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* This is a feature that Dejan and I want for the upcoming tutorial.
It allows rapid prototyping of new decision procedure implementations
(which we may choose to demonstrate), and a new --use-theory command-line
option to select from different available implementations. It has no
affect on the current set of theories, as no "alternates" are defined.
* Also update the new-theory script, which was broken and incomplete.
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references)
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Also add a "mac-build" script that sets up prerequisites for Mac.
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condition when reading from stdin. This should completely resolve bug #319.
However, on large inputs especially (like the stp/testcase benchmarks), this inlining feature can speed parsing by 5-10%, at the cost of not supporting interactive sessions on stdin (like in the SMT-COMP application track).
So I updated the submission script and competition build so that
* a competition build with antlr-inlining is built for the main and parallel tracks
* a competition build without antlr-inlining is built for the application track
Again, the effect is only when reading the stdin stream (but that's how SMT-COMP works). For normal (non-competition) builds, we need to support interactive sessions (from e.g. KIND) on stdin, so this inlining is off for all builds except main- and parallel-track competition builds.
Also added a "get-antlr-3.4" script that automatically downloads and locally installs a copy of libantlr3c and the antlr parser generator inside the CVC4 source tree.
Closing bug #319.
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files can be added to it without modifying the script.
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reference documentation)
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"make distcheck" fails only because one of the "clean" targets needs work in test/unit
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