hallgren 51a233b2f1 Translating linearization functions to Haskell: significant code size reductions
+ Instead of including lists of parameter values generated by GF, generate
  code to enumerate parameter values (in the same order as GF). This seems
  to give a factor of 2-3 code size reduction in the Phrasebook (e.g.
  from 84MB to 25MB for Hin, from 338MB to 154MB for Fre).

+ Deduplicate table entries, i.e. convert "table [..,E,..,E,..,E,..]" into
  "let x = E in table [..,x,..,x,..,x,..]". This gives even more significant
  code size reduction in some cases, e.g. from 569MB to 15MB for
  PhrasebookFin.

All phrasebook languages can now be converted to compilable Haskell code,
except PhrasebookPes, which still has the name clash problem.
2015-01-06 19:57:24 +00:00
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2012-08-06 16:14:47 +00:00

DESCRIPTION

The Grammatical Framework (=GF) is a grammar formalism based on type theory. 
It consists of

    * a special-purpose programming language
    * a compiler of the language
    * a generic grammar processor 

The compiler reads GF grammars from user-provided files, and the 
generic grammar processor performs various tasks with the grammars:

    * generation
    * parsing
    * translation
    * type checking
    * computation
    * paraphrasing
    * random generation
    * syntax editing 

GF particularly addresses four aspects of grammars:

    * multilinguality (parallel grammars for different languages)
    * semantics (semantic conditions of well-formedness, semantic 
      properties of expressions) 
    * grammar engineering (modularity, abstractions, libraries)
    * embeddability in programs written in other languages (C,C++,
      Haskell, Java, JavaScript)


COMPILATION and INSTALLATION of source distribution:
See download/index.html for installation instructions.
(More details can be found in doc/gf-developers.html.)
Description
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