APLSTYPE PrimSpecDownStileStorageTypeDyd
(APLNELM aplNELMLft,
LPAPLSTYPE lpaplTypeLft,
LPTOKEN lptkFunc,
APLNELM aplNELMRht,
LPAPLSTYPE lpaplTypeRht)
{
APLSTYPE aplTypeRes;
// In case the left arg is an empty char,
// change its type to BOOL
if (IsCharEmpty (*lpaplTypeLft, aplNELMLft))
*lpaplTypeLft = ARRAY_BOOL;
// In case the right arg is an empty char,
// change its type to BOOL
if (IsCharEmpty (*lpaplTypeRht, aplNELMRht))
*lpaplTypeRht = ARRAY_BOOL;
// Calculate the storage type of the result
aplTypeRes = StorageType (*lpaplTypeLft, lptkFunc, *lpaplTypeRht);
return aplTypeRes;
} // End PrimSpecDownStileStorageTypeDyd
void UIWizardExportAppPage2::chooseDefaultStorageType()
{
/* Select default storage type: */
#if 0
/* Load storage-type from GUI extra data: */
bool ok;
StorageType storageType = StorageType(vboxGlobal().virtualBox().GetExtraData(GUI_Export_StorageType).toInt(&ok));
if (ok)
setStorageType(storageType);
#else
/* Just select first of types: */
setStorageType(Filesystem);
#endif
}
/// The storage is allocated from the size of IM.
indexmap_storage_pair(const indexmap_type &IM) : indexmap_(IM), storage_() {
storage_ = StorageType(indexmap_.domain().number_of_elements());
}
/// The storage is allocated from the size of IM.
indexmap_storage_pair (const indexmap_type & IM): indexmap_(IM),storage_(){
this->storage_ = StorageType(this->indexmap_.domain().number_of_elements(), typename Opt::InitTag() );
}
void TypeWidget::applyConfiguration(void)
{
try
{
Type *type=nullptr;
unsigned i, count;
startConfiguration<Type>();
type=dynamic_cast<Type *>(this->object);
BaseObjectWidget::applyConfiguration();
//Configuring an enumaration type
if(enumeration_rb->isChecked())
{
type->setConfiguration(Type::ENUMERATION_TYPE);
count=enumerations_tab->getRowCount();
for(i=0; i < count; i++)
type->addEnumeration(enumerations_tab->getCellText(i,0).toUtf8());
}
//Configuration a composite type
else if(composite_rb->isChecked())
{
type->setConfiguration(Type::COMPOSITE_TYPE);
count=attributes_tab->getRowCount();
for(i=0; i < count; i++)
type->addAttribute(attributes_tab->getRowData(i).value<TypeAttribute>());
}
//Configuration a range type
else if(range_rb->isChecked())
{
type->setConfiguration(Type::RANGE_TYPE);
type->setCollation(collation_sel->getSelectedObject());
type->setSubtype(range_subtype->getPgSQLType());
type->setSubtypeOpClass(dynamic_cast<OperatorClass *>(opclass_sel->getSelectedObject()));
type->setFunction(Type::CANONICAL_FUNC, dynamic_cast<Function *>(functions_sel[Type::CANONICAL_FUNC]->getSelectedObject()));
type->setFunction(Type::SUBTYPE_DIFF_FUNC, dynamic_cast<Function *>(functions_sel[Type::SUBTYPE_DIFF_FUNC]->getSelectedObject()));
}
//Configuring a base type
else
{
type->setConfiguration(Type::BASE_TYPE);
type->setLikeType(like_type->getPgSQLType());
type->setElement(element_type->getPgSQLType());
type->setInternalLength(internal_len_sb->value());
type->setByValue(by_value_chk->isChecked());
type->setPreferred(preferred_chk->isChecked());
type->setCollatable(collatable_chk->isChecked());
if(!delimiter_edt->text().isEmpty())
type->setDelimiter(delimiter_edt->text().at(0).toLatin1());
type->setDefaultValue(default_value_edt->text());
type->setCategory(CategoryType(category_cmb->currentText()));
type->setAlignment(PgSQLType(alignment_cmb->currentText()));
type->setStorage(StorageType(storage_cmb->currentText()));
for(i=Type::INPUT_FUNC; i <= Type::ANALYZE_FUNC; i++)
type->setFunction(i, dynamic_cast<Function *>(functions_sel[i]->getSelectedObject()));
}
finishConfiguration();
}
catch(Exception &e)
{
cancelConfiguration();
throw Exception(e.getErrorMessage(),e.getErrorType(),__PRETTY_FUNCTION__,__FILE__,__LINE__, &e);
}
}
