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Previously, all util functions for the BV instantiator were static functions
in theory/quantifiers/cegqi/ceg_bv_instantiator.cpp. For the corresponding
unit test, it was therefore required to include this cpp file in order to
test these functions. This factors out these functions into a
theory/quantifiers/cegqi/ceg_bv_instantiator_utils.(cpp|h).
Asan reported errors for the corresponing unit test because of this.
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Previously, all invertibility condition functions were static functions
in theory/quantifiers/bv_inverter.cpp. For the corresponding unit test,
it was therefore required to include this cpp file in order to test
these functions. This factors out these functions into a
theory/quantifiers/bv_inverter_utils.(cpp|h).
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Before refactoring the preprocessing passes, we were using three
arguments to add assertions to the decision engine. Now all that
information lives in the AssertionPipeline. This commit moves the
AssertionPipeline to its own file and changes the `addAssertions()`
methods related to the decision engine to take an AssertionPipeline as
an arguement instead of three separate ones. Additionally, the
TheoryEngine now uses an AssertionPipeline for lemmas.
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This PR is in preparation for doing more aggressive caching of skolems (for example, in the strings preprocessor).
It refactors sendLengthLemma -> registerLength, which unifies how length lemmas for skolems and other string terms are handled.
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This adds support for model cores, fixes #1233.
It includes some minor cleanup and additions to utility functions.
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Currently, we have an LFSCSatProof which inherits from TSatProof and
implements printing the proof. The seperation is not clean (e.g.
clauseName is used for printing only but is in TSatProof) and the
inheritance does not add any value while making dependencies more
confusing. The plan is that TSatProof becomes a self-contained part that
the MiniSat implementations generate and ProofManager prints out. This
commit is a first step in that direction. For SAT solvers with native
capabilities for producing proofs, we would simply implement a different
LFSC printer of their proof representation without changing the SAT
solver itself. The inheritance would make this awkward to deal with.
Additionally, the commit cleans up some unused functions and adjusts the
visibility of TSatProof methods and members.
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Moved `src/theory/quantifiers/macros.{cpp,h}` to `src/preprocessing/passes/quantifier_macros.{cpp,h}`,
and added the necessary methods for inheritance from PreprocessingPass.
No need to add a test - regress0 fails when adding Assert(false) when assertions had changed.
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This commit refactors the IteRemoval pass to follow the new format.
In addition to moving the code, this entails the following changes:
- The timer for the ITE removal is now called differently (the default
timer of PreprocessingPass is used) and measures just the
preprocessing pass without applySubstitutions(). It also measures the
time used by both invocations of the ITE removal pass.
- Debug output will be slightly different because we now just rely on
the default functionality of PreprocessingPass.
- d_iteRemover is now passed into the PreprocessingPassContext.
- AssertionPipeline now owns the d_iteSkolemMap, which makes it
accessible by preprocessing passes. The idea behind this is that the
preprocessing passes collect information in AssertionPipeline and
d_iteSkolemMap fits that pattern.
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This commit adds the Evaluator class that can be used to quickly
evaluate terms under a given substitution without going through the
rewriter. This has been shown to lead to significant performance
improvements on SyGuS PBE problems with a large number of inputs because
candidate solutions are evaluated on those inputs. With this commit, the
evaluator only gets called from the SyGuS solver but there are
potentially other places in the code that could profit from it.
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As described in issue #2013, we had `#ifdef CVC4_USE_SYMFPU` conditions
in floatingpoint.h, which was problematic when installing the header
files because the definition of `CVC4_USE_SYMFPU` was a compile-flag and
simply including the header files in another project would be missing
that definition. This commit moves floatingpoint.h to a template file
floatingpoint.h.in and substitutes the value of `CVC4_USE_SYMFPU` at
configure-time when generating floatingpoint.h (this is the same
solution that integer.h and rational.h use). I have tested the fix with
the examples provided in #2013 and they work.
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