int DaoValue_Move5( DaoValue *S, DaoValue **D, DaoType *T, DMap *defs, DaoDataCache *cache )
{
DaoValue *D2 = *D;
if( S == D2 ) return 1;
if( S == NULL ){
GC_DecRC( *D );
*D = NULL;
return 0;
}
if( T == NULL ){
DaoValue_CopyX( S, D, cache );
return 1;
}
switch( T->tid ){
case DAO_UDT :
DaoValue_CopyX( S, D, cache );
return 1;
case DAO_THT :
if( T->aux ) return DaoValue_Move4( S, D, (DaoType*) T->aux, defs, cache );
DaoValue_CopyX( S, D, cache );
return 1;
case DAO_ANY :
DaoValue_CopyX( S, D, cache );
DaoValue_SetType( *D, T );
return 1;
case DAO_VALTYPE :
if( DaoValue_Compare( S, T->aux ) !=0 ) return 0;
DaoValue_CopyX( S, D, cache );
return 1;
case DAO_VARIANT :
return DaoValue_MoveVariant( S, D, T );
default : break;
}
if( D2 && D2->xBase.refCount >1 ){
GC_DecRC( D2 );
*D = D2 = NULL;
}
if( D2 == NULL || D2->type != T->tid ) return DaoValue_Move4( S, D, T, defs, cache );
switch( (S->type << 8) | T->tid ){
case (DAO_STRING<<8)|DAO_STRING :
DString_Assign( D2->xString.data, S->xString.data );
break;
case (DAO_ENUM<<8)|DAO_ENUM :
DaoEnum_SetType( & D2->xEnum, T );
DaoEnum_SetValue( & D2->xEnum, & S->xEnum, NULL );
break;
case (DAO_INTEGER<<8)|DAO_INTEGER : D2->xInteger.value = S->xInteger.value; break;
case (DAO_INTEGER<<8)|DAO_FLOAT : D2->xFloat.value = S->xInteger.value; break;
case (DAO_INTEGER<<8)|DAO_DOUBLE : D2->xDouble.value = S->xInteger.value; break;
case (DAO_FLOAT <<8)|DAO_INTEGER : D2->xInteger.value = S->xFloat.value; break;
case (DAO_FLOAT <<8)|DAO_FLOAT : D2->xFloat.value = S->xFloat.value; break;
case (DAO_FLOAT <<8)|DAO_DOUBLE : D2->xDouble.value = S->xFloat.value; break;
case (DAO_DOUBLE <<8)|DAO_INTEGER : D2->xInteger.value = S->xDouble.value; break;
case (DAO_DOUBLE <<8)|DAO_FLOAT : D2->xFloat.value = S->xDouble.value; break;
case (DAO_DOUBLE <<8)|DAO_DOUBLE : D2->xDouble.value = S->xDouble.value; break;
case (DAO_COMPLEX<<8)|DAO_COMPLEX : D2->xComplex.value = S->xComplex.value; break;
#ifdef DAO_WITH_LONGINT
case (DAO_LONG <<8)|DAO_LONG : DLong_Move( D2->xLong.value, S->xLong.value ); break;
#endif
default : return DaoValue_Move4( S, D, T, defs, cache );
}
return 1;
}
int DaoValue_Move5( DaoValue *S, DaoValue **D, DaoType *T, DaoType *C, DMap *defs )
{
DaoValue *D2 = *D;
if( S == D2 && (S == NULL || DaoValue_FastMatchTo( S, T )) ) return 1;
if( S == NULL ){
GC_DecRC( *D );
*D = NULL;
return 0;
}
if( T == NULL ){
DaoValue_CopyX( S, D, C );
return 1;
}
if( T->valtype ){
if( DaoValue_Compare( S, T->value ) !=0 ) return 0;
DaoValue_CopyX( S, D, C );
return 1;
}
switch( T->tid ){
case DAO_UDT :
DaoValue_CopyX( S, D, C );
return 1;
case DAO_THT :
if( T->aux ) return DaoValue_Move5( S, D, (DaoType*) T->aux, C, defs );
DaoValue_CopyX( S, D, C );
return 1;
case DAO_ANY :
DaoValue_CopyX( S, D, C );
DaoValue_SetType( *D, T );
return 1;
case DAO_VARIANT :
return DaoValue_MoveVariant( S, D, T, C );
default : break;
}
if( S->type >= DAO_OBJECT || !(S->xBase.trait & DAO_VALUE_CONST) || T->invar ){
if( DaoValue_FastMatchTo( S, T ) ){
if( S->type == DAO_CDATA && S->xCdata.data == NULL ){
if( ! DaoType_IsNullable( T ) ) return 0;
}
if( S->type == DAO_CSTRUCT || S->type == DAO_CDATA ){
DaoValue_MoveCstruct( S, D, C != NULL && C->invar != 0 );
}else if( S->type == DAO_CINVALUE ){
DaoValue_MoveCinValue( (DaoCinValue*) S, D );
}else{
GC_Assign( D, S );
}
return 1;
}
}
if( S->type == DAO_CINVALUE ){
if( S->xCinValue.cintype->target == T ){
S = S->xCinValue.value;
}else if( DaoType_MatchTo( S->xCinValue.cintype->target, T, NULL ) >= DAO_MT_EQ ){
S = S->xCinValue.value;
}
}
if( D2 && D2->xBase.refCount > 1 ){
GC_DecRC( D2 );
*D = D2 = NULL;
}
#if 0
if( D2 && S->type == D2->type && S->type == T->tid && S->type <= DAO_ENUM ){
switch( S->type ){
case DAO_ENUM :
DaoEnum_SetType( & D2->xEnum, T->subtid == DAO_ENUM_ANY ? S->xEnum.etype : T );
return DaoEnum_SetValue( & D2->xEnum, & S->xEnum );
case DAO_BOOLEAN :
case DAO_INTEGER : D2->xInteger.value = S->xInteger.value; break;
case DAO_FLOAT : D2->xFloat.value = S->xFloat.value; break;
case DAO_COMPLEX : D2->xComplex.value = S->xComplex.value; break;
case DAO_STRING : DString_Assign( D2->xString.value, S->xString.value ); break;
}
return 1;
}
#endif
if( D2 == NULL || D2->type != T->tid ) return DaoValue_Move4( S, D, T, C, defs );
switch( (S->type << 8) | T->tid ){
case (DAO_STRING<<8)|DAO_STRING :
DString_Assign( D2->xString.value, S->xString.value );
break;
case (DAO_ENUM<<8)|DAO_ENUM :
DaoEnum_SetType( & D2->xEnum, T->subtid == DAO_ENUM_ANY ? S->xEnum.etype : T );
DaoEnum_SetValue( & D2->xEnum, & S->xEnum );
break;
case (DAO_CINVALUE<<8)|DAO_CINVALUE :
if( S->xCinValue.cintype->vatype != T ) return DaoValue_Move4( S, D, T, C, defs );
DaoValue_MoveCinValue( (DaoCinValue*) S, D );
break;
case (DAO_BOOLEAN<<8)|DAO_BOOLEAN : D2->xBoolean.value = S->xBoolean.value; break;
case (DAO_BOOLEAN<<8)|DAO_INTEGER : D2->xInteger.value = S->xBoolean.value; break;
case (DAO_BOOLEAN<<8)|DAO_FLOAT : D2->xFloat.value = S->xBoolean.value; break;
case (DAO_INTEGER<<8)|DAO_BOOLEAN : D2->xBoolean.value = S->xInteger.value; break;
case (DAO_INTEGER<<8)|DAO_INTEGER : D2->xInteger.value = S->xInteger.value; break;
case (DAO_INTEGER<<8)|DAO_FLOAT : D2->xFloat.value = S->xInteger.value; break;
case (DAO_FLOAT <<8)|DAO_BOOLEAN : D2->xBoolean.value = S->xFloat.value; break;
case (DAO_FLOAT <<8)|DAO_INTEGER : D2->xInteger.value = S->xFloat.value; break;
case (DAO_FLOAT <<8)|DAO_FLOAT : D2->xFloat.value = S->xFloat.value; break;
case (DAO_COMPLEX<<8)|DAO_COMPLEX : D2->xComplex.value = S->xComplex.value; break;
default : return DaoValue_Move4( S, D, T, C, defs );
}
return 1;
}
int DaoValue_Move4( DaoValue *S, DaoValue **D, DaoType *T, DMap *defs, DaoDataCache *cache )
{
int tm = 1;
switch( (T->tid << 8) | S->type ){
case (DAO_INTEGER << 8) | DAO_INTEGER :
case (DAO_INTEGER << 8) | DAO_FLOAT :
case (DAO_INTEGER << 8) | DAO_DOUBLE :
case (DAO_FLOAT << 8) | DAO_INTEGER :
case (DAO_FLOAT << 8) | DAO_FLOAT :
case (DAO_FLOAT << 8) | DAO_DOUBLE :
case (DAO_DOUBLE << 8) | DAO_INTEGER :
case (DAO_DOUBLE << 8) | DAO_FLOAT :
case (DAO_DOUBLE << 8) | DAO_DOUBLE :
case (DAO_COMPLEX << 8) | DAO_COMPLEX :
case (DAO_LONG << 8) | DAO_LONG :
case (DAO_STRING << 8) | DAO_STRING :
S = DaoValue_SimpleCopyWithTypeX( S, T, cache );
GC_ShiftRC( S, *D );
*D = S;
return 1;
}
if( !(S->xTuple.trait & DAO_VALUE_CONST) ){
DaoType *ST = NULL;
switch( (S->type << 8) | T->tid ){
case (DAO_TUPLE<<8)|DAO_TUPLE : ST = S->xTuple.unitype; break;
case (DAO_ARRAY<<8)|DAO_ARRAY : ST = dao_array_types[ S->xArray.etype ]; break;
case (DAO_LIST <<8)|DAO_LIST : ST = S->xList.unitype; break;
case (DAO_MAP <<8)|DAO_MAP : ST = S->xMap.unitype; break;
case (DAO_CDATA<<8)|DAO_CDATA : ST = S->xCdata.ctype; break;
case (DAO_CSTRUCT<<8)|DAO_CSTRUCT : ST = S->xCstruct.ctype; break;
case (DAO_OBJECT<<8)|DAO_OBJECT : ST = S->xObject.defClass->objType; break;
}
if( ST == T ){
DaoValue *D2 = *D;
GC_ShiftRC( S, D2 );
*D = S;
return 1;
}
}
if( (T->tid == DAO_OBJECT || T->tid == DAO_CDATA || T->tid == DAO_CSTRUCT) && S->type == DAO_OBJECT ){
if( S->xObject.defClass != & T->aux->xClass ){
S = DaoObject_CastToBase( S->xObject.rootObject, T );
tm = (S != NULL);
}
}else if( (T->tid == DAO_CLASS || T->tid == DAO_CTYPE) && S->type == DAO_CLASS ){
if( S->xClass.clsType != T && T->aux != NULL ){ /* T->aux == NULL for "class"; */
S = DaoClass_CastToBase( (DaoClass*)S, T );
tm = (S != NULL);
}
}else if( T->tid == DAO_CTYPE && S->type == DAO_CTYPE ){
if( S->xCtype.ctype != T ){
S = DaoType_CastToParent( S, T );
tm = (S != NULL);
}
}else if( T->tid == DAO_ROUTINE && T->overloads == 0 && S->type == DAO_ROUTINE && S->xRoutine.overloads ){
DArray *routines = S->xRoutine.overloads->routines;
int i, k, n;
/*
// Do not use DaoRoutine_ResolveByType( S, ... )
// "S" should match to "T", not the other way around!
*/
tm = 0;
for(i=0,n=routines->size; i<n; i++){
DaoRoutine *rout = routines->items.pRoutine[i];
k = rout->routType == T ? DAO_MT_EQ : DaoType_MatchTo( rout->routType, T, defs );
if( k > tm ) tm = k;
if( rout->routType == T ){
S = (DaoValue*) rout;
break;
}
}
}else{
tm = DaoType_MatchValue( T, S, defs );
}
#if 0
if( tm ==0 ){
printf( "T = %p; S = %p, type = %i %i\n", T, S, S->type, DAO_ROUTINE );
printf( "T: %s %i %i\n", T->name->mbs, T->tid, tm );
if( S->type == DAO_LIST ) printf( "%s\n", S->xList.unitype->name->mbs );
if( S->type == DAO_TUPLE ) printf( "%p\n", S->xTuple.unitype );
}
printf( "S->type = %p %s %i\n", S, T->name->mbs, tm );
#endif
if( tm == 0 ) return 0;
/* composite known types must match exactly. example,
* where it will not work if composite types are allowed to match loosely.
* d : list<list<int>> = {};
* e : list<float> = { 1.0 };
* d.append( e );
*
* but if d is of type list<list<any>>,
* the matching do not necessary to be exact.
*/
S = DaoValue_SimpleCopyWithTypeX( S, T, cache );
GC_ShiftRC( S, *D );
*D = S;
if( S->type == DAO_TUPLE && S->xTuple.unitype != T && tm >= DAO_MT_SIM ){
return DaoValue_TryCastTuple( S, D, T );
}else if( T && T->tid == S->type && !(T->attrib & DAO_TYPE_SPEC) ){
DaoValue_SetType( S, T );
}
return 1;
}
int DaoValue_Move4( DaoValue *S, DaoValue **D, DaoType *T, DaoType *C, DMap *defs )
{
DaoCinType *cintype;
int tm = 1;
switch( (T->tid << 8) | S->type ){
case (DAO_BOOLEAN << 8) | DAO_BOOLEAN :
case (DAO_BOOLEAN << 8) | DAO_INTEGER :
case (DAO_BOOLEAN << 8) | DAO_FLOAT :
case (DAO_INTEGER << 8) | DAO_BOOLEAN :
case (DAO_INTEGER << 8) | DAO_INTEGER :
case (DAO_INTEGER << 8) | DAO_FLOAT :
case (DAO_FLOAT << 8) | DAO_BOOLEAN :
case (DAO_FLOAT << 8) | DAO_INTEGER :
case (DAO_FLOAT << 8) | DAO_FLOAT :
case (DAO_COMPLEX << 8) | DAO_COMPLEX :
case (DAO_STRING << 8) | DAO_STRING :
case (DAO_CINVALUE<< 8) | DAO_CINVALUE :
S = DaoValue_SimpleCopyWithTypeX( S, T, C );
GC_Assign( D, S );
return 1;
}
switch( S->type ){
case DAO_ENUM : if( S->xEnum.subtype == DAO_ENUM_SYM && T->realnum ) return 0; break;
case DAO_OBJECT : if( S->xObject.isNull ) return 0; break;
case DAO_CDATA : if( S->xCdata.data == NULL && ! DaoType_IsNullable(T) ) return 0; break;
}
if( !(S->xBase.trait & DAO_VALUE_CONST) ){
DaoVmSpace *vms;
DaoType *ST = NULL;
switch( (S->type << 8) | T->tid ){
case (DAO_ARRAY<<8)|DAO_ARRAY :
vms = DaoType_GetVmSpace( T );
ST = vms->typeArrays[ S->xArray.etype ]; break;
case (DAO_TUPLE<<8)|DAO_TUPLE : ST = S->xTuple.ctype; break;
case (DAO_LIST <<8)|DAO_LIST : ST = S->xList.ctype; break;
case (DAO_MAP <<8)|DAO_MAP : ST = S->xMap.ctype; break;
case (DAO_CDATA<<8)|DAO_CDATA : ST = S->xCdata.ctype; break;
case (DAO_CSTRUCT<<8)|DAO_CSTRUCT : ST = S->xCstruct.ctype; break;
case (DAO_OBJECT<<8)|DAO_OBJECT : ST = S->xObject.defClass->objType; break;
}
if( ST == T ){
if( ST->tid == DAO_CSTRUCT || ST->tid == DAO_CDATA ){
DaoValue_MoveCstruct( S, D, C != NULL && C->invar != 0 );
}else{
GC_Assign( D, S );
}
return 1;
}
}
if( (T->tid == DAO_OBJECT || T->tid == DAO_CSTRUCT || T->tid == DAO_CDATA) && S->type == DAO_OBJECT ){
if( S->xObject.defClass != & T->aux->xClass ){
S = DaoObject_CastToBase( S->xObject.rootObject, T );
if( S != NULL && S->type == DAO_CDATA && S->xCdata.data == NULL ){
if( ! DaoType_IsNullable( T ) ) return 0;
}
tm = (S != NULL);
}
}else if( (T->tid == DAO_CLASS || T->tid == DAO_CTYPE) && S->type == DAO_CLASS ){
if( S->xClass.clsType != T && T->aux != NULL ){ /* T->aux == NULL for "class"; */
S = DaoClass_CastToBase( (DaoClass*)S, T );
tm = (S != NULL);
}
}else if( T->tid == DAO_CTYPE && S->type == DAO_CTYPE ){
if( S->xCtype.classType != T ){
S = DaoType_CastToParent( S, T );
tm = (S != NULL);
}
}else if( T->tid == DAO_ROUTINE && T->subtid != DAO_ROUTINES && S->type == DAO_ROUTINE && S->xRoutine.overloads ){
DList *routines = S->xRoutine.overloads->routines;
int i, k, n;
/*
// Do not use DaoRoutine_ResolveByType( S, ... )
// "S" should match to "T", not the other way around!
*/
tm = 0;
for(i=0,n=routines->size; i<n; i++){
DaoRoutine *rout = routines->items.pRoutine[i];
k = rout->routType == T ? DAO_MT_EQ : DaoType_MatchTo( rout->routType, T, defs );
if( k > tm ) tm = k;
if( rout->routType == T ){
S = (DaoValue*) rout;
break;
}
}
}else{
tm = DaoType_MatchValue( T, S, defs );
}
#if 0
if( tm ==0 ){
printf( "T = %p; S = %p, type = %i %i\n", T, S, S->type, DAO_ROUTINE );
printf( "T: %s %i %i\n", T->name->chars, T->tid, tm );
if( S->type == DAO_LIST ) printf( "%s\n", S->xList.ctype->name->chars );
if( S->type == DAO_TUPLE ) printf( "%p\n", S->xTuple.ctype );
}
printf( "S->type = %p %s %i\n", S, T->name->chars, tm );
#endif
if( tm == 0 ) return 0;
/*
// Composite types must match exactly. Example,
// where it will not work if composite types are allowed to match loosely.
// d : list<list<int>> = {};
// e : list<float> = { 1.0 };
// d.append( e );
//
// But if d is of type list<list<any>>,
// the matching do not necessary to be exact.
*/
cintype = NULL;
if( T->tid == DAO_CINVALUE ){
if( DaoType_MatchValue( T->aux->xCinType.target, S, NULL ) >= DAO_MT_CIV ){
cintype = (DaoCinType*) T->aux;
}
}else if( T->tid == DAO_INTERFACE && T->aux->xInterface.concretes ){
DaoInterface *inter = (DaoInterface*) T->aux;
DaoType *st = DaoValue_GetType( S, inter->nameSpace->vmSpace );
DNode *it;
cintype = DaoInterface_GetConcrete( inter, st );
if( cintype == NULL ){
for(it=DMap_First(inter->concretes); it; it=DMap_Next(inter->concretes,it)){
if( DaoType_MatchValue( it->key.pType, S, NULL ) >= DAO_MT_CIV ){
cintype = (DaoCinType*) it->value.pVoid;
break;
}
}
}
}
if( cintype ){
S = (DaoValue*) DaoCinValue_New( cintype, S );
}else if( S->type == DAO_CSTRUCT || S->type == DAO_CDATA ){
DaoValue_MoveCstruct( S, D, C != NULL && C->invar != 0 );
return 1;
}else{
S = DaoValue_SimpleCopyWithTypeX( S, T, C );
}
GC_Assign( D, S );
if( S->type == DAO_TUPLE && S->xTuple.ctype != T && tm == DAO_MT_SIM ){
return DaoValue_TryCastTuple( S, D, T );
}else if( T && T->tid == S->type && !(T->attrib & DAO_TYPE_SPEC) ){
DaoValue_SetType( S, T );
}
return 1;
}