| Age | Commit message (Collapse) | Author |
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partial trees
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using readline with word completion
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per sentence
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The API computes PARSEVAL and Exact Match for a given tree. As a side effect the abstract trees in Python are now compared for equality by value and not by reference
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working with bracketed strings. This also fixes some errors in the old implementation
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order. this ensures probability order search in the C runtime
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Also in Commands.hs: be explicit about things imported from the PGF library
that are not in the public API.
Also a couple of haddock documentation fixes.
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sentences
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properly. It should be fixed but for now I just disabled the optimization
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in the C runtime
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much memory and even makes it impossible to load the Finnish and the German parsing grammars.
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Fixes the following build failure:
src/runtime/haskell/Data/Binary/IEEE754.lhs:256:17:
Could not deduce (Num a) arising from a use of `mask'
from the context (Bits a)
bound by the type signature for
clamp :: Bits a => BitCount -> a -> a
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defined
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GF produced slightly different PGF files on 64-bit systems and 32-bit systems.
This could cause problems when a PGF was produced on a 32-bit system and used
on a 64-bit system.
To fix this, the GF compiler and the Haskell PGF run-time library now reads
and writes PGF files like the 32-bit version even when compiled on a 64-bit
system.
Note: the Haskell type Int is still used internally in GF, which could be
32 bits or 64 bits...
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flag beam_size in the top-level concrete module
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returns the name of the concrete syntax
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declarations for generic programming from data.c are removed as well
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use the generic programming API
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and adds another implementation which builds on the existing API for lexers in the C runtime. Now it is possible to write incremental Lexers in Python
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instead of pgf_ExprIterType
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Is allows to define a tokenizer in python (or use an existing one, from nltk for instance.)
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