +

+

+More information on the Summer School web page: +

+

+http://www.cs.chalmers.se/Cs/Research/Language-technology/GF/doc/gf-summerschool.html +

+ +

Other project ideas

+ +

GF interpreter in Java

+

+The idea is to write a run-time system for GF grammars in Java. This enables +the use of embedded grammars in Java applications. This project is +a fresh-up of earlier work, +now using the new run-time format PGF and addressing a new parsing algorithm. +

+

+Requirements: Java, Haskell, basics of compilers and parsing algorithms. +

+ +

GF interpreter in C#

+

+The idea is to write a run-time system for GF grammars in C#. This enables +the use of embedded grammars in C# applications. This project is +similar to earlier work +on Java, now addressing C# and using the new run-time format PGF. +

+

+Requirements: C#, Haskell, basics of compilers and parsing algorithms. +

+ +

GF localization library

+

+This is an idea for a software localization library using GF grammars. +The library should replace strings by grammar rules, which can be conceived +as very smart templates always guaranteeing grammatically correct output. +The library should be based on the +GF Resource Grammar Library, providing infrastructure +currently for 12 languages. +

+

+Requirements: GF, some natural languages, some localization platform +

+ +

Multilingual grammar applications for mobile phones

+

+GF grammars can be compiled into programs that can be run on different +platforms, such as web browsers and mobile phones. An example is a +numeral translator running on both these platforms. +

+

+The proposed project is rather open: find some cool applications of +the technology that are useful or entertaining for mobile phone users. A +part of the project is to investigate implementation issues such as making +the best use of the phone's resources. Possible applications have +something to do with translation; one suggestion is an sms editor/translator. +

+

+Requirements: GF, JavaScript, some phone application development tools +

+ +

Multilingual grammar applications for the web

+

+This project is rather open: find some cool applications of +the technology that are useful or entertaining on the web. Examples include +

+ + +

+Requirements: GF, JavaScript or Java and Google Web Toolkit, CGI +

+ +

GMail gadget for GF

+

+It is possible to add custom gadgets to GMail. If you are going to write +e-mail in a foreign language then you probably will need help from +dictonary or you may want to check something in the grammar. GF provides +all resources that you may need but you have to think about how to +design gadget that fits well in the GMail environment and what +functionality from GF you want to expose. +

+

+Requirements: GF, Google Web Toolkit +

+ +

Dissemination and intellectual property

+

+All code suggested here will be released under the LGPL just like +the current resource grammars and run-time GF libraries, +with the copyright held by respective authors. +

+

+As a rule, the code will be distributed via the GF web site. +

+ + + + diff --git a/doc/gf-ideas.txt b/doc/gf-ideas.txt new file mode 100644 index 000000000..cf66a589e --- /dev/null +++ b/doc/gf-ideas.txt @@ -0,0 +1,216 @@ +GF Project Ideas +Resource Grammars, Web Applications, etc +contact: Aarne Ranta (aarne at chalmers dot se) + +%!Encoding : iso-8859-1 + +%!target:html +%!postproc(html): #BECE
+%!postproc(html): #ENCE
+%!postproc(html): #GRAY +%!postproc(html): #EGRAY +%!postproc(html): #RED +%!postproc(html): #YELLOW +%!postproc(html): #ERED + +#BECE +[gf-logo.png] +#ENCE + + +==Resource Grammar Implementations== + +GF Resource Grammar Library is an open-source computational grammar resource +that currently covers 12 languages. +The Library is a collaborative effort to which programmers from many countries +have contributed. The next goal is to extend the library +to all of the 23 official EU languages. Also other languages +are welcome all the time. The following diagram show the current status of the +library. Each of the red and yellow ones are a potential project. + +#BECE +[school-langs.png] +#ENCE + + +//red=wanted, green=exists, orange=in-progress, solid=official-eu, dotted=non-eu// + +The linguistic coverage of the library includes the inflectional morphology +and basic syntax of each language. It can be used in GF applications +and also ported to other formats. It can also be used for building other +linguistic resources, such as morphological lexica and parsers. +The library is licensed under LGPL. + + +===Tasks=== + +Writing a grammar for a language is usually easier if other languages +from the same family already have grammars. The colours have the same +meaning as in the diagram above. Thus, in particular, each of the languages +coloured red below are possible programming projects. + +Baltic: +- #RED Latvian #ERED +- #RED Lithuanian #ERED + + +Celtic: +- #RED Irish #ERED + + +Fenno-Ugric: +- #RED Estonian #ERED +- #GRAY Finnish #EGRAY +- #RED Hungarian #ERED + + +Germanic: +- #GRAY Danish #EGRAY +- #RED Dutch #ERED +- #GRAY English #EGRAY +- #GRAY German #EGRAY +- #GRAY Norwegian #EGRAY +- #GRAY Swedish #EGRAY + + +Hellenic: +- #RED Greek #ERED + + +Romance: +- #GRAY Catalan #EGRAY +- #GRAY French #EGRAY +- #GRAY Italian #EGRAY +- #RED Portuguese #ERED +- #YELLOW Romanian #ERED +- #GRAY Spanish #EGRAY + + +Semitic: +- #YELLOW Arabic #ERED +- #RED Maltese #ERED + + +Slavonic: +- #GRAY Bulgarian #EGRAY +- #RED Czech #ERED +- #YELLOW Polish #ERED +- #GRAY Russian #EGRAY +- #RED Slovak #ERED +- #RED Slovenian #ERED + + + +===Who is qualified=== + +Writing a resource grammar implementation requires good general programming +skills, and a good explicit knowledge of the grammar of the target language. +A typical participant could be +- native or fluent speaker of the target language +- interested in languages on the theoretical level, and preferably familiar + with many languages (to be able to think about them on an abstract level) +- familiar with functional programming languages such as ML or Haskell + (GF itself is a language similar to these) +- on Master's or PhD level in linguistics, computer science, or mathematics + + +But it is the quality of the assignment that is assessed, not any formal +requirements. The "typical participant" was described to give an idea of +who is likely to succeed in this. + + +===The Summer School=== + +A Summer School on resource grammars and applications will +be organized at the campus of Chalmers University of Technology in Gothenburg, +Sweden, on 17-28 August 2009. It can be seen as a natural checkpoint in +a resource grammar project; the participants are assumed to learn GF before +the Summer School, but how far they have come in their projects may vary. + +More information on the Summer School web page: + +[``http://www.cs.chalmers.se/Cs/Research/Language-technology/GF/doc/gf-summerschool.html`` http://www.cs.chalmers.se/Cs/Research/Language-technology/GF/doc/gf-summerschool.html] + + +==Other project ideas== + +===GF interpreter in Java=== + +The idea is to write a run-time system for GF grammars in Java. This enables +the use of **embedded grammars** in Java applications. This project is +a fresh-up of [earlier work http://www.cs.chalmers.se/~bringert/gf/gf-java.html], +now using the new run-time format PGF and addressing a new parsing algorithm. + +Requirements: Java, Haskell, basics of compilers and parsing algorithms. + + +===GF interpreter in C#=== + +The idea is to write a run-time system for GF grammars in C#. This enables +the use of **embedded grammars** in C# applications. This project is +similar to [earlier work http://www.cs.chalmers.se/~bringert/gf/gf-java.html] +on Java, now addressing C# and using the new run-time format PGF. + +Requirements: C#, Haskell, basics of compilers and parsing algorithms. + + +===GF localization library=== + +This is an idea for a software localization library using GF grammars. +The library should replace strings by grammar rules, which can be conceived +as very smart templates always guaranteeing grammatically correct output. +The library should be based on the +[GF Resource Grammar Library http://www.cs.chalmers.se/Cs/Research/Language-technology/GF/lib/resource/doc/synopsis.html], providing infrastructure +currently for 12 languages. + +Requirements: GF, some natural languages, some localization platform + + +===Multilingual grammar applications for mobile phones=== + +GF grammars can be compiled into programs that can be run on different +platforms, such as web browsers and mobile phones. An example is a +[numeral translator http://www.cs.chalmers.se/Cs/Research/Language-technology/GF/demos/index-numbers.html] running on both these platforms. + +The proposed project is rather open: find some cool applications of +the technology that are useful or entertaining for mobile phone users. A +part of the project is to investigate implementation issues such as making +the best use of the phone's resources. Possible applications have +something to do with translation; one suggestion is an sms editor/translator. + +Requirements: GF, JavaScript, some phone application development tools + + +===Multilingual grammar applications for the web=== + +This project is rather open: find some cool applications of +the technology that are useful or entertaining on the web. Examples include +- translators: see [demo http://tournesol.cs.chalmers.se:41296/translate] +- multilingual wikis: see [demo http://csmisc14.cs.chalmers.se/~meza/restWiki/wiki.cgi] +- fridge magnets: see [demo http://tournesol.cs.chalmers.se:41296/fridge] + + +Requirements: GF, JavaScript or Java and Google Web Toolkit, CGI + + +===GMail gadget for GF=== + +It is possible to add custom gadgets to GMail. If you are going to write +e-mail in a foreign language then you probably will need help from +dictonary or you may want to check something in the grammar. GF provides +all resources that you may need but you have to think about how to +design gadget that fits well in the GMail environment and what +functionality from GF you want to expose. + +Requirements: GF, Google Web Toolkit + + + +==Dissemination and intellectual property== + +All code suggested here will be released under the LGPL just like +the current resource grammars and run-time GF libraries, +with the copyright held by respective authors. + +As a rule, the code will be distributed via the GF web site. + diff --git a/examples/bronzeage/SwadeshEng.gf b/examples/bronzeage/SwadeshEng.gf index 7ebab9596..9b2cb878e 100644 --- a/examples/bronzeage/SwadeshEng.gf +++ b/examples/bronzeage/SwadeshEng.gf @@ -2,5 +2,6 @@ concrete SwadeshEng of Swadesh = SwadeshI with (Syntax = SyntaxEng), +v v v v v v v +^ ^ ^ ^ ^ ^ ^ (Lexicon = LexiconEng) ; - diff --git a/examples/bronzeage/SwadeshI.gf b/examples/bronzeage/SwadeshI.gf index 331f926aa..192ad95e9 100644 --- a/examples/bronzeage/SwadeshI.gf +++ b/examples/bronzeage/SwadeshI.gf @@ -98,6 +98,7 @@ incomplete concrete SwadeshI of Swadesh = open Syntax, Lexicon in { white_A = Lexicon.white_A ; wide_A = Lexicon.wide_A ; yellow_A = Lexicon.yellow_A ; + -- Nouns animal_N = Lexicon.animal_N ; ashes_N = Lexicon.ashes_N ; diff --git a/lib/javascript/editor.html b/lib/javascript/editor.html index f445ad03c..dd189d9ab 100644 --- a/lib/javascript/editor.html +++ b/lib/javascript/editor.html @@ -10,7 +10,7 @@ Web-based Syntax Editor - +
diff --git a/lib/javascript/grammar.js b/lib/javascript/grammar.js index 163f0c3cd..69175bba4 100644 --- a/lib/javascript/grammar.js +++ b/lib/javascript/grammar.js @@ -1 +1 @@ -var Food = new GFGrammar(new GFAbstract("Phrase",{Boring: new Type([], "Quality"), Cheese: new Type([], "Kind"), Delicious: new Type([], "Quality"), Expensive: new Type([], "Quality"), Fish: new Type([], "Kind"), Fresh: new Type([], "Quality"), Is: new Type(["Item", "Quality"], "Phrase"), Italian: new Type([], "Quality"), QKind: new Type(["Quality", "Kind"], "Kind"), That: new Type(["Kind"], "Item"), This: new Type(["Kind"], "Item"), Very: new Type(["Quality"], "Quality"), Warm: new Type([], "Quality"), Wine: new Type([], "Kind")}),{FoodEng: new GFConcrete({},{Boring: function(cs){return new Arr(new Str("boring"));}, Cheese: function(cs){return new Arr(new Str("cheese"));}, Delicious: function(cs){return new Arr(new Str("delicious"));}, Expensive: function(cs){return new Arr(new Str("expensive"));}, Fish: function(cs){return new Arr(new Str("fish"));}, Fresh: function(cs){return new Arr(new Str("fresh"));}, Is: function(cs){return new Arr(new Seq(Food.concretes["FoodEng"].rule("_6", cs), new Str("is"), Food.concretes["FoodEng"].rule("_7", cs)));}, Italian: function(cs){return new Arr(new Str("Italian"));}, QKind: function(cs){return new Arr(new Seq(Food.concretes["FoodEng"].rule("_6", cs), Food.concretes["FoodEng"].rule("_7", cs)));}, That: function(cs){return new Arr(new Seq(new Str("that"), Food.concretes["FoodEng"].rule("_6", cs)));}, This: function(cs){return new Arr(new Seq(new Str("this"), Food.concretes["FoodEng"].rule("_6", cs)));}, Very: function(cs){return new Arr(new Seq(new Str("very"), Food.concretes["FoodEng"].rule("_6", cs)));}, Warm: function(cs){return new Arr(new Str("warm"));}, Wine: function(cs){return new Arr(new Str("wine"));}, _21: function(cs){return new Arr(cs[0]);}, _6: function(cs){return cs[0].sel(new Int(0));}, _7: function(cs){return cs[1].sel(new Int(0));}, Item: function(cs){return Food.concretes["FoodEng"].rule("_21", cs);}, Kind: function(cs){return Food.concretes["FoodEng"].rule("_21", cs);}, Phrase: function(cs){return Food.concretes["FoodEng"].rule("_21", cs);}, Quality: function(cs){return Food.concretes["FoodEng"].rule("_21", cs);}, "Int": function(cs){return new Arr(cs[0]);}, "Float": function(cs){return new Arr(cs[0]);}, "String": function(cs){return new Arr(cs[0]);}}, new Parser("Phrase",[new Rule(1, new FunApp("Boring",[]),[],[[new Terminal("boring")]]), new Rule(1, new FunApp("Delicious",[]),[],[[new Terminal("delicious")]]), new Rule(1, new FunApp("Expensive",[]),[],[[new Terminal("expensive")]]), new Rule(1, new FunApp("Fresh",[]),[],[[new Terminal("fresh")]]), new Rule(1, new FunApp("Italian",[]),[],[[new Terminal("Italian")]]), new Rule(1, new FunApp("Very",[new Arg(0)]),[1],[[new Terminal("very"), new ArgProj(0, 0)]]), new Rule(1, new FunApp("Warm",[]),[],[[new Terminal("warm")]]), new Rule(2, new FunApp("Cheese",[]),[],[[new Terminal("cheese")]]), new Rule(2, new FunApp("Fish",[]),[],[[new Terminal("fish")]]), new Rule(2, new FunApp("QKind",[new Arg(0), new Arg(1)]),[1, 2],[[new ArgProj(0, 0), new ArgProj(1, 0)]]), new Rule(2, new FunApp("Wine",[]),[],[[new Terminal("wine")]]), new Rule(3, new FunApp("Is",[new Arg(0), new Arg(1)]),[4, 1],[[new ArgProj(0, 0), new Terminal("is"), new ArgProj(1, 0)]]), new Rule(4, new FunApp("That",[new Arg(0)]),[2],[[new Terminal("that"), new ArgProj(0, 0)]]), new Rule(4, new FunApp("This",[new Arg(0)]),[2],[[new Terminal("this"), new ArgProj(0, 0)]])],{Float:[-3], Int:[-2], Item:[4], Kind:[2], Phrase:[3], Quality:[1], String:[-1], _Var:[-4]})), FoodIta: new GFConcrete({},{Boring: function(cs){return new Arr(new Str("noioso"));}, Cheese: function(cs){return new Arr(new Str("formaggio"));}, Delicious: function(cs){return new Arr(new Str("delizioso"));}, Expensive: function(cs){return new Arr(new Str("caro"));}, Fish: function(cs){return new Arr(new Str("pesce"));}, Fresh: function(cs){return new Arr(new Str("fresco"));}, Is: function(cs){return new Arr(new Seq(Food.concretes["FoodIta"].rule("_6", cs), new Str("è"), Food.concretes["FoodIta"].rule("_7", cs)));}, Italian: function(cs){return new Arr(new Str("italiano"));}, QKind: function(cs){return new Arr(new Seq(Food.concretes["FoodIta"].rule("_7", cs), Food.concretes["FoodIta"].rule("_6", cs)));}, That: function(cs){return new Arr(new Seq(new Str("quel"), Food.concretes["FoodIta"].rule("_6", cs)));}, This: function(cs){return new Arr(new Seq(new Str("questo"), Food.concretes["FoodIta"].rule("_6", cs)));}, Very: function(cs){return new Arr(new Seq(new Str("molto"), Food.concretes["FoodIta"].rule("_6", cs)));}, Warm: function(cs){return new Arr(new Str("caldo"));}, Wine: function(cs){return new Arr(new Str("vino"));}, _21: function(cs){return new Arr(cs[0]);}, _6: function(cs){return cs[0].sel(new Int(0));}, _7: function(cs){return cs[1].sel(new Int(0));}, Item: function(cs){return Food.concretes["FoodIta"].rule("_21", cs);}, Kind: function(cs){return Food.concretes["FoodIta"].rule("_21", cs);}, Phrase: function(cs){return Food.concretes["FoodIta"].rule("_21", cs);}, Quality: function(cs){return Food.concretes["FoodIta"].rule("_21", cs);}, "Int": function(cs){return new Arr(cs[0]);}, "Float": function(cs){return new Arr(cs[0]);}, "String": function(cs){return new Arr(cs[0]);}}, new Parser("Phrase",[new Rule(1, new FunApp("Boring",[]),[],[[new Terminal("noioso")]]), new Rule(1, new FunApp("Delicious",[]),[],[[new Terminal("delizioso")]]), new Rule(1, new FunApp("Expensive",[]),[],[[new Terminal("caro")]]), new Rule(1, new FunApp("Fresh",[]),[],[[new Terminal("fresco")]]), new Rule(1, new FunApp("Italian",[]),[],[[new Terminal("italiano")]]), new Rule(1, new FunApp("Very",[new Arg(0)]),[1],[[new Terminal("molto"), new ArgProj(0, 0)]]), new Rule(1, new FunApp("Warm",[]),[],[[new Terminal("caldo")]]), new Rule(2, new FunApp("Cheese",[]),[],[[new Terminal("formaggio")]]), new Rule(2, new FunApp("Fish",[]),[],[[new Terminal("pesce")]]), new Rule(2, new FunApp("QKind",[new Arg(0), new Arg(1)]),[1, 2],[[new ArgProj(1, 0), new ArgProj(0, 0)]]), new Rule(2, new FunApp("Wine",[]),[],[[new Terminal("vino")]]), new Rule(3, new FunApp("Is",[new Arg(0), new Arg(1)]),[4, 1],[[new ArgProj(0, 0), new Terminal("è"), new ArgProj(1, 0)]]), new Rule(4, new FunApp("That",[new Arg(0)]),[2],[[new Terminal("quel"), new ArgProj(0, 0)]]), new Rule(4, new FunApp("This",[new Arg(0)]),[2],[[new Terminal("questo"), new ArgProj(0, 0)]])],{Float:[-3], Int:[-2], Item:[4], Kind:[2], Phrase:[3], Quality:[1], String:[-1], _Var:[-4]}))}); +var Food = new GFGrammar(new GFAbstract("Phrase",{Boring: new Type([], "Quality"), Cheese: new Type([], "Kind"), Delicious: new Type([], "Quality"), Expensive: new Type([], "Quality"), Fish: new Type([], "Kind"), Fresh: new Type([], "Quality"), Is: new Type(["Item", "Quality"], "Phrase"), Italian: new Type([], "Quality"), QKind: new Type(["Quality", "Kind"], "Kind"), That: new Type(["Kind"], "Item"), This: new Type(["Kind"], "Item"), Very: new Type(["Quality"], "Quality"), Warm: new Type([], "Quality"), Wine: new Type([], "Kind")}),{FoodEng: new GFConcrete({},{Boring: function(cs){return new Arr(new Str("boring"));}, Cheese: function(cs){return new Arr(new Str("cheese"));}, Delicious: function(cs){return new Arr(new Str("delicious"));}, Expensive: function(cs){return new Arr(new Str("expensive"));}, Fish: function(cs){return new Arr(new Str("fish"));}, Fresh: function(cs){return new Arr(new Str("fresh"));}, Is: function(cs){return new Arr(new Seq(cs[0].sel(new Int(0)), new Str("is"), cs[1].sel(new Int(0))));}, Italian: function(cs){return new Arr(new Str("Italian"));}, QKind: function(cs){return new Arr(new Seq(cs[0].sel(new Int(0)), cs[1].sel(new Int(0))));}, That: function(cs){return new Arr(new Seq(new Str("that"), cs[0].sel(new Int(0))));}, This: function(cs){return new Arr(new Seq(new Str("this"), cs[0].sel(new Int(0))));}, Very: function(cs){return new Arr(new Seq(new Str("very"), cs[0].sel(new Int(0))));}, Warm: function(cs){return new Arr(new Str("warm"));}, Wine: function(cs){return new Arr(new Str("wine"));}, Item: function(cs){return new Arr(cs[0]);}, Kind: function(cs){return new Arr(cs[0]);}, Phrase: function(cs){return new Arr(cs[0]);}, Quality: function(cs){return new Arr(cs[0]);}, "Int": function(cs){return new Arr(cs[0]);}, "Float": function(cs){return new Arr(cs[0]);}, "String": function(cs){return new Arr(cs[0]);}}, new Parser("Phrase",[new Rule(1, new FunApp("Boring",[]),[],[[new Terminal("boring")]]), new Rule(1, new FunApp("Delicious",[]),[],[[new Terminal("delicious")]]), new Rule(1, new FunApp("Expensive",[]),[],[[new Terminal("expensive")]]), new Rule(1, new FunApp("Fresh",[]),[],[[new Terminal("fresh")]]), new Rule(1, new FunApp("Italian",[]),[],[[new Terminal("Italian")]]), new Rule(1, new FunApp("Very",[new Arg(0)]),[1],[[new Terminal("very"), new ArgProj(0, 0)]]), new Rule(1, new FunApp("Warm",[]),[],[[new Terminal("warm")]]), new Rule(2, new FunApp("Cheese",[]),[],[[new Terminal("cheese")]]), new Rule(2, new FunApp("Fish",[]),[],[[new Terminal("fish")]]), new Rule(2, new FunApp("QKind",[new Arg(0), new Arg(1)]),[1, 2],[[new ArgProj(0, 0), new ArgProj(1, 0)]]), new Rule(2, new FunApp("Wine",[]),[],[[new Terminal("wine")]]), new Rule(3, new FunApp("Is",[new Arg(0), new Arg(1)]),[4, 1],[[new ArgProj(0, 0), new Terminal("is"), new ArgProj(1, 0)]]), new Rule(4, new FunApp("That",[new Arg(0)]),[2],[[new Terminal("that"), new ArgProj(0, 0)]]), new Rule(4, new FunApp("This",[new Arg(0)]),[2],[[new Terminal("this"), new ArgProj(0, 0)]])],{Float:[-3], Int:[-2], Item:[4], Kind:[2], Phrase:[3], Quality:[1], String:[-1], _Var:[-4]})), FoodIta: new GFConcrete({},{Boring: function(cs){return new Arr(new Str("noioso"));}, Cheese: function(cs){return new Arr(new Str("formaggio"));}, Delicious: function(cs){return new Arr(new Str("delizioso"));}, Expensive: function(cs){return new Arr(new Str("caro"));}, Fish: function(cs){return new Arr(new Str("pesce"));}, Fresh: function(cs){return new Arr(new Str("fresco"));}, Is: function(cs){return new Arr(new Seq(cs[0].sel(new Int(0)), new Str("è"), cs[1].sel(new Int(0))));}, Italian: function(cs){return new Arr(new Str("italiano"));}, QKind: function(cs){return new Arr(new Seq(cs[1].sel(new Int(0)), cs[0].sel(new Int(0))));}, That: function(cs){return new Arr(new Seq(new Str("quel"), cs[0].sel(new Int(0))));}, This: function(cs){return new Arr(new Seq(new Str("questo"), cs[0].sel(new Int(0))));}, Very: function(cs){return new Arr(new Seq(new Str("molto"), cs[0].sel(new Int(0))));}, Warm: function(cs){return new Arr(new Str("caldo"));}, Wine: function(cs){return new Arr(new Str("vino"));}, Item: function(cs){return new Arr(cs[0]);}, Kind: function(cs){return new Arr(cs[0]);}, Phrase: function(cs){return new Arr(cs[0]);}, Quality: function(cs){return new Arr(cs[0]);}, "Int": function(cs){return new Arr(cs[0]);}, "Float": function(cs){return new Arr(cs[0]);}, "String": function(cs){return new Arr(cs[0]);}}, new Parser("Phrase",[new Rule(1, new FunApp("Boring",[]),[],[[new Terminal("noioso")]]), new Rule(1, new FunApp("Delicious",[]),[],[[new Terminal("delizioso")]]), new Rule(1, new FunApp("Expensive",[]),[],[[new Terminal("caro")]]), new Rule(1, new FunApp("Fresh",[]),[],[[new Terminal("fresco")]]), new Rule(1, new FunApp("Italian",[]),[],[[new Terminal("italiano")]]), new Rule(1, new FunApp("Very",[new Arg(0)]),[1],[[new Terminal("molto"), new ArgProj(0, 0)]]), new Rule(1, new FunApp("Warm",[]),[],[[new Terminal("caldo")]]), new Rule(2, new FunApp("Cheese",[]),[],[[new Terminal("formaggio")]]), new Rule(2, new FunApp("Fish",[]),[],[[new Terminal("pesce")]]), new Rule(2, new FunApp("QKind",[new Arg(0), new Arg(1)]),[1, 2],[[new ArgProj(1, 0), new ArgProj(0, 0)]]), new Rule(2, new FunApp("Wine",[]),[],[[new Terminal("vino")]]), new Rule(3, new FunApp("Is",[new Arg(0), new Arg(1)]),[4, 1],[[new ArgProj(0, 0), new Terminal("è"), new ArgProj(1, 0)]]), new Rule(4, new FunApp("That",[new Arg(0)]),[2],[[new Terminal("quel"), new ArgProj(0, 0)]]), new Rule(4, new FunApp("This",[new Arg(0)]),[2],[[new Terminal("questo"), new ArgProj(0, 0)]])],{Float:[-3], Int:[-2], Item:[4], Kind:[2], Phrase:[3], Quality:[1], String:[-1], _Var:[-4]}))}); diff --git a/next-lib/src/Make.hs b/next-lib/src/Make.hs index 9fca1713a..bd835def4 100644 --- a/next-lib/src/Make.hs +++ b/next-lib/src/Make.hs @@ -152,8 +152,12 @@ demos abstr ls = "gr -number=100 | l -treebank " ++ unlexer abstr ls ++ lang (lla,la) = lla ++ "/All" ++ la ++ ".gf" compat (lla,la) = lla ++ "/Compatibility" ++ la ++ ".gf" symbol (lla,la) = lla ++ "/Symbol" ++ la ++ ".gf" +v v v v v v v +try (lla,la) = "api/Syntax" ++ la ++ ".gf" +************* try (lla,la) = "api/Try" ++ la ++ ".gf" syntax (lla,la) = "api/Syntax" ++ la ++ ".gf" +^ ^ ^ ^ ^ ^ ^ symbolic (lla,la) = "api/Symbolic" ++ la ++ ".gf" parse (lla,la) = "parse/Parse" ++ la ++ ".gf" diff --git a/src/server/lighttpd.conf b/src/server/lighttpd.conf index 09f73f102..23b7f6d8c 100644 --- a/src/server/lighttpd.conf +++ b/src/server/lighttpd.conf @@ -50,7 +50,7 @@ fastcgi.debug = 0 fastcgi.server = ( ".pgf" => (( "socket" => basedir + "/" + var.PID + "-pgf.socket", - "bin-path" => basedir + "/pgf.fcgi", + "bin-path" => basedir + "/dist/build/pgf-server/pgf-server", # Use 2 OS threads (to be able to use 2 cores). # Limit heap size to 512 MB. "bin-environment" => ("GHCRTS" => "-N2 -M512M"),