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Fixes #971.
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Detected with cppcheck static analyser, which said: (performance) Function
parameter should be passed by reference. Reformat with clang-format as
needed.
Signed-off-by: Piotr Trojanek <piotr.trojanek@gmail.com>
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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.
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This commit makes CVC4 complain if the user asked for proofs for an unsupported logic (in this contest, ALL is considered unsupported).
Changes in the regression script are introduced as well, in order to only request proofs for regressions in supported logics.
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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).
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Solver::checkValidAssuming. (#3197)
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The `--force-logic` command line argument can be used to override a
logic specified in an input file or to set a logic when none is given.
Before this commit, both the `SmtEngine` and the parser were aware of
that argument. However, there were two issues if an input file didn't
specify a logic but `--force-logic` was used:
- Upon parsing `--force-logic`, the `SmtEngine` was informed about it
and set the logic to the forced logic. Then, the parser detected that
there was no `set-logic` command, so it set the logic to `ALL` and
emitted a corresponding warning. Finally, `SmtEngine::setDefaults()`
detected that `forceLogic` was set by the user and changed the logic
back to the forced logic. The warning was confusing and setting the
logic multiple times was not elegant.
- For eager bit-blasting, the logic was checked before resetting the
logic to the forced logic, so it would emit an error that eager
bit-blasting couldn't be used with the logic (which was `ALL` at that
point of the execution). This was a problem in the competition because
our runscript parses the `set-logic` command to decide on the
appropriate arguments to use and passes the logic to CVC4 via
`--force-logic`.
This commit moves the handling of `--force-logic` entirely into the
parser. The rationale for that is that this is not an API-level issue
(if you use the API you simply set the logic you want, forcing a
different logic in addition doesn't make sense) and simplifies the
handling of the option (no listeners need to be installed and the logic
is set only once). This commit also removes the option to set the logic
via `(set-option :cvc4-logic ...)` because it complicates matters (e.g.
which method of setting the logic takes precedence?). For the CVC and
the TPTP languages the commit creates a command to set the logic in
`SmtEngine` when the logic is forced in the parser instead of relying on
`SmtEngine` to figure it out itself.
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`let_shadowing.smt2` uses dumping to test our printing infrastructure.
Since some builds do not support dumping, this commit disables that
regression for non-dumping builds. Additionally, it enables an error
message when trying to dump with a muzzled build and corrects the output
of `--show-config` to indicate that muzzled builds cannot dump.
Previously, the dumping output of a muzzled build was just silently
empty.
Most of the changes in `dump.cpp` are due to reformatting.
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SWIG 4 seems to change the name for `std::map<CVC4::Expr, CVC4::Expr>`
to include the implicit template argument for comparisons. To make the
code compatible with both SWIG 4.0.0 and older versions, this commit
creates an explicit instance of the template.
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Due to issues in the current proof code, this commit also disables proof
checking for five QF_LRA benchmarks (see issue #2855).
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This commit adds a check to make sure that the result of a `(check-sat)`
call matches the expected result set via `(set-info :status ...)`. In
doing so, it also fixes an issue where CVC4 would crash if asked for the
unsat core after setting the status to `unsat` but before calling
`(check-sat)` (see regression for concrete example). This happened
because CVC4 was storing the expected result and the computed result
both in the same variable (the expected result wasn't really being used
though). This commit keeps track of the expected result and the computed
result in separate variables to fix that issue.
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Fixes #2989. SWIG 3 seems to have an issue properly resolving
`T::const_iterator::value_type` if that type itself is a `typedef`.
This is for example the case in the `UnsatCore` class, which `typedef`s
`const_iterator` to `std::vector<Expr>::const_iterator`. As a
workaround, this commit changes the `JavaIteratorAdapter` class to take
two template parameters, one of which is the `value_type`. The commit
also adds a compile-time assertion that `T::const_iterator::value_type`
can be converted to `value_type` to avoid nasty surprises. A nice
side-effect of this solution is that explicit `typemap`s are not
necessary anymore, so they are removed. Additionally, the commit adds a
`toString()` method for the Java API of `UnsatCore` and adds examples
that show and test the iteration over the unsat core and the statistics.
Iterating over `Statistics` now returns instances of `Statistic` instead
of `Object[]`, which is a bit cleaner and requires less glue code.
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Fixes 2887.
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This solution is less confusing than using a `false` assumption.
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