forked from pool/libminizinc
28f2b5e5f3
- update to 2.8.2:
* Bug fixes:
+ Fix incorrect FlatZinc definition in the gecode_presolver
solver library.
+ Fix type specialisation for function with an polymorphic
array argument and a non-array return type with the same
type-inst identifier.
+ Fix crash during typechecking of overloaded functions
differing only by inst returning structured types.
+ Fix incorrect type checking of polymorphic functions with
type-inst IDs inside structured types.
+ Fix evaluation error when boolean variables are fixed during
flattening.
+ Fix incorrect call names output when generating .ozn files.
+ Fix incorrect output of record access as tuple access in
.ozn files.
+ Fix definition of array_intersect so that it can be used in
non-positive contexts.
+ Fix standards definitions of increasing variants to correct
be ignored when the argument array is empty.
+ Fix a problem where exceptions thrown for undefined
expressions were not caught during the aggregation of linear
expressions, breaking relational semantics.
+ Fix crash when calculating computed domain of a declaration.
+ Fix x-y line/scatter visualisations.
* Changes:
+ Support var set``s of enums for ``array_union and
array_intersect.
+ Support var enums for the .. range operator.
+ Always perform substitution of fixed values before outputting
FlatZinc for consistency.
* Changes in the IDE:
+ Make process handling more robust to failures.
- update to 2.8.1:
* Bug fixes:
+ Fix incorrect message for par array out of bounds indicating
that array is empty
+ Fix incorrect propagation of Boolean variables potentially
causing output not accepted by Gecode and Chuffed.
+ Fix a problem where the usage of lb on a Boolean expression
would return -infinity..
+ Fix omission of error location when there is no stack trace
available.
+ Fix type specialisation to always make par versions of
functions available for output.
+ Fix internal error when checking return value of functions
involving arrays of optional values.
+ Fix incorrect false values for has_output_item when running
with --model-interface-only
+ Fix translation of search annotations with multi-dimensional
arrays as arguments.
+ Fix bug in output generation for some visualisation functions.
+ Fix problem where tuple or record assignments would sometimes
trigger segmentation faults.
+ Fix context when binding the result of flattening a
concatenation operation, resolving a possible segmentation
fault.
+ Fix incorrect possible evaluation error for in operator
involving an array RHS.
* Changes:
+ Add --solution-checker option to allow specifying the
solution checker (allowing use from a parameter configuration
.mpc file).
+ Produce tighter bounds in compute_mod_bounds for the
mod operator.
* Changes in the IDE:
+ Fix command used to run findMUS and Globalizer.
+ Add ability to set the ports used for the visualisation
server.
+ Add option for printing the visualisation server URL for
debugging purposes.
+ Add more information to subprocess error messages.
- update to 2.8.0:
* Changes in interfaces to solvers:
+ OR-Tools is now bundled with the MiniZinc IDE on all
platforms.
+ HiGHS is now loaded as a dynamic plugin instead of statically
linked, and now supports outputting intermediate solutions
for optimisation problems.
+ Add support for producing a JSON-based version of FlatZinc as
the output format of the MiniZinc compiler.
+ Replace supportsMzn, supportsFzn and supportsNL solver
configuration flags with new option inputType. The old flags
are still supported for backwards compatibility.
+ Add experimental support for restart based meta-search
specification for the Gecode and Chuffed solvers, as first
explored in Solver-Independent Large Neighbourhood Search and
A Modern Architecture for Constraint Modelling Languages.
+ Automatically detect current versions of CPLEX.
* Changes in the MiniZinc Library:
+ Add cumulatives scheduling global constraint.
+ Add the opt variants of the global_cardinality functions, and
add enumerated type typesafety between the values of the
decision variables and the cover parameters.
+ Add optional versions of count_* global constraints.
+ (strictly_)decreasing will now always be rewritten into
(strictly_)increasing and has support for option types.
+ Allow libraries to define how to iterate over var set of int
using the function set2iter, useful for different set
representations.
+ Stabilise the IDE visualisation library, allowing all
visualisation functions to be used from output statements,
and removing the need for manual calls to showJSON in custom
visualisations. This is a breaking change for users of the
previous experimental API.
+ Add mzn_half_reify_clause compiler option to allow solvers to
disable the half reification of bool_clause constraints.
+ Update the reflection functions ub, lb, and dom to return
enum values.
+ Use tuples to implement the decomposition of optional
variables, avoiding possible CSE aliasing problems.
* Changes in the compiler:
+ CSE has been adjusted to handle commutative functions when
annotated using the promise_commutative annotation.
+ mzn_reverse_map_var is now only called on output variables
that do not yet have reverse mappers after initial
flattening, but are required by the output model.
+ Improve error messaging for invalid parameter configuration
(.mpc) files.
+ Add a list of messages generated by solution checkers to the
checker message when using --json-stream.
+ Support output of command line argument parsing errors in
--json-stream mode.
* Bug fixes:
+ Fix restoration of tuple/record domains when flattening let
expressions.
+ Fix type checking error due to creation of incorrect par
versions of functions involving tuples/records.
+ Ensure that when --solver is used, the given solver
configuration file is always selected even when it collides
with a solver in the search paths.
+ Fix error when running satisfaction problems using the Gecode
presolver where an output variable is also an
introduced variable.
+ Resolve a problem where unification in the optimization phase
might remove variables part of the output.
+ Fix possible crash when printing the final solution using the
built-in Chuffed interface.
+ Don’t print the final status line from solution checkers.
+ Fix typechecking of par type-inst identifiers when
instantiated using structured types involving var types.
+ Implement fix and is_fixed for strucutred types.
+ Ensure reverse mappers are created when flattening
tuple/record literals. This resolves certain errors during
output processing in models using these types.
+ Fix problem where certain strings in exceptions might be
garbage collected before they are output.
+ Fix problem where argument names of generated functions could
conflict with model declared names.
+ Fix problem where the common type of complex records or
tuples was not correctly determined in the array literals.
+ Fix a problem in the parser where a nullptr would be used
before a syntax error was thrown.
+ Fix error management when reading preference files.
+ Fix segmentation fault caused by the creation of invalid
domain constraints generated for functions with arrays of
tuples or records parameters.
+ Fix crash when instantiating a type-inst identifier using
only <>.
+ Fix evaluation of comprehensions containing opt string.
+ Fix crash when instantiating polymorphic functions using
tuples/records with many var or opt fields.
+ Do not generate default DZN output when there are only
sectioned output items present.
+ Fix the edge indexing of the edges for the final node in the
neural_net global constraint.
+ Add better error messaging when an index set mismatch is
encountered in the standard library.
+ Fix evaluation error when indexing into an array using <>.
+ Fix incorrect unsatisfiability when equating optional
variables with non-intersecting domains.
+ Fix array access using optional indices for multidimensional
arrays.
+ Fix output of zero length arrays of optional variables.
+ Fix output processing performance degradation when printing
arrays in DZN output mode.
+ Fix card function on set of floats and bools.
+ Make set literals containing strings or annotations a
type error.
* Changes in the IDE:
+ Fix unreadable cheat sheet font colour in dark mode.
+ Add option to output objective value and enable by default.
+ Show manually input parameters in output window.
+ Fix missing checker messages.
+ Fix incorrect OpenSSL version in Linux packages.
- Add minimal checks
- Add patches:
* 0001-Disambiguate-UNKNOWN-EXCEPTION.patch
* 0002-Catch-std-exception-by-const-reference.patch
* 0003-Try-to-get-some-more-information-when-catching.patch
OBS-URL: https://build.opensuse.org/request/show/1135808
OBS-URL: https://build.opensuse.org/package/show/science/libminizinc?expand=0&rev=9
99 lines
3.0 KiB
RPMSpec
99 lines
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RPMSpec
#
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# spec file for package libminizinc
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#
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# Copyright (c) 2023 SUSE LLC
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#
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# All modifications and additions to the file contributed by third parties
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# remain the property of their copyright owners, unless otherwise agreed
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# upon. The license for this file, and modifications and additions to the
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# file, is the same license as for the pristine package itself (unless the
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# license for the pristine package is not an Open Source License, in which
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# case the license is the MIT License). An "Open Source License" is a
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# license that conforms to the Open Source Definition (Version 1.9)
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# published by the Open Source Initiative.
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# Please submit bugfixes or comments via https://bugs.opensuse.org/
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#
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Name: libminizinc
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Version: 2.8.2
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Release: 0
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Summary: A high-level constraint modelling language
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Group: Productivity/Scientific/Math
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License: MPL-2.0
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URL: https://www.minizinc.org/
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Source: https://github.com/MiniZinc/libminizinc/archive/refs/tags/%{version}.tar.gz#/%{name}-%{version}.tar.gz
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# PATCH-FEATURE-OPENSUSE - Be more verbose on thrown exceptions
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Patch0: 0001-Disambiguate-UNKNOWN-EXCEPTION.patch
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Patch1: 0002-Catch-std-exception-by-const-reference.patch
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Patch2: 0003-Try-to-get-some-more-information-when-catching.patch
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BuildRequires: cmake >= 3.4.0
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BuildRequires: gcc-c++
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BuildRequires: gecode-devel
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BuildRequires: gecode-minizinc
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BuildRequires: pkgconfig(mpfr)
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%description
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MiniZinc is a free and open-source constraint modeling language.
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%package -n minizinc
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Summary: A high-level constraint modelling language
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Recommends: gecode-minizinc
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%description -n minizinc
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You can use MiniZinc to model constraint satisfaction and optimisation
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problems in a high-level, solver-independent way, taking advantage of
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a large library of pre-defined constraints. Your model is then
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compiled into FlatZinc, a solver input language that is understood
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by a wide range of solvers.
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%package devel
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Summary: A high-level constraint modelling language
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Group: Development/Libraries/C and C++
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Requires: minizinc = %{version}
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%description devel
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MiniZinc is a free and open-source constraint modeling language.
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%prep
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%autosetup -p1
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%build
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%cmake
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%cmake_build
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%install
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%cmake_install
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%check
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cat > t.mzn <<EOF
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var 1..5: x;
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EOF
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cat > t1.mzc.mzn <<EOF
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output["SIMPLE CHECK"];
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EOF
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cat > t2.mzc.mzn <<EOF
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int: data :: add_to_output = 2;
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EOF
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export LD_LIBRARY_PATH=./build/
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./build/minizinc --solvers
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./build/minizinc t1.mzc.mzn t.mzn --output-mode json --output-time --output-objective --output-output-item --statistics
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./build/minizinc t2.mzc.mzn t.mzn --output-mode json --output-time --output-objective --output-output-item --statistics
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%post -n minizinc -p /sbin/ldconfig
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%postun -n minizinc -p /sbin/ldconfig
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%files -n minizinc
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%license LICENSE.txt
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%doc changes.rst README.md
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%{_bindir}/*
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%{_datadir}/minizinc
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%{_libdir}/libmzn*
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%files devel
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%{_includedir}/minizinc
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%{_libdir}/cmake/libminizinc
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%changelog
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