| Age | Commit message (Collapse) | Author |
|---|
|
API (#3355)
* Treat uninterpreted functions as a child in Term iteration
* Remove unnecessary const_iterator constructor
* Add parameter comments to const_iterator constructor
* Use operator[] instead of storing a vector of Expr children
* Switch pos member variable from int to uint32_t
* Add comment about how UFs are treated in iteration
* Allow OpTerm to contain a single Kind, update OpTerm construction
* Update mkTerm to use only an OpTerm (and not also a Kind)
* Remove unnecessary function checkMkOpTerm
* Update mkOpTerm comments to not use _OP Kinds
* Update examples to use new mkTerm
* First pass on fixing unit test
* Override kind for Constructor and Selector Terms
* More fixes to unit tests
* Updates to parser
* Remove old assert (for Kind, OpTerm pattern which was removed)
* Remove *_OP kinds from public API
* Add hasOpTerm and getOpTerm methods to Term
* Add test for UF iteration
* Add unit test for getOpTerm
* Move OpTerm implementation above Term implemenation to match header file
Moved in header because Term::getOpTerm() returns an OpTerm and the compiler complains
if OpTerm is not defined earlier. Simply moving the declaration is easier/cleaner than
forward declaring within the same file that it's declared.
* Fix mkTerm in datatypes-new.cpp example
* Use helper function for creating term from Kind to avoid nested API calls
* Rename: OpTerm->Op in API
* Update OpTerm->Op in examples/tests/parser
* Add case for APPLY_TESTER
* operator term -> operator
* Update src/api/cvc4cpp.h
Co-Authored-By: Aina Niemetz <aina.niemetz@gmail.com>
* Comment comment suggestion
Co-Authored-By: Aina Niemetz <aina.niemetz@gmail.com>
* Add not-null checks and implement Op from a single Kind constructor
* Undo sed mistake for OpTerm replacement
* Add 'd_' prefix to member vars
* Fix comment and remove old commented-out code
* Formatting
* Revert "Formatting"
This reverts commit d1d5fc1fb71496daeba668e97cad84c213200ba9.
* More fixes for sed mistakes
* Minor formatting
* Undo changes in CVC parser
* Add isIndexed and prefix with d_
* Create helper function for isIndexed to avoid calling API functions in other API functions
|
|
|
|
|
|
This commit enables compiler warnings for implicit fallthroughs in
switch statements that are not explicitly marked as such. The commit
introduces a new macro `CVC4_FALLTHROUGH` that can be used to indicate
that a fallthrough is intentional. The commit fixes existing warnings
and a bug in the arithmetic rewriter for `abs` (the bug likely couldn't
be triggered easily because we rewrite `abs` to an `ite` while expanding
definitions).
To have the new macro also available in the parser, the commit changes
`src/base/check.h` to be visible to the parser (it includes
`cvc4_private_library.h` now instead of `cvc4_private.h`).
|
|
|
|
|
|
This makes `--sygus-inference` a no-op for inputs where there is a free function whose sort cannot be handled in a sygus grammar.
It also fixes an issue where skolem variables were not being treated as functions-to-synthesize.
Fixes #3250 and fixes #3356.
|
|
The ackermannization process is currently already support general theories rather than specifically for BV. In this pull request, an option has been added to turn on ackermannization independently.
|
|
When we do solving in incremental mode, we store substitutions at a
special index in our list of assertions. Previously, we used a
context-dependent variable for that. However, this is not needed since
the list of assertions just consists of the assertions currently being
processed, which are independent of the assertions seen so far. This
commit changes the index to be an ordinary integer and moves it to the
AssertionPipeline. Additionally, it abstracts access to the index in
preparation for splitting AssertionPipeline into three vectors (see
issue #2473).
|
|
|
|
pass_bv_gauss_white.h included bv_gauss.cpp to test the functions in the
anonymous namespace, which resulted in ODR (one definition rule)
violations reported by ASAN.
This commit exposes the functionality required in the unit tests as
private static members of the BVGauss class. Since this is a white unit
test, we can access private members in the tests.
|
|
|
|
|
|
|
|
|
|
|
|
Fixes 2887.
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
As it turns out, self-registering types are problematic with static
linkage [0]. Instead of fixing the issue with linker flags, which seems
possible but also brittle (e.g. the flags may be different for different
linkers), this commit adds an explicit registration of each
preprocessing pass.
[0] https://www.bfilipek.com/2018/02/static-vars-static-lib.html
|
|
This commit refactors how preprocessing pass registration works,
inspired by LLVM's approach [0]. The basic idea is that every
preprocessing pass declares a static variable of type `RegisterPass` in
its source file that registers the pass with the
`PreprocessingPassRegistry` when starting the program. The registry is a
singleton that keeps track of all the available passes and allows other
code to create instances of the passes (note: previously the registry
itself was owning the passes but this is no longer the case). One of the
advantages of this solution is that we have a list of available passes
directly at the beginning of the program, which is useful for example
when parsing options.
As a side effect, this commit also fixes the SortInference pass, which
was expecting arguments other than the preprocessing pass context in its
constructor.
This commit is required for fixing dumping pre/post preprocessing
passes. It is also the ground work for allowing the user to specify a
preprocessing pipeline using command-line arguments.
[0] https://llvm.org/docs/WritingAnLLVMPass.html
|
|
This fixes a few open issues with symmetry detection algorithm. It also extends the algorithm to do:
- Alpha equivalence to recognize symmetries between quantified formulas,
- A technique to recognize a subset of variables in two terms are symmetric, e.g. from x in A ^ x in B, we find A and B are interchangeable by treating x as a fixed symbol,
- Symmetry breaking for maximal subterms instead of variables.
|
|
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.
|
|
|
|
|
|
|
|
|
|
|
|
|
|
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.
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
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.
|
|
|
|
|
|
|
|
|
|
variables (#1888)
|
|
|
|
|
