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constraint_solver.i
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constraint_solver.i
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// Copyright 2010-2018 Google LLC
// Licensed under the Apache License, Version 2.0 (the "License");
// you may not use this file except in compliance with the License.
// You may obtain a copy of the License at
//
// http://www.apache.org/licenses/LICENSE-2.0
//
// Unless required by applicable law or agreed to in writing, software
// distributed under the License is distributed on an "AS IS" BASIS,
// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
// See the License for the specific language governing permissions and
// limitations under the License.
// TODO(user): Refactor this file to adhere to the SWIG style guide.
%include "enumsimple.swg"
%include "exception.i"
%include "ortools/base/base.i"
%include "ortools/util/java/tuple_set.i"
%include "ortools/util/java/vector.i"
%include "ortools/util/java/proto.i"
// Remove swig warnings
%warnfilter(473) operations_research::DecisionBuilder;
// TODO(user): Remove this warnfilter.
// We need to forward-declare the proto here, so that PROTO_INPUT involving it
// works correctly. The order matters very much: this declaration needs to be
// before the %{ #include ".../constraint_solver.h" %}.
namespace operations_research {
class ConstraintSolverParameters;
class RegularLimitParameters;
} // namespace operations_research
// Include the files we want to wrap a first time.
%{
#include "ortools/constraint_solver/constraint_solver.h"
#include "ortools/constraint_solver/constraint_solveri.h"
#include "ortools/constraint_solver/java/javawrapcp_util.h"
#include "ortools/constraint_solver/search_limit.pb.h"
#include "ortools/constraint_solver/solver_parameters.pb.h"
// Supporting structure for the PROTECT_FROM_FAILURE macro.
#include "setjmp.h"
struct FailureProtect {
jmp_buf exception_buffer;
void JumpBack() { longjmp(exception_buffer, 1); }
};
/* Global JNI reference deleter */
class GlobalRefGuard {
JNIEnv *jenv_;
jobject jref_;
// non-copyable
GlobalRefGuard(const GlobalRefGuard &) = delete;
GlobalRefGuard &operator=(const GlobalRefGuard &) = delete;
public:
GlobalRefGuard(JNIEnv *jenv, jobject jref): jenv_(jenv), jref_(jref) {}
~GlobalRefGuard() { jenv_->DeleteGlobalRef(jref_); }
};
%}
// ############ BEGIN DUPLICATED CODE BLOCK ############
// IMPORTANT: keep this code block in sync with the .i
// files in ../python and ../csharp.
// Protect from failure.
%define PROTECT_FROM_FAILURE(Method, GetSolver)
%exception Method {
operations_research::Solver* const solver = GetSolver;
FailureProtect protect;
solver->set_fail_intercept([&protect]() { protect.JumpBack(); });
if (setjmp(protect.exception_buffer) == 0) {
$action
solver->clear_fail_intercept();
} else {
solver->clear_fail_intercept();
jclass fail_class = jenv->FindClass(
"com/google/ortools/constraintsolver/"
"Solver$FailException");
jenv->ThrowNew(fail_class, "fail");
return $null;
}
}
%enddef
namespace operations_research {
PROTECT_FROM_FAILURE(IntExpr::SetValue(int64 v), arg1->solver());
PROTECT_FROM_FAILURE(IntExpr::SetMin(int64 v), arg1->solver());
PROTECT_FROM_FAILURE(IntExpr::SetMax(int64 v), arg1->solver());
PROTECT_FROM_FAILURE(IntExpr::SetRange(int64 l, int64 u), arg1->solver());
PROTECT_FROM_FAILURE(IntVar::RemoveValue(int64 v), arg1->solver());
PROTECT_FROM_FAILURE(IntVar::RemoveValues(const std::vector<int64>& values),
arg1->solver());
PROTECT_FROM_FAILURE(IntervalVar::SetStartMin(int64 m), arg1->solver());
PROTECT_FROM_FAILURE(IntervalVar::SetStartMax(int64 m), arg1->solver());
PROTECT_FROM_FAILURE(IntervalVar::SetStartRange(int64 mi, int64 ma),
arg1->solver());
PROTECT_FROM_FAILURE(IntervalVar::SetDurationMin(int64 m), arg1->solver());
PROTECT_FROM_FAILURE(IntervalVar::SetDurationMax(int64 m), arg1->solver());
PROTECT_FROM_FAILURE(IntervalVar::SetDurationRange(int64 mi, int64 ma),
arg1->solver());
PROTECT_FROM_FAILURE(IntervalVar::SetEndMin(int64 m), arg1->solver());
PROTECT_FROM_FAILURE(IntervalVar::SetEndMax(int64 m), arg1->solver());
PROTECT_FROM_FAILURE(IntervalVar::SetEndRange(int64 mi, int64 ma),
arg1->solver());
PROTECT_FROM_FAILURE(IntervalVar::SetPerformed(bool val), arg1->solver());
PROTECT_FROM_FAILURE(Solver::AddConstraint(Constraint* const c), arg1);
PROTECT_FROM_FAILURE(Solver::Fail(), arg1);
#undef PROTECT_FROM_FAILURE
} // namespace operations_research
// ############ END DUPLICATED CODE BLOCK ############
%module(directors="1") operations_research;
%{
#include <setjmp.h>
#include <vector>
#include "ortools/base/integral_types.h"
#include "ortools/constraint_solver/constraint_solver.h"
#include "ortools/constraint_solver/constraint_solveri.h"
%}
// Use to correctly wrap Solver::MakeScheduleOrPostpone.
%apply int64 * INOUT { int64 *const marker };
// Use to correctly wrap arguments otherwise SWIG will wrap them as
// SWIGTYPE_p_long_long opaque pointer.
%apply int64 * OUTPUT { int64 *l, int64 *u, int64 *value };
// Types in Proxy class (e.g. Solver.java) e.g.:
// Solver::f(jstype $javainput, ...) {Solver_f_SWIG(javain, ...);}
#define VAR_ARGS(X...) X
// Methods taking parameters
%define DEFINE_ARGS_TO_R_CALLBACK(
TYPE,
JAVA_TYPE, JAVA_METHOD, JAVA_SIGN,
LAMBDA_RETURN, JNI_METHOD, LAMBDA_PARAM, LAMBDA_CALL)
%typemap(in) TYPE %{
jclass $input_object_class = jenv->GetObjectClass($input);
if (nullptr == $input_object_class) return $null;
jmethodID $input_method_id = jenv->GetMethodID(
$input_object_class, JAVA_METHOD, JAVA_SIGN);
assert($input_method_id != nullptr);
// $input will be deleted once this function return.
jobject $input_object = jenv->NewGlobalRef($input);
// Global JNI reference deleter
auto $input_guard = std::make_shared<GlobalRefGuard>(jenv, $input_object);
$1 = [jenv, $input_object, $input_method_id, $input_guard](LAMBDA_PARAM) -> LAMBDA_RETURN {
return jenv->JNI_METHOD($input_object, $input_method_id, LAMBDA_CALL);
};
%}
// These 4 typemaps tell SWIG which JNI and Java types to use.
%typemap(jni) TYPE "jobject" // Type used in the JNI C.
%typemap(jtype) TYPE "JAVA_TYPE" // Type used in the JNI.java.
%typemap(jstype) TYPE "JAVA_TYPE" // Type used in the Proxy class.
%typemap(javain) TYPE "$javainput" // passing the Callback to JNI java class.
%enddef
// Method taking no parameters
%define DEFINE_VOID_TO_R_CALLBACK(
TYPE,
JAVA_TYPE, JAVA_METHOD, JAVA_SIGN,
LAMBDA_RETURN, JNI_METHOD)
%typemap(in) TYPE %{
jclass $input_object_class = jenv->GetObjectClass($input);
if (nullptr == $input_object_class) return $null;
jmethodID $input_method_id = jenv->GetMethodID(
$input_object_class, JAVA_METHOD, JAVA_SIGN);
assert($input_method_id != nullptr);
// $input will be deleted once this function return.
jobject $input_object = jenv->NewGlobalRef($input);
// Global JNI reference deleter
auto $input_guard = std::make_shared<GlobalRefGuard>(jenv, $input_object);
$1 = [jenv, $input_object, $input_method_id, $input_guard]() -> LAMBDA_RETURN {
return jenv->JNI_METHOD($input_object, $input_method_id);
};
%}
// These 4 typemaps tell SWIG which JNI and Java types to use.
%typemap(jni) TYPE "jobject" // Type used in the JNI C.
%typemap(jtype) TYPE "JAVA_TYPE" // Type used in the JNI.java.
%typemap(jstype) TYPE "JAVA_TYPE" // Type used in the Proxy class.
%typemap(javain) TYPE "$javainput" // passing the Callback to JNI java class.
%enddef
// Method taking no parameters and returning a string
%define DEFINE_VOID_TO_STRING_CALLBACK(
TYPE,
JAVA_TYPE, JAVA_METHOD, JAVA_SIGN)
%typemap(in) TYPE %{
jclass $input_object_class = jenv->GetObjectClass($input);
if (nullptr == $input_object_class) return $null;
jmethodID $input_method_id = jenv->GetMethodID(
$input_object_class, JAVA_METHOD, JAVA_SIGN);
assert($input_method_id != nullptr);
// $input will be deleted once this function return.
jobject $input_object = jenv->NewGlobalRef($input);
// Global JNI reference deleter
auto $input_guard = std::make_shared<GlobalRefGuard>(jenv, $input_object);
$1 = [jenv, $input_object, $input_method_id, $input_guard]() -> std::string {
jstring js = (jstring) jenv->CallObjectMethod($input_object, $input_method_id);
// convert the Java String to const char* C string.
const char* c_str(jenv->GetStringUTFChars(js, 0));
// copy the C string to std::string
std::string str(c_str);
// release the C string.
jenv->ReleaseStringUTFChars(js, c_str);
return str;
};
%}
// These 4 typemaps tell SWIG which JNI and Java types to use.
%typemap(jni) TYPE "jobject" // Type used in the JNI C.
%typemap(jtype) TYPE "JAVA_TYPE" // Type used in the JNI.java.
%typemap(jstype) TYPE "JAVA_TYPE" // Type used in the Proxy class.
%typemap(javain) TYPE "$javainput" // passing the Callback to JNI java class.
%enddef
// Method taking a solver as parameter and returning nothing
%define DEFINE_SOLVER_TO_VOID_CALLBACK(
TYPE,
JAVA_TYPE, JAVA_METHOD, JAVA_SIGN)
%typemap(in) TYPE %{
jclass $input_object_class = jenv->GetObjectClass($input);
if (nullptr == $input_object_class) return $null;
jmethodID $input_method_id = jenv->GetMethodID(
$input_object_class, JAVA_METHOD, JAVA_SIGN);
assert($input_method_id != nullptr);
// $input will be deleted once this function return.
jobject $input_object = jenv->NewGlobalRef($input);
// Global JNI reference deleter
auto $input_guard = std::make_shared<GlobalRefGuard>(jenv, $input_object);
$1 = [jenv, $input_object, $input_method_id,
$input_guard](operations_research::Solver* solver) -> void {
jclass solver_class = jenv->FindClass(
"com/google/ortools/constraintsolver/Solver");
assert(nullptr != solver_class);
jmethodID solver_constructor = jenv->GetMethodID(solver_class, "<init>", "(JZ)V");
assert(nullptr != solver_constructor);
// Create a Java Solver class from the C++ Solver*
jobject solver_object = jenv->NewObject(
solver_class, solver_constructor, solver, /*OwnMemory=*/false);
// Call the java Callback passing the Java Solver object.
jenv->CallVoidMethod($input_object, $input_method_id, solver_object);
};
%}
// These 4 typemaps tell SWIG which JNI and Java types to use.
%typemap(jni) TYPE "jobject" // Type used in the JNI C.
%typemap(jtype) TYPE "JAVA_TYPE" // Type used in the JNI.java.
%typemap(jstype) TYPE "JAVA_TYPE" // Type used in the Proxy class.
%typemap(javain) TYPE "$javainput" // passing the Callback to JNI java class.
%enddef
%{
#include <memory> // std::make_shared<GlobalRefGuard>
%}
DEFINE_SOLVER_TO_VOID_CALLBACK(
std::function<void(operations_research::Solver*)>,
Consumer<Solver>, "accept", "(Ljava/lang/Object;)V")
DEFINE_VOID_TO_STRING_CALLBACK(
std::function<std::string()>,
Supplier<String>, "get", "()Ljava/lang/Object;")
DEFINE_VOID_TO_R_CALLBACK(
std::function<bool()>,
BooleanSupplier, "getAsBoolean", "()Z",
bool, CallBooleanMethod)
DEFINE_VOID_TO_R_CALLBACK(
std::function<void()>,
Runnable, "run", "()V",
void, CallVoidMethod)
DEFINE_ARGS_TO_R_CALLBACK(
std::function<int(int64)>,
LongToIntFunction, "applyAsInt", "(J)I",
int, CallIntMethod,
VAR_ARGS(long t),
VAR_ARGS((jlong)t))
DEFINE_ARGS_TO_R_CALLBACK(
std::function<int64(int64)>,
LongUnaryOperator, "applyAsLong", "(J)J",
long, CallLongMethod, VAR_ARGS(long t), VAR_ARGS((jlong)t))
DEFINE_ARGS_TO_R_CALLBACK(
std::function<int64(int64, int64)>,
LongBinaryOperator, "applyAsLong", "(JJ)J",
long, CallLongMethod,
VAR_ARGS(long t, long u),
VAR_ARGS((jlong)t, (jlong)u))
DEFINE_ARGS_TO_R_CALLBACK(
std::function<int64(int64, int64, int64)>,
LongTernaryOperator, "applyAsLong", "(JJJ)J",
long, CallLongMethod,
VAR_ARGS(long t, long u, long v),
VAR_ARGS((jlong)t, (jlong)u, (jlong)v))
DEFINE_ARGS_TO_R_CALLBACK(
std::function<int64(int, int)>,
IntIntToLongFunction, "applyAsLong", "(II)J",
long, CallLongMethod,
VAR_ARGS(int t, int u),
VAR_ARGS((jint)t, (jint)u))
DEFINE_ARGS_TO_R_CALLBACK(
std::function<bool(int64)>,
LongPredicate, "test", "(J)Z",
bool, CallBooleanMethod,
VAR_ARGS(long t),
VAR_ARGS((jlong)t))
DEFINE_ARGS_TO_R_CALLBACK(
std::function<bool(int64, int64, int64)>,
LongTernaryPredicate, "test", "(JJJ)Z",
bool, CallBooleanMethod,
VAR_ARGS(long t, long u, long v),
VAR_ARGS((jlong)t, (jlong)u, (jlong)v))
DEFINE_ARGS_TO_R_CALLBACK(
std::function<void(int64)>,
LongConsumer, "accept", "(J)V",
void, CallVoidMethod,
VAR_ARGS(long t),
VAR_ARGS((jlong)t))
#undef VAR_ARGS
#undef DEFINE_SOLVER_TO_VOID_CALLBACK
#undef DEFINE_ARGS_TO_R_CALLBACK
#undef DEFINE_VOID_TO_R_CALLBACK
#undef DEFINE_VOID_TO_STRING_CALLBACK
// Renaming
namespace operations_research {
// This method causes issues with our std::vector<int64> wrapping. It's not really
// part of the public API anyway.
%ignore ToInt64Vector;
// Decision
%feature("director") Decision;
%unignore Decision;
%rename (apply) Decision::Apply;
%rename (refute) Decision::Refute;
// DecisionBuilder
%feature("director") DecisionBuilder;
%unignore DecisionBuilder;
%rename (nextWrap) DecisionBuilder::Next;
// DecisionVisitor
%feature("director") DecisionVisitor;
%unignore DecisionVisitor;
%rename (visitRankFirstInterval) DecisionVisitor::VisitRankFirstInterval;
%rename (visitRankLastInterval) DecisionVisitor::VisitRankLastInterval;
%rename (visitScheduleOrExpedite) DecisionVisitor::VisitScheduleOrExpedite;
%rename (visitScheduleOrPostpone) DecisionVisitor::VisitScheduleOrPostpone;
%rename (visitSetVariableValue) DecisionVisitor::VisitSetVariableValue;
%rename (visitSplitVariableDomain) DecisionVisitor::VisitSplitVariableDomain;
%rename (visitUnknownDecision) DecisionVisitor::VisitUnknownDecision;
// ModelVisitor
%unignore ModelVisitor;
%rename (beginVisitConstraint) ModelVisitor::BeginVisitConstraint;
%rename (beginVisitExtension) ModelVisitor::BeginVisitExtension;
%rename (beginVisitIntegerExpression) ModelVisitor::BeginVisitIntegerExpression;
%rename (beginVisitModel) ModelVisitor::BeginVisitModel;
%rename (endVisitConstraint) ModelVisitor::EndVisitConstraint;
%rename (endVisitExtension) ModelVisitor::EndVisitExtension;
%rename (endVisitIntegerExpression) ModelVisitor::EndVisitIntegerExpression;
%rename (endVisitModel) ModelVisitor::EndVisitModel;
%rename (visitIntegerArgument) ModelVisitor::VisitIntegerArgument;
%rename (visitIntegerArrayArgument) ModelVisitor::VisitIntegerArrayArgument;
%rename (visitIntegerExpressionArgument) ModelVisitor::VisitIntegerExpressionArgument;
%rename (visitIntegerMatrixArgument) ModelVisitor::VisitIntegerMatrixArgument;
%rename (visitIntegerVariableArrayArgument) ModelVisitor::VisitIntegerVariableArrayArgument;
%rename (visitIntegerVariable) ModelVisitor::VisitIntegerVariable;
%rename (visitIntervalArgument) ModelVisitor::VisitIntervalArgument;
%rename (visitIntervalArrayArgument) ModelVisitor::VisitIntervalArrayArgument;
%rename (visitIntervalVariable) ModelVisitor::VisitIntervalVariable;
%rename (visitSequenceArgument) ModelVisitor::VisitSequenceArgument;
%rename (visitSequenceArrayArgument) ModelVisitor::VisitSequenceArrayArgument;
%rename (visitSequenceVariable) ModelVisitor::VisitSequenceVariable;
// SymmetryBreaker
%feature("director") SymmetryBreaker;
%unignore SymmetryBreaker;
%rename (addIntegerVariableEqualValueClause) SymmetryBreaker::AddIntegerVariableEqualValueClause;
%rename (addIntegerVariableGreaterOrEqualValueClause) SymmetryBreaker::AddIntegerVariableGreaterOrEqualValueClause;
%rename (addIntegerVariableLessOrEqualValueClause) SymmetryBreaker::AddIntegerVariableLessOrEqualValueClause;
// ModelCache
%unignore ModelCache;
%rename (clear) ModelCache::Clear;
%rename (findExprConstantExpression) ModelCache::FindExprConstantExpression;
%rename (findExprExprConstantExpression) ModelCache::FindExprExprConstantExpression;
%rename (findExprExprConstraint) ModelCache::FindExprExprConstraint;
%rename (findExprExpression) ModelCache::FindExprExpression;
%rename (findExprExprExpression) ModelCache::FindExprExprExpression;
%rename (findVarArrayConstantArrayExpression) ModelCache::FindVarArrayConstantArrayExpression;
%rename (findVarArrayConstantExpression) ModelCache::FindVarArrayConstantExpression;
%rename (findVarArrayExpression) ModelCache::FindVarArrayExpression;
%rename (findVarConstantArrayExpression) ModelCache::FindVarConstantArrayExpression;
%rename (findVarConstantConstantConstraint) ModelCache::FindVarConstantConstantConstraint;
%rename (findVarConstantConstantExpression) ModelCache::FindVarConstantConstantExpression;
%rename (findVarConstantConstraint) ModelCache::FindVarConstantConstraint;
%rename (findVoidConstraint) ModelCache::FindVoidConstraint;
%rename (insertExprConstantExpression) ModelCache::InsertExprConstantExpression;
%rename (insertExprExprConstantExpression) ModelCache::InsertExprExprConstantExpression;
%rename (insertExprExprConstraint) ModelCache::InsertExprExprConstraint;
%rename (insertExprExpression) ModelCache::InsertExprExpression;
%rename (insertExprExprExpression) ModelCache::InsertExprExprExpression;
%rename (insertVarArrayConstantArrayExpression) ModelCache::InsertVarArrayConstantArrayExpression;
%rename (insertVarArrayConstantExpression) ModelCache::InsertVarArrayConstantExpression;
%rename (insertVarArrayExpression) ModelCache::InsertVarArrayExpression;
%rename (insertVarConstantArrayExpression) ModelCache::InsertVarConstantArrayExpression;
%rename (insertVarConstantConstantConstraint) ModelCache::InsertVarConstantConstantConstraint;
%rename (insertVarConstantConstantExpression) ModelCache::InsertVarConstantConstantExpression;
%rename (insertVarConstantConstraint) ModelCache::InsertVarConstantConstraint;
%rename (insertVoidConstraint) ModelCache::InsertVoidConstraint;
// RevPartialSequence
%unignore RevPartialSequence;
%rename (isRanked) RevPartialSequence::IsRanked;
%rename (numFirstRanked) RevPartialSequence::NumFirstRanked;
%rename (numLastRanked) RevPartialSequence::NumLastRanked;
%rename (rankFirst) RevPartialSequence::RankFirst;
%rename (rankLast) RevPartialSequence::RankLast;
%rename (size) RevPartialSequence::Size;
// UnsortedNullableRevBitset
// TODO(user): Remove from constraint_solveri.h (only use by table.cc)
%ignore UnsortedNullableRevBitset;
// Assignment
%unignore Assignment;
%rename (activate) Assignment::Activate;
%rename (activateObjective) Assignment::ActivateObjective;
%rename (activated) Assignment::Activated;
%rename (activatedObjective) Assignment::ActivatedObjective;
%rename (add) Assignment::Add;
%rename (addObjective) Assignment::AddObjective;
%rename (backwardSequence) Assignment::BackwardSequence;
%rename (clear) Assignment::Clear;
%rename (contains) Assignment::Contains;
%rename (copy) Assignment::Copy;
%rename (copyIntersection) Assignment::CopyIntersection;
%rename (deactivate) Assignment::Deactivate;
%rename (deactivateObjective) Assignment::DeactivateObjective;
%rename (durationMax) Assignment::DurationMax;
%rename (durationMin) Assignment::DurationMin;
%rename (durationValue) Assignment::DurationValue;
%rename (empty) Assignment::Empty;
%rename (endMax) Assignment::EndMax;
%rename (endMin) Assignment::EndMin;
%rename (endValue) Assignment::EndValue;
%rename (fastAdd) Assignment::FastAdd;
%rename (forwardSequence) Assignment::ForwardSequence;
%rename (hasObjective) Assignment::HasObjective;
%rename (intVarContainer) Assignment::IntVarContainer;
%rename (intervalVarContainer) Assignment::IntervalVarContainer;
%rename (load) Assignment::Load;
%ignore Assignment::Load(const AssignmentProto&);
%rename (mutableIntVarContainer) Assignment::MutableIntVarContainer;
%rename (mutableIntervalVarContainer) Assignment::MutableIntervalVarContainer;
%rename (mutableSequenceVarContainer) Assignment::MutableSequenceVarContainer;
%rename (numIntVars) Assignment::NumIntVars;
%rename (numIntervalVars) Assignment::NumIntervalVars;
%rename (numSequenceVars) Assignment::NumSequenceVars;
%rename (objective) Assignment::Objective;
%rename (objectiveBound) Assignment::ObjectiveBound;
%rename (objectiveMax) Assignment::ObjectiveMax;
%rename (objectiveMin) Assignment::ObjectiveMin;
%rename (objectiveValue) Assignment::ObjectiveValue;
%rename (performedMax) Assignment::PerformedMax;
%rename (performedMin) Assignment::PerformedMin;
%rename (performedValue) Assignment::PerformedValue;
%rename (restore) Assignment::Restore;
%rename (save) Assignment::Save;
%ignore Assignment::Save(AssignmentProto* const) const;
%rename (size) Assignment::Size;
%rename (sequenceVarContainer) Assignment::SequenceVarContainer;
%rename (setBackwardSequence) Assignment::SetBackwardSequence;
%rename (setDurationMax) Assignment::SetDurationMax;
%rename (setDurationMin) Assignment::SetDurationMin;
%rename (setDurationRange) Assignment::SetDurationRange;
%rename (setDurationValue) Assignment::SetDurationValue;
%rename (setEndMax) Assignment::SetEndMax;
%rename (setEndMin) Assignment::SetEndMin;
%rename (setEndRange) Assignment::SetEndRange;
%rename (setEndValue) Assignment::SetEndValue;
%rename (setForwardSequence) Assignment::SetForwardSequence;
%rename (setObjectiveMax) Assignment::SetObjectiveMax;
%rename (setObjectiveMin) Assignment::SetObjectiveMin;
%rename (setObjectiveRange) Assignment::SetObjectiveRange;
%rename (setObjectiveValue) Assignment::SetObjectiveValue;
%rename (setPerformedMax) Assignment::SetPerformedMax;
%rename (setPerformedMin) Assignment::SetPerformedMin;
%rename (setPerformedRange) Assignment::SetPerformedRange;
%rename (setPerformedValue) Assignment::SetPerformedValue;
%rename (setSequence) Assignment::SetSequence;
%rename (setStartMax) Assignment::SetStartMax;
%rename (setStartMin) Assignment::SetStartMin;
%rename (setStartRange) Assignment::SetStartRange;
%rename (setStartValue) Assignment::SetStartValue;
%rename (setUnperformed) Assignment::SetUnperformed;
%rename (size) Assignment::Size;
%rename (startMax) Assignment::StartMax;
%rename (startMin) Assignment::StartMin;
%rename (startValue) Assignment::StartValue;
%rename (store) Assignment::Store;
%rename (unperformed) Assignment::Unperformed;
// template AssignmentContainer<>
%ignore AssignmentContainer::MutableElementOrNull;
%ignore AssignmentContainer::ElementPtrOrNull;
%ignore AssignmentContainer::elements;
%rename (add) AssignmentContainer::Add;
%rename (addAtPosition) AssignmentContainer::AddAtPosition;
%rename (clear) AssignmentContainer::Clear;
%rename (element) AssignmentContainer::Element;
%rename (fastAdd) AssignmentContainer::FastAdd;
%rename (resize) AssignmentContainer::Resize;
%rename (empty) AssignmentContainer::Empty;
%rename (copy) AssignmentContainer::Copy;
%rename (copyIntersection) AssignmentContainer::CopyIntersection;
%rename (contains) AssignmentContainer::Contains;
%rename (mutableElement) AssignmentContainer::MutableElement;
%rename (size) AssignmentContainer::Size;
%rename (store) AssignmentContainer::Store;
%rename (restore) AssignmentContainer::Restore;
// AssignmentElement
%unignore AssignmentElement;
%rename (activate) AssignmentElement::Activate;
%rename (deactivate) AssignmentElement::Deactivate;
%rename (activated) AssignmentElement::Activated;
// IntVarElement
%unignore IntVarElement;
%ignore IntVarElement::LoadFromProto;
%ignore IntVarElement::WriteToProto;
%rename (reset) IntVarElement::Reset;
%rename (clone) IntVarElement::Clone;
%rename (copy) IntVarElement::Copy;
%rename (store) IntVarElement::Store;
%rename (restore) IntVarElement::Restore;
%rename (min) IntVarElement::Min;
%rename (setMin) IntVarElement::SetMin;
%rename (max) IntVarElement::Max;
%rename (setMax) IntVarElement::SetMax;
%rename (value) IntVarElement::Value;
%rename (setValue) IntVarElement::SetValue;
%rename (setRange) IntVarElement::SetRange;
%rename (var) IntVarElement::Var;
// IntervalVarElement
%unignore IntervalVarElement;
%ignore IntervalVarElement::LoadFromProto;
%ignore IntervalVarElement::WriteToProto;
%rename (clone) IntervalVarElement::Clone;
%rename (copy) IntervalVarElement::Copy;
%rename (durationMax) IntervalVarElement::DurationMax;
%rename (durationMin) IntervalVarElement::DurationMin;
%rename (durationValue) IntervalVarElement::DurationValue;
%rename (endMax) IntervalVarElement::EndMax;
%rename (endMin) IntervalVarElement::EndMin;
%rename (endValue) IntervalVarElement::EndValue;
%rename (performedMax) IntervalVarElement::PerformedMax;
%rename (performedMin) IntervalVarElement::PerformedMin;
%rename (performedValue) IntervalVarElement::PerformedValue;
%rename (reset) IntervalVarElement::Reset;
%rename (restore) IntervalVarElement::Restore;
%rename (setDurationMax) IntervalVarElement::SetDurationMax;
%rename (setDurationMin) IntervalVarElement::SetDurationMin;
%rename (setDurationRange) IntervalVarElement::SetDurationRange;
%rename (setDurationValue) IntervalVarElement::SetDurationValue;
%rename (setEndMax) IntervalVarElement::SetEndMax;
%rename (setEndMin) IntervalVarElement::SetEndMin;
%rename (setEndRange) IntervalVarElement::SetEndRange;
%rename (setEndValue) IntervalVarElement::SetEndValue;
%rename (setPerformedMax) IntervalVarElement::SetPerformedMax;
%rename (setPerformedMin) IntervalVarElement::SetPerformedMin;
%rename (setPerformedRange) IntervalVarElement::SetPerformedRange;
%rename (setPerformedValue) IntervalVarElement::SetPerformedValue;
%rename (setStartMax) IntervalVarElement::SetStartMax;
%rename (setStartMin) IntervalVarElement::SetStartMin;
%rename (setStartRange) IntervalVarElement::SetStartRange;
%rename (setStartValue) IntervalVarElement::SetStartValue;
%rename (startMax) IntervalVarElement::StartMax;
%rename (startMin) IntervalVarElement::StartMin;
%rename (startValue) IntervalVarElement::StartValue;
%rename (store) IntervalVarElement::Store;
%rename (var) IntervalVarElement::Var;
// SequenceVarElement
%unignore SequenceVarElement;
%ignore SequenceVarElement::LoadFromProto;
%ignore SequenceVarElement::WriteToProto;
%rename (backwardSequence) SequenceVarElement::BackwardSequence;
%rename (clone) SequenceVarElement::Clone;
%rename (copy) SequenceVarElement::Copy;
%rename (forwardSequence) SequenceVarElement::ForwardSequence;
%rename (reset) SequenceVarElement::Reset;
%rename (restore) SequenceVarElement::Restore;
%rename (setBackwardSequence) SequenceVarElement::SetBackwardSequence;
%rename (setForwardSequence) SequenceVarElement::SetForwardSequence;
%rename (setSequence) SequenceVarElement::SetSequence;
%rename (setUnperformed) SequenceVarElement::SetUnperformed;
%rename (store) SequenceVarElement::Store;
%rename (unperformed) SequenceVarElement::Unperformed;
%rename (var) SequenceVarElement::Var;
// SolutionCollector
%unignore SolutionCollector;
%rename (add) SolutionCollector::Add;
%rename (addObjective) SolutionCollector::AddObjective;
%rename (backwardSequence) SolutionCollector::BackwardSequence;
%rename (durationValue) SolutionCollector::DurationValue;
%rename (endValue) SolutionCollector::EndValue;
%rename (forwardSequence) SolutionCollector::ForwardSequence;
%rename (objectiveValue) SolutionCollector::objective_value;
%rename (performedValue) SolutionCollector::PerformedValue;
%rename (solutionCount) SolutionCollector::solution_count;
%rename (startValue) SolutionCollector::StartValue;
%rename (unperformed) SolutionCollector::Unperformed;
%rename (wallTime) SolutionCollector::wall_time;
// SolutionPool
%unignore SolutionPool;
%rename (getNextSolution) SolutionPool::GetNextSolution;
%rename (initialize) SolutionPool::Initialize;
%rename (registerNewSolution) SolutionPool::RegisterNewSolution;
%rename (syncNeeded) SolutionPool::SyncNeeded;
// Solver
%unignore Solver;
%typemap(javaimports) Solver %{
import com.google.ortools.constraintsolver.ConstraintSolverParameters;
import com.google.ortools.constraintsolver.RegularLimitParameters;
// Used to wrap DisplayCallback (std::function<std::string()>)
// see https://docs.oracle.com/javase/8/docs/api/java/util/function/Supplier.html
import java.util.function.Supplier;
// Used to wrap std::function<bool()>
// see https://docs.oracle.com/javase/8/docs/api/java/util/function/BooleanSupplier.html
import java.util.function.BooleanSupplier;
// Used to wrap IndexEvaluator1 (std::function<int64(int64)>)
// see https://docs.oracle.com/javase/8/docs/api/java/util/function/LongUnaryOperator.html
import java.util.function.LongUnaryOperator;
// Used to wrap IndexEvaluator2 (std::function<int64(int64, int64)>)
// see https://docs.oracle.com/javase/8/docs/api/java/util/function/LongBinaryOperator.html
import java.util.function.LongBinaryOperator;
// Used to wrap IndexEvaluator3 (std::function<int64(int64, int64, int64)>)
// note: Java does not provide TernaryOperator so we provide it.
import com.google.ortools.constraintsolver.LongTernaryOperator;
// Used to wrap std::function<int64(int, int)>
// note: Java does not provide it, so we provide it.
import com.google.ortools.constraintsolver.IntIntToLongFunction;
// Used to wrap IndexFilter1 (std::function<bool(int64)>)
// see https://docs.oracle.com/javase/8/docs/api/java/util/function/LongPredicate.html
import java.util.function.LongPredicate;
// Used to wrap std::function<bool(int64, int64, int64)>
// note: Java does not provide TernaryPredicate so we provide it
import com.google.ortools.constraintsolver.LongTernaryPredicate;
// Used to wrap std::function<void(Solver*)>
// see https://docs.oracle.com/javase/8/docs/api/java/util/function/Consumer.html
import java.util.function.Consumer;
// Used to wrap ObjectiveWatcher (std::function<void(int64)>)
// see https://docs.oracle.com/javase/8/docs/api/java/util/function/LongConsumer.html
import java.util.function.LongConsumer;
// Used to wrap Closure (std::function<void()>)
// see https://docs.oracle.com/javase/8/docs/api/java/lang/Runnable.html
import java.lang.Runnable;
%}
// note: SWIG does not support multiple %typemap(javacode) Type, so we have to
// define all Solver tweak here (ed and not in the macro DEFINE_CALLBACK_*)
%typemap(javacode) Solver %{
/**
* This exceptions signal that a failure has been raised in the C++ world.
*/
public static class FailException extends Exception {
public FailException() {
super();
}
public FailException(String message) {
super(message);
}
}
public IntVar[] makeIntVarArray(int count, long min, long max) {
IntVar[] array = new IntVar[count];
for (int i = 0; i < count; ++i) {
array[i] = makeIntVar(min, max);
}
return array;
}
public IntVar[] makeIntVarArray(int count, long min, long max, String name) {
IntVar[] array = new IntVar[count];
for (int i = 0; i < count; ++i) {
String var_name = name + i;
array[i] = makeIntVar(min, max, var_name);
}
return array;
}
public IntVar[] makeBoolVarArray(int count) {
IntVar[] array = new IntVar[count];
for (int i = 0; i < count; ++i) {
array[i] = makeBoolVar();
}
return array;
}
public IntVar[] makeBoolVarArray(int count, String name) {
IntVar[] array = new IntVar[count];
for (int i = 0; i < count; ++i) {
String var_name = name + i;
array[i] = makeBoolVar(var_name);
}
return array;
}
public IntervalVar[] makeFixedDurationIntervalVarArray(int count,
long start_min,
long start_max,
long duration,
boolean optional) {
IntervalVar[] array = new IntervalVar[count];
for (int i = 0; i < count; ++i) {
array[i] = makeFixedDurationIntervalVar(start_min,
start_max,
duration,
optional,
"");
}
return array;
}
public IntervalVar[] makeFixedDurationIntervalVarArray(int count,
long start_min,
long start_max,
long duration,
boolean optional,
String name) {
IntervalVar[] array = new IntervalVar[count];
for (int i = 0; i < count; ++i) {
array[i] = makeFixedDurationIntervalVar(start_min,
start_max,
duration,
optional,
name + i);
}
return array;
}
%}
%ignore Solver::SearchLogParameters;
%ignore Solver::ActiveSearch;
%ignore Solver::SetSearchContext;
%ignore Solver::SearchContext;
%ignore Solver::MakeSearchLog(SearchLogParameters parameters);
%ignore Solver::MakeIntVarArray;
%ignore Solver::MakeIntervalVarArray;
%ignore Solver::MakeBoolVarArray;
%ignore Solver::MakeFixedDurationIntervalVarArray;
%ignore Solver::SetBranchSelector;
%ignore Solver::MakeApplyBranchSelector;
%ignore Solver::MakeAtMost;
%ignore Solver::Now;
%ignore Solver::demon_profiler;
%ignore Solver::set_fail_intercept;
%unignore Solver::Solver;
%rename (acceptedNeighbors) Solver::accepted_neighbors;
%rename (addBacktrackAction) Solver::AddBacktrackAction;
%rename (addCastConstraint) Solver::AddCastConstraint;
%rename (addConstraint) Solver::AddConstraint;
%rename (addLocalSearchMonitor) Solver::AddLocalSearchMonitor;
%rename (addPropagationMonitor) Solver::AddPropagationMonitor;
%rename (cache) Solver::Cache;
%rename (castExpression) Solver::CastExpression;
%rename (checkAssignment) Solver::CheckAssignment;
%rename (checkConstraint) Solver::CheckConstraint;
%rename (checkFail) Solver::CheckFail;
%rename (compose) Solver::Compose;
%rename (concatenateOperators) Solver::ConcatenateOperators;
%rename (currentlyInSolve) Solver::CurrentlyInSolve;
%rename (defaultSolverParameters) Solver::DefaultSolverParameters;
%rename (endSearch) Solver::EndSearch;
%rename (exportProfilingOverview) Solver::ExportProfilingOverview;
%rename (fail) Solver::Fail;
%rename (filteredNeighbors) Solver::filtered_neighbors;
%rename (finishCurrentSearch) Solver::FinishCurrentSearch;
%rename (getLocalSearchMonitor) Solver::GetLocalSearchMonitor;
%rename (getPropagationMonitor) Solver::GetPropagationMonitor;
%rename (getTime) Solver::GetTime;
%rename (hasName) Solver::HasName;
%rename (instrumentsDemons) Solver::InstrumentsDemons;
%rename (instrumentsVariables) Solver::InstrumentsVariables;
%rename (isLocalSearchProfilingEnabled) Solver::IsLocalSearchProfilingEnabled;
%rename (isProfilingEnabled) Solver::IsProfilingEnabled;
%rename (localSearchProfile) Solver::LocalSearchProfile;
%rename (makeAbs) Solver::MakeAbs;
%rename (makeAbsEquality) Solver::MakeAbsEquality;
%rename (makeAllDifferent) Solver::MakeAllDifferent;
%rename (makeAllDifferentExcept) Solver::MakeAllDifferentExcept;
%rename (makeAllSolutionCollector) Solver::MakeAllSolutionCollector;
%rename (makeAllowedAssignment) Solver::MakeAllowedAssignments;
%rename (makeAssignVariableValue) Solver::MakeAssignVariableValue;
%rename (makeAssignVariableValueOrFail) Solver::MakeAssignVariableValueOrFail;
%rename (makeAssignVariablesValues) Solver::MakeAssignVariablesValues;
%rename (makeAssignment) Solver::MakeAssignment;
%rename (makeAtSolutionCallback) Solver::MakeAtSolutionCallback;
%rename (makeBestValueSolutionCollector) Solver::MakeBestValueSolutionCollector;
%rename (makeBetweenCt) Solver::MakeBetweenCt;
%rename (makeBoolVar) Solver::MakeBoolVar;
%rename (makeBranchesLimit) Solver::MakeBranchesLimit;
%rename (makeCircuit) Solver::MakeCircuit;
%rename (makeClosureDemon) Solver::MakeClosureDemon;
%rename (makeConditionalExpression) Solver::MakeConditionalExpression;
%rename (makeConstantRestart) Solver::MakeConstantRestart;
%rename (makeConstraintAdder) Solver::MakeConstraintAdder;
%rename (makeConstraintInitialPropagateCallback) Solver::MakeConstraintInitialPropagateCallback;
%rename (makeConvexPiecewiseExpr) Solver::MakeConvexPiecewiseExpr;
%rename (makeCount) Solver::MakeCount;
%rename (makeCover) Solver::MakeCover;
%rename (makeCumulative) Solver::MakeCumulative;
%rename (makeCustomLimit) Solver::MakeCustomLimit;
%rename (makeDecision) Solver::MakeDecision;
%rename (makeDecisionBuilderFromAssignment) Solver::MakeDecisionBuilderFromAssignment;
%rename (makeDefaultPhase) Solver::MakeDefaultPhase;
%rename (makeDefaultRegularLimitParameters) Solver::MakeDefaultRegularLimitParameters;
%rename (makeDefaultSolutionPool) Solver::MakeDefaultSolutionPool;
%rename (makeDelayedConstraintInitialPropagateCallback) Solver::MakeDelayedConstraintInitialPropagateCallback;
%rename (makeDelayedPathCumul) Solver::MakeDelayedPathCumul;
%rename (makeDeviation) Solver::MakeDeviation;
%rename (makeDifference) Solver::MakeDifference;
%rename (makeDisjunctiveConstraint) Solver::MakeDisjunctiveConstraint;
%rename (makeDistribute) Solver::MakeDistribute;
%rename (makeDiv) Solver::MakeDiv;
%rename (makeElement) Solver::MakeElement;
%rename (makeElementEquality) Solver::MakeElementEquality;
%rename (makeEnterSearchCallback) Solver::MakeEnterSearchCallback;
%rename (makeEquality) Solver::MakeEquality;
%rename (makeExitSearchCallback) Solver::MakeExitSearchCallback;
%rename (makeFailDecision) Solver::MakeFailDecision;
%rename (makeFailuresLimit) Solver::MakeFailuresLimit;
%rename (makeFalseConstraint) Solver::MakeFalseConstraint;
%rename (makeFirstSolutionCollector) Solver::MakeFirstSolutionCollector;
%rename (makeFixedDurationEndSyncedOnEndIntervalVar) Solver::MakeFixedDurationEndSyncedOnEndIntervalVar;
%rename (makeFixedDurationEndSyncedOnStartIntervalVar) Solver::MakeFixedDurationEndSyncedOnStartIntervalVar;
%rename (makeFixedDurationIntervalVar) Solver::MakeFixedDurationIntervalVar;
%rename (makeFixedDurationStartSyncedOnEndIntervalVar) Solver::MakeFixedDurationStartSyncedOnEndIntervalVar;
%rename (makeFixedDurationStartSyncedOnStartIntervalVar) Solver::MakeFixedDurationStartSyncedOnStartIntervalVar;
%rename (makeFixedInterval) Solver::MakeFixedInterval;
%rename (makeGenericTabuSearch) Solver::MakeGenericTabuSearch;
%rename (makeGreater) Solver::MakeGreater;
%rename (makeGreaterOrEqual) Solver::MakeGreaterOrEqual;
%rename (makeGuidedLocalSearch) Solver::MakeGuidedLocalSearch;
%rename (makeIfThenElseCt) Solver::MakeIfThenElseCt;
%rename (makeIndexExpression) Solver::MakeIndexExpression;
%rename (makeIndexOfConstraint) Solver::MakeIndexOfConstraint;
%rename (makeIndexOfFirstMaxValueConstraint) Solver::MakeIndexOfFirstMaxValueConstraint;
%rename (makeIndexOfFirstMinValueConstraint) Solver::MakeIndexOfFirstMinValueConstraint;
%rename (makeIntConst) Solver::MakeIntConst;
%rename (makeIntVar) Solver::MakeIntVar;
%rename (makeIntervalRelaxedMax) Solver::MakeIntervalRelaxedMax;
%rename (makeIntervalRelaxedMin) Solver::MakeIntervalRelaxedMin;
%rename (makeIntervalVar) Solver::MakeIntervalVar;
%rename (makeIntervalVarRelation) Solver::MakeIntervalVarRelation;
%rename (makeIntervalVarRelationWithDelay) Solver::MakeIntervalVarRelationWithDelay;
%rename (makeInversePermutationConstraint) Solver::MakeInversePermutationConstraint;
%rename (makeIsBetweenCt) Solver::MakeIsBetweenCt;
%rename (makeIsBetweenVar) Solver::MakeIsBetweenVar;
%rename (makeIsDifferentCstCt) Solver::MakeIsDifferentCstCt;
%rename (makeIsDifferentCstCt) Solver::MakeIsDifferentCt;
%rename (makeIsDifferentCstVar) Solver::MakeIsDifferentCstVar;
%rename (makeIsDifferentCstVar) Solver::MakeIsDifferentVar;
%rename (makeIsEqualCstCt) Solver::MakeIsEqualCstCt;
%rename (makeIsEqualCstVar) Solver::MakeIsEqualCstVar;
%rename (makeIsEqualVar) Solver::MakeIsEqualCt;
%rename (makeIsEqualVar) Solver::MakeIsEqualVar;
%rename (makeIsGreaterCstCt) Solver::MakeIsGreaterCstCt;
%rename (makeIsGreaterCstVar) Solver::MakeIsGreaterCstVar;
%rename (makeIsGreaterCt) Solver::MakeIsGreaterCt;
%rename (makeIsGreaterOrEqualCstCt) Solver::MakeIsGreaterOrEqualCstCt;
%rename (makeIsGreaterOrEqualCstVar) Solver::MakeIsGreaterOrEqualCstVar;
%rename (makeIsGreaterOrEqualCt) Solver::MakeIsGreaterOrEqualCt;
%rename (makeIsGreaterOrEqualVar) Solver::MakeIsGreaterOrEqualVar;
%rename (makeIsGreaterVar) Solver::MakeIsGreaterVar;
%rename (makeIsLessCstCt) Solver::MakeIsLessCstCt;
%rename (makeIsLessCstVar) Solver::MakeIsLessCstVar;
%rename (makeIsLessCt) Solver::MakeIsLessCt;
%rename (makeIsLessOrEqualCstCt) Solver::MakeIsLessOrEqualCstCt;
%rename (makeIsLessOrEqualCstVar) Solver::MakeIsLessOrEqualCstVar;
%rename (makeIsLessOrEqualCt) Solver::MakeIsLessOrEqualCt;
%rename (makeIsLessOrEqualVar) Solver::MakeIsLessOrEqualVar;
%rename (makeIsLessVar) Solver::MakeIsLessVar;
%rename (makeIsMemberCt) Solver::MakeIsMemberCt;
%rename (makeIsMemberVar) Solver::MakeIsMemberVar;
%rename (makeLastSolutionCollector) Solver::MakeLastSolutionCollector;
%rename (makeLess) Solver::MakeLess;
%rename (makeLessOrEqual) Solver::MakeLessOrEqual;
%rename (makeLexicalLess) Solver::MakeLexicalLess;
%rename (makeLexicalLessOrEqual) Solver::MakeLexicalLessOrEqual;
%rename (makeLimit) Solver::MakeLimit;
%rename (makeLocalSearchPhase) Solver::MakeLocalSearchPhase;
%rename (makeLocalSearchPhaseParameters) Solver::MakeLocalSearchPhaseParameters;
%rename (makeLubyRestart) Solver::MakeLubyRestart;
%rename (makeMapDomain) Solver::MakeMapDomain;
%rename (makeMax) Solver::MakeMax;
%rename (makeMaxEquality) Solver::MakeMaxEquality;
%rename (makeMaximize) Solver::MakeMaximize;
%rename (makeMemberCt) Solver::MakeMemberCt;
%rename (makeMin) Solver::MakeMin;
%rename (makeMinEquality) Solver::MakeMinEquality;
%rename (makeMinimize) Solver::MakeMinimize;
%rename (makeMirrorInterval) Solver::MakeMirrorInterval;
%rename (makeModulo) Solver::MakeModulo;
%rename (makeMonotonicElement) Solver::MakeMonotonicElement;
%rename (makeMoveTowardTargetOperator) Solver::MakeMoveTowardTargetOperator;
%rename (makeNBestValueSolutionCollector) Solver::MakeNBestValueSolutionCollector;
%rename (makeNeighborhoodLimit) Solver::MakeNeighborhoodLimit;
%rename (makeNestedOptimize) Solver::MakeNestedOptimize;
%rename (makeNoCycle) Solver::MakeNoCycle;
%rename (makeNonEquality) Solver::MakeNonEquality;
%rename (makeNonOverlappingBoxesConstraint) Solver::MakeNonOverlappingBoxesConstraint;
%rename (makeNonOverlappingNonStrictBoxesConstraint) Solver::MakeNonOverlappingNonStrictBoxesConstraint;
%rename (makeNotBetweenCt) Solver::MakeNotBetweenCt;
%rename (makeNotMemberCt) Solver::MakeNotMemberCt;
%rename (makeNullIntersect) Solver::MakeNullIntersect;
%rename (makeNullIntersectExcept) Solver::MakeNullIntersectExcept;
%rename (makeOperator) Solver::MakeOperator;
%rename (makeOpposite) Solver::MakeOpposite;
%rename (makeOptimize) Solver::MakeOptimize;
%rename (makePack) Solver::MakePack;
%rename (makePathConnected) Solver::MakePathConnected;
%rename (makePathCumul) Solver::MakePathCumul;
%rename (makePhase) Solver::MakePhase;
%rename (makePower) Solver::MakePower;
%rename (makePrintModelVisitor) Solver::MakePrintModelVisitor;
%rename (makeProd) Solver::MakeProd;
%rename (makeRandomLnsOperator) Solver::MakeRandomLnsOperator;
%rename (makeRankFirstInterval) Solver::MakeRankFirstInterval;
%rename (makeRankLastInterval) Solver::MakeRankLastInterval;
%rename (makeRestoreAssignment) Solver::MakeRestoreAssignment;
%rename (makeScalProd) Solver::MakeScalProd;
%rename (makeScalProdEquality) Solver::MakeScalProdEquality;
%rename (makeScalProdGreaterOrEqual) Solver::MakeScalProdGreaterOrEqual;
%rename (makeScalProdLessOrEqual) Solver::MakeScalProdLessOrEqual;
%rename (makeScheduleOrExpedite) Solver::MakeScheduleOrExpedite;
%rename (makeScheduleOrPostpone) Solver::MakeScheduleOrPostpone;
%rename (makeSearchLog) Solver::MakeSearchLog;
%rename (makeSearchTrace) Solver::MakeSearchTrace;
%rename (makeSemiContinuousExpr) Solver::MakeSemiContinuousExpr;
%rename (makeSequenceVar) Solver::MakeSequenceVar;
%rename (makeSimulatedAnnealing) Solver::MakeSimulatedAnnealing;
%rename (makeSolutionsLimit) Solver::MakeSolutionsLimit;
%rename (makeSolveOnce) Solver::MakeSolveOnce;
%rename (makeSortingConstraint) Solver::MakeSortingConstraint;
%rename (makeSplitVariableDomain) Solver::MakeSplitVariableDomain;
%rename (makeSquare) Solver::MakeSquare;
%rename (makeStatisticsModelVisitor) Solver::MakeStatisticsModelVisitor;
%rename (makeStoreAssignment) Solver::MakeStoreAssignment;
%rename (makeStrictDisjunctiveConstraint) Solver::MakeStrictDisjunctiveConstraint;
%rename (makeSubCircuit) Solver::MakeSubCircuit;
%rename (makeSum) Solver::MakeSum;
%rename (makeSumEquality) Solver::MakeSumEquality;
%rename (makeSumGreaterOrEqual) Solver::MakeSumGreaterOrEqual;
%rename (makeSumLessOrEqual) Solver::MakeSumLessOrEqual;
%rename (makeSumObjectiveFilter) Solver::MakeSumObjectiveFilter;
%rename (makeSymmetryManager) Solver::MakeSymmetryManager;
%rename (makeTabuSearch) Solver::MakeTabuSearch;
%rename (makeTemporalDisjunction) Solver::MakeTemporalDisjunction;
%rename (makeTimeLimit) Solver::MakeTimeLimit;
%rename (makeTransitionConstraint) Solver::MakeTransitionConstraint;
%rename (makeTreeMonitor) Solver::MakeTreeMonitor;
%rename (makeTrueConstraint) Solver::MakeTrueConstraint;
%rename (makeVariableDomainFilter) Solver::MakeVariableDomainFilter;
%rename (makeVariableGreaterOrEqualValue) Solver::MakeVariableGreaterOrEqualValue;
%rename (makeVariableLessOrEqualValue) Solver::MakeVariableLessOrEqualValue;
%rename (makeWeightedMaximize) Solver::MakeWeightedMaximize;