//
// Execute a script in which there is only
// one check-sat. We can use specialized
// functions, such as preprocessing, to
// improve performance
//
int OpenSMTContext::executeStatic( )
{
assert( init );
//assert( config.incremental == 0 );
//
// Hack for SMT-COMP 2010 for retrieving formula
//
for ( size_t i = 0 ; i < command_list.size( ) ; i ++ )
{
Command & c = command_list[ i ];
if ( c.command == ASSERT )
Assert( c.enode );
else if ( c.command == CHECK_SAT )
{
// Reduced check for computing interpolants
#ifdef PRODUCE_PROOF
if ( config.produce_inter != 0 )
staticCheckSATInterp( );
else
#endif
{
staticCheckSAT( );
ostream & out = config.getRegularOut( );
if ( state == l_Undef )
out << "unknown" << endl;
else if ( state == l_False )
out << "unsat" << endl;
else
out << "sat" << endl;
}
}
else if ( c.command == EXIT )
Exit( );
else if ( c.command == GET_PROOF )
GetProof( );
else if ( c.command == GET_INTERPOLANTS )
GetInterpolants( );
else
opensmt_error( "command not supported (yet)" );
}
return 0;
}
//
// Execute a generic SMTLIB2 script
//
int OpenSMTContext::executeIncremental( )
{
assert( init );
assert( config.incremental == 1 );
// Initialize theory solvers
egraph.initializeTheorySolvers( &solver );
lbool status = l_Undef;
for ( size_t i = 0 ; i < command_list.size( ) ; ++ i )
{
Command & c = command_list[ i ];
// Commands blocked with assert( false ) are issued from parser directly
switch( c.command )
{
case SET_LOGIC:
assert( false );
break;
case SET_OPTION:
assert( false );
break;
case SET_INFO:
assert( false );
break;
case DECLARE_SORT:
DeclareSort( c.str, c.num );
break;
case DEFINE_SORT:
opensmt_error( "construct define-sort not yet supported" );
break;
case DECLARE_FUN:
DeclareFun( c.str, c.sort_arg, c.sort_ret );
break;
case DEFINE_FUN:
opensmt_error( "construct define-fun not yet supported" );
break;
case PUSH:
Push( );
break;
case POP:
Pop( );
break;
case ASSERT:
Assert( c.enode );
break;
case CHECK_SAT:
status = CheckSAT( );
break;
case GET_ASSERTIONS:
opensmt_error( "construct get-assertions not yet supported" );
break;
case GET_PROOF:
GetProof( );
break;
case GET_INTERPOLANTS:
GetInterpolants( );
break;
case GET_UNSAT_CORE:
opensmt_error( "construct get-unsat-core not yet supported" );
break;
case GET_VALUE:
opensmt_error( "construct get-value not yet supported" );
break;
case GET_ASSIGNMENT:
opensmt_error( "construct get-assignment not yet supported" );
break;
case GET_OPTION:
opensmt_error( "construct get-option not yet supported" );
break;
case GET_INFO:
opensmt_error( "construct get-info not yet supported" );
break;
case EXIT:
Exit( );
break;
default:
opensmt_error( "case not handled" );
}
}
return 0;
}
int GetProof_C(int64_t go_proof_source, char* server_ip, size_t server_ip_sz, char* hostname, size_t hostname_sz, char* server_config, size_t server_config_sz, int quic_version, char* chlo_hash, size_t chlo_hash_len, int ecdsa_ok, char **out_signature, size_t *out_signature_sz) {
return GetProof(go_proof_source, server_ip, server_ip_sz, hostname, hostname_sz, server_config, server_config_sz, quic_version, chlo_hash, chlo_hash_len, ecdsa_ok, out_signature, out_signature_sz);
}
