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changes that were not reflected
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clash with Construction.Language in App
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known
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separately
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Also remove arguments to raise the stack size, GF's built-in default is big
enough now.
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just 'make -j'
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forApp' to compile what is needed for Phrasebook in App
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be done soon
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copies the exclude list from App.gf to the concrete syntax files.
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This minimizes the duplication of code between Translate and App. Also added some functions, which make App 15% slower but increase the coverage and quality. This trade-off has to be studied further.
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a Greeting and not a Question, which means that it has a variant appearing with ! rather than ? , similar to "how are you". Correcting this would require analysing the structure of the phrase so that it can be constructed in QS.
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examples/translator; the proper place might be in the git contributions, but this can be decided later
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Also rewrote Makefile2 in a more compact way.
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All languages n the Foods grammar compile fine with alltenses.
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need to be commented out to compile. Now a system for 7 languages can be built, but including Fre as well is too heavy on my laptop although it can be compiled separately.
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Makefile2 specificies the dependencies accurately enough that you can use
make's support for parallel compilation. Run
make -f Makefile2 -j
to utilize all the cores in your computer to significantly speed up the
creation of Phrasebook.pgf.
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Adding coding pragmas
--# -coding=latin1
so that grammars will continue to work when we change the default character
encoding to UTF-8.
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Adding coding pragmas
--# -coding=latin1
so that grammars will continue to work when we change the default character
encoding to UTF-8.
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DictEngSwe detected in PhD regulations
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to give uniformity to Translate translations
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