Age | Commit message (Collapse) | Author |
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Signed-off-by: Andrew V. Jones <andrew.jones@vector.com>
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This commit integrates LibPoly into CVC4. It adds `contrib/get-poly`, adds it to the configure script, cmake and places where CVC4 inspects its own build configuration.
Furthermore, it adds `CVC4::RealAlgebraicNumber` (which wraps `poly::AlgebraicNumber`) including some basic unit tests and some utilities.
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This commit removes support for SWIG bindings for the legacy API. The
bindings were already broken by 19054b3b1d427e662d30d4322df2b2f2361353da
and we are not planning on using SWIG for the Java API for the new API.
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Enable CI with GitHub actions, add macOS builds and disable Travis CI.
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Towards disentangling Options / NodeManager / SmtEngine.
This PR removes options --use-theory=NAME and --replay/--replay-log. Both of these options are highly complex, unused, and lead to complications when implementing the way options and our build system work.
The first is motivated by making TheoryEngine use an "alternate" theory, which appears to e.g. make it so that TheoryIdl could entirely replace TheoryArith. I believe this is too heavy handed of a solution: there should a consistent TheoryArith class, and options should be used to enable/disable alternate modules within it.
The second attempts to replay low level decisions from the SAT solver. It is documented as not working (in 1.0). I do not believe this is worth salvaging.
It also removes the solver in src/theory/idl, which cannot be enabled after this commit.
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Commit 1c09572e0e2031519a103caa2a4af0d9bd34a9c5 removed the portfolio
build but there were some leftovers. This commit removes them.
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This commit adds support for compiling CVC4 with ThreadSanitizer
instrumentation. This is useful for debugging issues when CVC4 is used
in a multi-threaded context (e.g. #3292).
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This commit adds support for compiling CVC4 with UBSan instrumentation.
The commit also adds a dummy version of `AigBitblaster`. Previously,
when CVC4 was built without ABC, `AigBitblaster` was not fully defined
(the class was declared but the implementation was not being compiled).
This lead to missing RTTI information when compiling with UBSan
instrumentation.
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Previously, competition builds for incremental tracks required to
manually pass in -DCVC4_SMTCOMP_APPLICATION_TRACK as compiler flag. This
introduces an additional build type for incremental competition builds
to simplify configuration for such builds.
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Adds option --ninja to configure.sh.
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drat2er is a C/C++ project which includes support for
* Checking DRAT proofs
* Converting DRAT proofs to LRAT proofs
* Converting DRAT proofs to ER proofs
It does the first 2 by using drat-trim under the hood.
I've modified our CMake configuration to allow drat2er to be linked into
CVC4, and I added a contrib script.
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We don't create build directories for every build type (and
configuration) anymore. The default build directory is now 'build'
(created where you call the wrapper script from). Option --name allows
to configure an individual name (and path) for the build directory.
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Since configure.sh is only a wrapper for cmake it prints all the messages from
cmake. At the end we print the next steps after configuration. If configure.sh
is used we add the info to also change into the build directory before calling
make.
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