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JavaSMT ChangeLog

JavaSMT 4.0.2

This patch release improves documentation and updates the dependency for our Yices2 component. We skip version 4.0.1 which was internally used for releasing the Yices2 component.

JavaSMT 4.0.0

This major release comes with several updated solvers and dependencies, a new (potentially faster) evaluator for models, and support for the theory of enumerations (domains of fixed size).

Breaking changes:

  • The push-method in ProverEnvironments can throw InterruptedExceptions.
  • Model evalation supports enumeration theory.
  • Direct construction ArrayFormulaType was replaced with a static building method.

Updated solvers:

  • MathSAT 5.6.10
  • Z3 4.12.2
  • CVC5 1.0.5

JavaSMT 3.14.3

This patch release updates SMTInterpol to version 2.5-1242-g5c50fb6d.

JavaSMT 3.14.2

This patch release brings small bugfixes for String theory. We also include the brand-new bindings for the solver CVC5.

JavaSMT 3.14.1

This patch release brings small bugfixes and improved documentation for formula visitation.

JavaSMT 3.14.0

This minor release comes a new method 'allChar' in String theory and brings with a smaller bugfix for formula visitation.

JavaSMT 3.13.3

This patch release comes with a smaller bugfix for String-theory formulas in Z3.

JavaSMT 3.13.2

This patch release comes with some updated solvers and some smaller bugfixes.

Updated solvers:

  • JavaSMT 2.5-1147-g108647d8
  • Z3 4.10.1

JavaSMT 3.13.1

This patch release contains with several smaller fixes for the integration of SMTInterpol and Princess.

JavaSMT 3.13.0

This release comes with several bugfixes, e.g., we improved DIV and MOD operations in Integer theory.

Updated solvers:

  • MathSAT 5.6.8
  • Princess 2022-07-01
  • Z3 4.8.17

Breaking change:

The public API for FloatingPointManager was changed to support conversion of FloatingPoint to signed and unsigned Bitvectors.

JavaSMT 3.12.0

This release comes with an initial support for String theory for SMT solvers like Z3 and CVC4. Now, JavaSMT provides statistics on the solving process, depending on the used SMT solver. And we include several bugfixes and internal cleanup.

Breaking change:

The public API was enriched with new methods to retrieve a StringFormulaManager and statistics.

JavaSMT 3.11.0

This release comes with support for multiple prover stacks in SMTInterpol.

Breaking change:

Users might have accessed the public class SmtInterpolEnvironment for direct interaction with SMTInterpol. We replace the class org.sosy_lab.java_smt.solvers.smtinterpol.SmtInterpolEnvironment with the class de.uni_freiburg.informatik.ultimate.logic.Script, which provides a similar interface and also allows direct interaction with SMTInterpol.

Updated solvers:

  • SMTInterpol 2.5-916-ga5843d8b
  • Boolector 3.2.2

JavaSMT 3.10.1

This patch release brings several bugfixes for JavaSMT, for example, in the bindings of Princess or for quantifier handling. Additionally, we now provide Yices2 via Maven.

Updated solvers:

  • SMTInterpol 2.5-842-gfcd46532

JavaSMT 3.10.0

This release contains several improvement, some new features, several bugfixes and updated libraries. A new method for loading native libraries is available for developers to use their own loading mechanism. A new method distinct is available for Bitvector formulas. The visitation of quantified formulas was improved.

Updated solvers:

  • Princess 2021-08-12

JavaSMT 3.9.0

This release contains a larger update of Princess and more JUnit tests. The PrettyPrinter is switched from a boolean parameter to a options enum. The example projects for Maven are updated with newer solver versions.

Updated solvers:

  • Princess 2021-05-10 (improving Array and BV theory, and including a switch to an official Maven repository)

JavaSMT 3.8.0

This release contains smaller bugfixes, some cleanup, and updated libraries.

Updated solvers:

  • MathSAT5 5.6.6
  • Z3 4.8.10

JavaSMT 3.7.0

This release contains the first official support for native SMT solvers on Windows. We provide MathSAT5 and Z3 for Windows (64bit) as part of the Ivy build. A user can of course exclude the native libraries from the dependencies, if disk space is a critical point.

Updated solvers:

  • MathSAT5 5.6.5 (inculding binary for Windows)
  • Z3 4.8.9 (including binaries for Windows and MacOS)

JavaSMT 3.6.1

Updates solver versions:

  • Boolector 3.2.1-30-g95859db8
  • Princess 2.13 (2020-09-18)
  • SMTInterpol 2.5-732-gd208e931
  • Yices2 2.6.2-396-g194350c1
  • Z3 4.8.9

Improvements:

  • Maven release is working again (available solvers: SMTInterpol and Princess)

JavaSMT 3.6.0

News on Solvers:

  • a new solver is available: Yices 2.6.2

Licensing:

  • JavaSMT is now REUSE compatible.

JavaSMT 3.5.1

Improvements and Fixes:

  • improve interpolation error detection for MathSAT5
  • fix simplification procedure for MathSAT5
  • improve interrupt detection for Z3
  • fix quantifier elimination for Z3

JavaSMT 3.5.0

This release mostly contains updated solvers, including the new version of Z3 without support for interpolation. There were some internal fixes and improvements.

Updates solver versions:

  • CVC4 prerelease-2020-06-13-g3a1bce1b8
  • Boolector 3.2.1-15-g59c9ade5
  • MathSAT5 5.6.3
  • OptiMathSAT 1.7.1
  • Princess 2.13
  • Z3 4.8.8 (info: interpolation no longer available!)

JavaSMT 3.4.0

Changes in the API:

  • With the update of SMTInterpol some partially visible classes were touched.

Improvements and Fixes:

  • fix for visiting uninterpreted function with CVC4
  • New or updated solver versions:
    • SMTInterpol: 2.5-604-g71e72f93, including a small change in the API of SMTInterpol
  • Several updates for dependencies.

JavaSMT 3.3.0

Changes in the API:

  • FloatingPointManager supports more arithmetic methods, such as min, max, abs, sqrt.

Improvements and Fixes:

  • More consistency checks on bitvector constants
  • The Maven release contains the bindings for Princess
  • New or updated solver versions:
    • Boolector 3.0.0-2019-11-11-g9d06cc0 was added (#174).
    • CVC4: 1.8-prerelease-2019-11-30-gae93e65
    • Princess: 2.12-2019-11-20
    • SMTInterpol: 2.5-533-ga4ba1513
    • other solvers were not updated since the last release

JavaSMT 3.2.0

The biggest change is the integration of the CVC4 SMT solver (CVC4 1.8-prerelease).

JavaSMT 3.1.0

This is mostly a cleanup release that contains several smaller changes and optimizations.

We included new solver versions:

  • OptiMathSAT: 1.6.3
  • SMTInterpol: 2.5-515-g2765bdd

JavaSMT 3.0.0

Changes in the API

  • New methods to cast different theories, e.g., BV to INT, REAL to INT, and vice versa.
  • More function declaration kinds, especially for FP theory.

Improvements and Fixes

  • New solver versions:
    • MathSAT: 5.5.4 (Feb 2019)
    • SMTInterpol: 2.5-66-g453d36e
    • other solvers were not updated since the last release
  • Improve loading of Jar file for Z3 on Java 9 (and later).

JavaSMT 2.0.0

Changes in the API

  • New solver versions:
    • MathSAT: 5.5.3 (Nov 20 2018)
    • OptiMathSAT: 1.4.0.10
    • Princess: 2018-12-06-assertionless
    • SMTInterpol: 2.5-47-gc0546aa
    • Z3: 4.7.1.0
  • Methods for computing a model, unsat core and allsat are moved from ProverEnvironment upwards into BasicProverEnvironment and can now also be used in InterpolatingProverEnvironment
  • New methods to convert IEEE bitvectors to floats and vice versa.
  • Improved handling of exceptions
  • New method for evaluating formulas with an existing model
  • New utility methods for escaping and unescaping symbol names to avoid SMT keywords.

Improvements and Fixes

  • Improve instantiation procedure of Z3 and Princess
  • Remove some non-determinism and prefer deterministic data structures
  • Fix model generation for SMTInterpol in case of multiple UF assignments

JavaSMT 1.0.0

  • Floating point rounding mode can be now specified for all operations in FloatingPointFormulaManager. Additionally, default rounding mode can be set using an option solver.floatingPointRoundingMode.
  • Automatic boolean formula simplification for Z3.
  • New utils package, with optional utilities. Includes:
    • UfElimination class for performing Ackermannization and returning the metadata describing the fresh variables.
  • modularCongruence method was moved to IntegerFormulaManager and now throws an exception on non-positive input.
  • New package structure
    • Root package is java_smt
    • Solver bindings are in the package java_smt/solvers
    • User-facing API is in the package java_smt/api, apart from the entry point SolverContextFactory
  • Caching and statistics are moved to the statistics branch.

JavaSMT 0.60-174-g7ab7771

  • New solver versions:
    • Z3: 4.4.1-1558-gf96cfea
    • MathSAT: 5.3.12
    • OptiMathSAT: 1.3.10
    • Princess: 2016-06-27-r2652
  • Better cancellation handling for Z3
  • Add makeTrue() and makeFalse() methods to BooleanFormulaManager
  • Added Ackermannization tactic.

JavaSMT 0.60

  • Switched to Java8.
  • Change to the API for moving formulas between the contexts: the relevant method is now called translateFrom.
  • Incompatible public API change: migrated to Java Optional. Affects usages of OptimizationProverEnvironment.
  • simplify method can throw an InterruptedException.
  • Supported options are checked when creating a ProverEnvironment.
  • Our custom Z3 JNI is dropped, official JNI bindings from Z3 are used instead. z3java solver is dropped as well, since with the same JNI code other Java bindings only provide an extra wrapping layer.
  • Custom fork of Z3 is no longer required, using custom classloader to load Z3 Java bindings.
  • Adds getModelAssignments method to ProverEnvironment, which serializes the model to a list of assignments.
  • Switches to manual closing (try-with-resources) for Model objects.
  • Exposes API for calculating UNSAT core over assumptions. Assumptions feature is emulated in solvers which do not support it natively.
  • More descriptive name for prover options: GENERATE_MODELS, GENERATE_UNSAT_CORE, GENERATE_UNSAT_CORE_OVER_ASSUMPTIONS.
  • Adds support for floating point theory in Z3.
  • Adds recursive transformation visitor for boolean formulas, which does not use recursion in its implementation (via BooleanFormulaManager#transformRecursively).
  • Many miscellaneous bugfixes.

JavaSMT 0.51