Painless
A framework to ease parallelization of sequential CDCL SAT solvers
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MapleCOMSPSSolver Class Reference

Instance of a MapleCOMSPS solver. More...

#include <MapleCOMSPSSolver.hpp>

Inheritance diagram for MapleCOMSPSSolver:
Collaboration diagram for MapleCOMSPSSolver:

Public Member Functions

unsigned int getVariablesCount ()
 Get the number of variables of the current resolution.
 
int getDivisionVariable ()
 Get a variable suitable for search splitting.
 
void setPhase (const unsigned int var, const bool phase)
 Set initial phase for a given variable.
 
void bumpVariableActivity (const int var, const int times)
 Bump activity of a given variable.
 
void setSolverInterrupt ()
 Interrupt resolution, solving cannot continue until interrupt is unset.
 
void unsetSolverInterrupt ()
 Remove the SAT solving interrupt request.
 
SatResult solve (const std::vector< int > &cube)
 Solve the formula with a given cube.
 
void addClause (ClauseExchangePtr clause)
 Add a permanent clause to the formula.
 
void addClauses (const std::vector< ClauseExchangePtr > &clauses)
 Add a list of permanent clauses to the formula.
 
void addInitialClauses (const std::vector< simpleClause > &clauses, unsigned int nbVars) override
 Add a list of initial clauses to the formula.
 
void loadFormula (const char *filename) override
 Load formula from a given dimacs file, return false if failed.
 
bool importClause (const ClauseExchangePtr &clause)
 Add a learned clause to the formula.
 
void importClauses (const std::vector< ClauseExchangePtr > &clauses)
 Add a list of learned clauses to the formula.
 
void printStatistics ()
 Get solver statistics.
 
void printWinningLog () override
 Print the winning log.
 
std::vector< int > getModel ()
 Return the model in case of SAT result.
 
void diversify (const SeedGenerator &getSeed)
 Native diversification.
 
 MapleCOMSPSSolver (int id, const std::shared_ptr< ClauseDatabase > &clauseDB)
 Constructor.
 
 MapleCOMSPSSolver (const MapleCOMSPSSolver &other, int id, const std::shared_ptr< ClauseDatabase > &clauseDB)
 Copy constructor.
 
virtual ~MapleCOMSPSSolver ()
 Destructor.
 
std::vector< int > getFinalAnalysis ()
 Get the final analysis in case of UNSAT result.
 
std::vector< int > getSatAssumptions ()
 Get current assumptions.
 
void setStrengthening (bool b)
 
void setParameter (parameter p)
 
void initshuffle (int id)
 
- Public Member Functions inherited from SolverCdclInterface
void printWinningLog ()
 Print winning log information.
 
SolverCdclType getSolverType ()
 Returns solver type for static cast.
 
 SolverCdclInterface (int solverId, const std::shared_ptr< ClauseDatabase > &clauseDB, SolverCdclType solverCdclType)
 Constructor for SolverCdclInterface.
 
virtual ~SolverCdclInterface ()
 Virtual destructor.
 
- Public Member Functions inherited from SolverInterface
virtual void printParameters ()
 Print the parameters set for a solver.
 
bool isInitialized ()
 Check if the solver is initialized.
 
void setInitialized (bool value)
 Set the initialization status of the solver.
 
SolverAlgorithmType getAlgoType ()
 Get the algorithm type of the solver.
 
unsigned int getSolverTypeId ()
 Get the solver type ID.
 
void setSolverTypeId (unsigned int typeId)
 Set the solver type ID.
 
unsigned int getSolverId ()
 Get the solver ID.
 
void setSolverId (unsigned int id)
 Set the solver ID.
 
unsigned int getSolverTypeCount () const
 Get the current count of instances of this object's most-derived type.
 
 SolverInterface (SolverAlgorithmType algoType, int solverId)
 Constructor for SolverInterface.
 
virtual ~SolverInterface ()
 Virtual destructor for SolverInterface.
 
- Public Member Functions inherited from SharingEntity
 SharingEntity ()
 Construct a new SharingEntity object.
 
 SharingEntity (const std::vector< std::shared_ptr< SharingEntity > > &clients)
 Construct a new SharingEntity object.
 
virtual ~SharingEntity ()
 Destroy the SharingEntity object.
 
int getSharingId () const
 Get the sharing ID of this entity.
 
void setSharingId (int _id)
 Set the sharing ID of this entity.
 
virtual void addClient (std::shared_ptr< SharingEntity > client)
 Add a client to this entity.
 
virtual void removeClient (std::shared_ptr< SharingEntity > client)
 Remove a specific client from this entity.
 
size_t getClientCount () const
 Get the current number of clients.
 
void clearClients ()
 Remove all clients.
 

Protected Attributes

MapleCOMSPS::SimpSolver * solver
 Pointer to a MapleCOMSPS solver.
 
std::unique_ptr< ClauseDatabaseunitsToImport
 Buffer used to import clauses (units included).
 
ClauseBuffer clausesToAdd
 Buffer used to add permanent clauses.
 
std::atomic< bool > stopSolver
 Used to stop or continue the resolution.
 
- Protected Attributes inherited from SolverCdclInterface
std::shared_ptr< ClauseDatabasem_clausesToImport
 Database used to import clauses. Can be common with other solvers.
 
- Protected Attributes inherited from SolverInterface
SolverAlgorithmType m_algoType
 
std::atomic< bool > m_initialized
 
unsigned int m_solverTypeId
 
int m_solverId
 
- Protected Attributes inherited from SharingEntity
std::vector< std::weak_ptr< SharingEntity > > m_clients
 List of weak pointers to client SharingEntities.
 
std::shared_mutex m_clientsMutex
 Mutex to protect access to m_clients.
 

Friends

MapleCOMSPS::Lit cbkMapleCOMSPSImportUnit (void *)
 Callback to export/import clauses.
 
bool cbkMapleCOMSPSImportClause (void *, unsigned int *, MapleCOMSPS::vec< MapleCOMSPS::Lit > &)
 
void cbkMapleCOMSPSExportClause (void *, unsigned int, MapleCOMSPS::vec< MapleCOMSPS::Lit > &)
 

Additional Inherited Members

- Public Attributes inherited from SolverCdclInterface
SolverCdclType m_cdclType
 Type of this CDCL solver.
 
- Protected Member Functions inherited from SolverInterface
template<typename Derived >
void initializeTypeId ()
 Initialize the type ID for a derived class.
 
- Protected Member Functions inherited from SharingEntity
virtual bool exportClauseToClient (const ClauseExchangePtr &clause, std::shared_ptr< SharingEntity > client)
 Export a clause to a specific client.
 
bool exportClause (const ClauseExchangePtr &clause)
 Export a clause to all registered clients.
 
void exportClauses (const std::vector< ClauseExchangePtr > &clauses)
 Export multiple clauses to all registered clients.
 
- Static Protected Member Functions inherited from SolverInterface
template<typename Derived >
static unsigned int getAndIncrementTypeCount ()
 Get and increment the instance count for a specific derived type.
 
- Static Protected Attributes inherited from SolverInterface
static std::unordered_map< std::type_index, std::atomic< unsigned int > > s_instanceCounts
 Number of existing instances of derived classes.
 

Detailed Description

Instance of a MapleCOMSPS solver.

Member Function Documentation

◆ addClause()

void MapleCOMSPSSolver::addClause ( ClauseExchangePtr clause)
virtual

Add a permanent clause to the formula.

Implements SolverInterface.

◆ addClauses()

void MapleCOMSPSSolver::addClauses ( const std::vector< ClauseExchangePtr > & clauses)
virtual

Add a list of permanent clauses to the formula.

Implements SolverInterface.

◆ addInitialClauses()

void MapleCOMSPSSolver::addInitialClauses ( const std::vector< simpleClause > & clauses,
unsigned int nbVars )
overridevirtual

Add a list of initial clauses to the formula.

Implements SolverInterface.

◆ bumpVariableActivity()

void MapleCOMSPSSolver::bumpVariableActivity ( const int var,
const int times )
virtual

Bump activity of a given variable.

Implements SolverCdclInterface.

◆ diversify()

void MapleCOMSPSSolver::diversify ( const SeedGenerator & getSeed)
virtual

Native diversification.

Parameters
noiseadded for some radomness
familyto enable some parameters dependent on the family

Implements SolverInterface.

◆ getDivisionVariable()

int MapleCOMSPSSolver::getDivisionVariable ( )
virtual

Get a variable suitable for search splitting.

Implements SolverInterface.

◆ getFinalAnalysis()

std::vector< int > MapleCOMSPSSolver::getFinalAnalysis ( )
virtual

Get the final analysis in case of UNSAT result.

Returns
Vector of integers representing the final analysis

Implements SolverCdclInterface.

◆ getModel()

std::vector< int > MapleCOMSPSSolver::getModel ( )
virtual

Return the model in case of SAT result.

Implements SolverInterface.

◆ getSatAssumptions()

std::vector< int > MapleCOMSPSSolver::getSatAssumptions ( )
virtual

Get current assumptions.

Returns
Vector of integers representing the current assumptions

Implements SolverCdclInterface.

◆ getVariablesCount()

unsigned int MapleCOMSPSSolver::getVariablesCount ( )
virtual

Get the number of variables of the current resolution.

Implements SolverInterface.

◆ importClause()

bool MapleCOMSPSSolver::importClause ( const ClauseExchangePtr & clause)
virtual

Add a learned clause to the formula.

Implements SharingEntity.

◆ importClauses()

void MapleCOMSPSSolver::importClauses ( const std::vector< ClauseExchangePtr > & clauses)
virtual

Add a list of learned clauses to the formula.

Implements SharingEntity.

◆ loadFormula()

void MapleCOMSPSSolver::loadFormula ( const char * filename)
overridevirtual

Load formula from a given dimacs file, return false if failed.

Implements SolverInterface.

◆ printStatistics()

void MapleCOMSPSSolver::printStatistics ( )
virtual

Get solver statistics.

Reimplemented from SolverInterface.

◆ printWinningLog()

void MapleCOMSPSSolver::printWinningLog ( )
overridevirtual

Print the winning log.

Reimplemented from SolverInterface.

◆ setPhase()

void MapleCOMSPSSolver::setPhase ( const unsigned int var,
const bool phase )
virtual

Set initial phase for a given variable.

Implements SolverCdclInterface.

◆ setSolverInterrupt()

void MapleCOMSPSSolver::setSolverInterrupt ( )
virtual

Interrupt resolution, solving cannot continue until interrupt is unset.

Implements SolverInterface.

◆ solve()

SatResult MapleCOMSPSSolver::solve ( const std::vector< int > & cube)
virtual

Solve the formula with a given cube.

Implements SolverInterface.

◆ unsetSolverInterrupt()

void MapleCOMSPSSolver::unsetSolverInterrupt ( )
virtual

Remove the SAT solving interrupt request.

Implements SolverInterface.


The documentation for this class was generated from the following file: