void CustomCheckListItem::stateChange( bool on )
{
if ( !m_locked ) {
for ( Q3CheckListItem * it = static_cast<Q3CheckListItem*>( firstChild() ); it; it = static_cast<Q3CheckListItem*>( it->nextSibling() ) ) {
it->setOn( on );
}
}
if ( !on ) {
Q3ListViewItem * parent = this->parent();
if ( parent && ( parent->rtti() == 1 ) ) {
CustomCheckListItem * item = static_cast<CustomCheckListItem*>( parent );
item->setLocked( true );
item->setOn( on );
item->setLocked( false );
}
}
QString thisText = text(0);
Q3ListViewItemIterator it( listView() );
while ( it.current() ) {
if ( it.current()->rtti() == 1 && it.current()->text(0) == thisText ) {
CustomCheckListItem * item = static_cast<CustomCheckListItem*>( it.current() );
item->setOn( on );
}
++it;
}
}
KLProjectConfigWidget::KLProjectConfigWidget(KLProject* project, QWidget *parent, const char *name)
:QDialog(parent, name), m_validator(QRegExp("0x[0-9a-fA-F]{1,4}"), this, "reValidator"),
ui(new Ui_KLProjectConfigWidgetBase)
{
ui->setupUi(this);
m_project = project;
m_projectManagerInConfigWidget =
new KLProjectManagerWidget( project, ui->tab_common, "managerInConfig" );
m_projectManagerInConfigWidget->setConfigButtonVisible( false );
ui->layProjectManager->addWidget( m_projectManagerInConfigWidget );
ui->cbCPU->clear();
// Add all the CPUs:
ui->cbCPU->insertStringList( project->cpus() );
// Update the project files list:
project->update();
// Add linker flags columns
ui->lvLinkerFlags->addColumn(i18n("Purpose"));
ui->lvLinkerFlags->addColumn(i18n("Flags"));
// Fill the linker flags list:
m_possibleLinkerFlags["-Wl,-lm"] = i18n("Link with math library");
m_possibleLinkerFlags["-Wl,-lprintf"] = i18n("Link with printf library");
m_possibleLinkerFlags["-Wl,-lprintf_min"] = i18n("Link with printf_min library");
m_possibleLinkerFlags["-Wl,-u,vfprintf -Wl,-lprintf_flt"] = i18n("Link with floating point printf library");
QStringList keys = m_possibleLinkerFlags.keys();
keys.sort();
for ( QStringList::iterator it = keys.begin(); it != keys.end(); ++it )
{
Q3CheckListItem* cur = new Q3CheckListItem( ui->lvLinkerFlags, m_possibleLinkerFlags[*it], Q3CheckListItem::CheckBox );
cur->setText( 1, *it );
m_linkerFlagsCBs.append( cur );
}
updateGUIFromSettings();
updateCPUInfo( ui->cbCPU->currentText() );
connect(ui->cbCPU,SIGNAL(currentIndexChanged(QString)),this,SLOT(slotCPUChanged(QString)));
connect(ui->pbOK,SIGNAL(clicked()),this,SLOT(slotOK()));
connect(ui->pbCancel,SIGNAL(clicked()),this,SLOT(slotCancel()));
connect(ui->pbSetDefault,SIGNAL(clicked()),this,SLOT(slotSetDefault()));
//Setup spinboxes with hex-in and output
ui->kisbStartOfText->setValidator(&m_validator);
ui->kisbStartOfText->setBase(16);
ui->kisbStartOfData->setValidator(&m_validator);
ui->kisbStartOfData->setBase(16);
ui->kisbStartOfBSS->setValidator(&m_validator);
ui->kisbStartOfBSS->setBase(16);
ui->kisbStartOfHeap->setValidator(&m_validator);
ui->kisbStartOfHeap->setBase(16);
ui->kisbEndOfHeap->setValidator(&m_validator);
ui->kisbEndOfHeap->setBase(16);
}
void DisplayFlagWidget::findChildren(Q3CheckListItem *item, std::vector<Q3CheckListItem* > &children)
{
Q3CheckListItem * child = (Q3CheckListItem * )item->firstChild();
while(child)
{
children.push_back(child);
findChildren(child,children);
child = (Q3CheckListItem * )child->nextSibling();
}
}
void IngredientCheckListView::load( int limit, int offset )
{
IngredientListView::load(limit,offset);
for ( QList<Element>::const_iterator ing_it = m_selections.constBegin(); ing_it != m_selections.constEnd(); ++ing_it ) {
Q3CheckListItem * item = ( Q3CheckListItem* ) findItem( QString::number( (*ing_it).id ), 1 );
if ( item ) {
item->setOn(true);
}
}
}
void KDMUsersWidget::updateOptList( Q3ListViewItem *item, QStringList &list )
{
if (!item)
return;
Q3CheckListItem *itm = (Q3CheckListItem *)item;
int ind = list.indexOf( itm->text() );
if (itm->isOn()) {
if (ind < 0)
list.append( itm->text() );
} else {
if (ind >= 0)
list.removeAt( ind );
}
}
bool DatabaseDialog::tablesDoNext()
{
m_databaseStatus->setText( i18n("Retrieving meta data of tables...") );
QStringList tables;
{
Q3ListViewItem * item = (Q3CheckListItem *) m_tableView->firstChild();
for (; item; item = item->nextSibling())
{
if (((Q3CheckListItem * ) item)->isOn())
{
tables.append(((Q3CheckListItem * ) item)->text());
}
}
}
if (tables.empty())
{
KMessageBox::error( this, i18n("You have to select at least one table.") );
return false;
}
m_columnView->clear();
QSqlRecord info;
for (int i = 0; i < (int) tables.size(); ++i)
{
info = m_dbConnection.record( tables[i] );
for (int j = 0; j < (int) info.count(); ++j)
{
QString name = info.fieldName(j);
Q3CheckListItem * checkItem = new Q3CheckListItem( m_columnView, name,
Q3CheckListItem::CheckBox );
checkItem->setOn(false);
m_columnView->insertItem( checkItem );
checkItem->setText( 1, tables[i] );
QSqlField field = info.field(name);
checkItem->setText( 2, QVariant::typeToName(field.type()) );
}
}
m_columnView->setSorting(1, true);
m_columnView->sort();
m_columnView->setSorting( -1 );
setValid(m_columns, true);
return true;
}
DisplayFlagWidget::DisplayFlagWidget(QWidget* parent, const char* name, Qt::WFlags f ):
Q3ListView(parent,name,f)
{
addColumn(QString::null);
setRootIsDecorated( TRUE );
setTreeStepSize( 12 );
header()->hide();
clear();
setMouseTracking(false);
#ifdef SOFA_QT4
setFocusPolicy(Qt::NoFocus);
#else
setFocusPolicy(QWidget::NoFocus);
#endif
setFrameShadow(QFrame::Plain);
setFrameShape(QFrame::NoFrame );
setSortColumn(-1);
Q3CheckListItem* itemShowAll = new Q3CheckListItem(this, "All", Q3CheckListItem::CheckBoxController);
itemShowAll->setOpen(true);
Q3CheckListItem* itemShowVisual = new Q3CheckListItem(itemShowAll, "Visual", Q3CheckListItem::CheckBoxController);
itemShowVisual->setOpen(true);
itemShowFlag[VISUALMODELS] = new Q3CheckListItem(itemShowVisual, "Visual Models", Q3CheckListItem::CheckBox);
Q3CheckListItem* itemShowBehavior = new Q3CheckListItem(itemShowAll, itemShowVisual, "Behavior", Q3CheckListItem::CheckBoxController);
itemShowBehavior->setOpen(true);
itemShowFlag[BEHAVIORMODELS] = new Q3CheckListItem(itemShowBehavior, "Behavior Models", Q3CheckListItem::CheckBox);
itemShowFlag[FORCEFIELDS] = new Q3CheckListItem(itemShowBehavior, itemShowFlag[BEHAVIORMODELS], "Force Fields", Q3CheckListItem::CheckBox);
itemShowFlag[INTERACTIONFORCEFIELDS] = new Q3CheckListItem(itemShowBehavior, itemShowFlag[FORCEFIELDS], "Interactions", Q3CheckListItem::CheckBox);
Q3CheckListItem* itemShowCollision = new Q3CheckListItem(itemShowAll, itemShowBehavior, "Collision", Q3CheckListItem::CheckBoxController);
itemShowCollision->setOpen(true);
itemShowFlag[COLLISIONMODELS] = new Q3CheckListItem(itemShowCollision, "Collision Models", Q3CheckListItem::CheckBox);
itemShowFlag[BOUNDINGCOLLISIONMODELS] = new Q3CheckListItem(itemShowCollision, itemShowFlag[COLLISIONMODELS], "Bounding Trees", Q3CheckListItem::CheckBox);
Q3CheckListItem* itemShowMapping = new Q3CheckListItem(itemShowAll, itemShowCollision, "Mapping", Q3CheckListItem::CheckBoxController);
itemShowMapping->setOpen(true);
itemShowFlag[MAPPINGS] = new Q3CheckListItem(itemShowMapping, "Visual Mappings", Q3CheckListItem::CheckBox);
itemShowFlag[MECHANICALMAPPINGS] = new Q3CheckListItem(itemShowMapping, itemShowFlag[MAPPINGS], "Mechanical Mappings", Q3CheckListItem::CheckBox);
Q3ListViewItem* itemShowOptions = new Q3ListViewItem(this, itemShowAll, "Options");
itemShowOptions->setOpen(true);
itemShowFlag[RENDERING] = new Q3CheckListItem(itemShowOptions, "Advanced Rendering", Q3CheckListItem::CheckBox);
itemShowFlag[WIREFRAME] = new Q3CheckListItem(itemShowOptions, "Wire Frame", Q3CheckListItem::CheckBox);
itemShowFlag[NORMALS] = new Q3CheckListItem(itemShowOptions, itemShowFlag[WIREFRAME], "Normals", Q3CheckListItem::CheckBox);
#ifdef SOFA_SMP
itemShowFlag[PROCESSORCOLOR] = new Q3CheckListItem(itemShowOptions, itemShowFlag[NORMALS], "Processor Color", Q3CheckListItem::CheckBox);
#endif
insertItem(itemShowAll);
itemShowAll->insertItem(itemShowVisual); itemShowAll->setOpen(true);
itemShowVisual->insertItem(itemShowFlag[VISUALMODELS]);
itemShowAll->insertItem(itemShowBehavior);
itemShowBehavior->insertItem(itemShowFlag[BEHAVIORMODELS]);
itemShowBehavior->insertItem(itemShowFlag[FORCEFIELDS]);
itemShowBehavior->insertItem(itemShowFlag[INTERACTIONFORCEFIELDS]);
itemShowAll->insertItem(itemShowCollision);
itemShowCollision->insertItem(itemShowFlag[COLLISIONMODELS]);
itemShowCollision->insertItem(itemShowFlag[BOUNDINGCOLLISIONMODELS]);
itemShowAll->insertItem(itemShowMapping);
itemShowMapping->insertItem(itemShowFlag[MAPPINGS]);
itemShowMapping->insertItem(itemShowFlag[MECHANICALMAPPINGS]);
insertItem(itemShowOptions); itemShowOptions->setOpen(true);
itemShowOptions->insertItem(itemShowFlag[RENDERING]);
itemShowOptions->insertItem(itemShowFlag[WIREFRAME]);
itemShowOptions->insertItem(itemShowFlag[NORMALS]);
#ifdef SOFA_SMP
itemShowOptions->insertItem(itemShowFlag[PROCESSORCOLOR]);
#endif
for (int i=0; i<ALLFLAGS; ++i) mapFlag.insert(std::make_pair(itemShowFlag[i],i));
}
bool DatabaseDialog::databaseDoNext()
{
m_dbConnection = QSqlDatabase::addDatabase( m_driver->currentText() );
if ( m_dbConnection.isValid() )
{
m_dbConnection.setDatabaseName( m_databaseName->text() );
m_dbConnection.setHostName( m_host->text() );
if ( !m_username->text().isEmpty() )
m_dbConnection.setUserName( m_username->text() );
if ( !m_password->text().isEmpty() )
m_dbConnection.setPassword( m_password->text() );
if ( !m_port->text().isEmpty() )
{
bool ok = false;
int port = m_port->text().toInt( &ok );
if (!ok)
{
KMessageBox::error( this, i18n("The port must be a number") );
return false;
}
m_dbConnection.setPort( port );
}
m_databaseStatus->setText( i18n("Connecting to database...") );
if ( m_dbConnection.open() )
{
m_databaseStatus->setText( i18n("Connected. Retrieving table information...") );
QStringList tableList( m_dbConnection.tables() );
if ( tableList.isEmpty() )
{
KMessageBox::error( this, i18n("This database contains no tables") );
m_databaseStatus->setText( " " );
return false;
}
m_tableView->clear();
for ( int i = 0; i < tableList.size(); ++i )
{
Q3CheckListItem * item = new Q3CheckListItem( m_tableView, tableList[i],
Q3CheckListItem::CheckBox );
item->setOn(false);
m_tableView->insertItem( item );
}
m_tableView->setEnabled( true );
m_databaseStatus->setText( " " );
}
else
{
QSqlError error = m_dbConnection.lastError();
QString errorMsg;
QString err1 = error.driverText();
QString err2 = error.databaseText();
if ( !err1.isEmpty() )
{
errorMsg.append( error.driverText() );
errorMsg.append( '\n' );
}
if ( !err2.isEmpty() && err1 != err2)
{
errorMsg.append( error.databaseText() );
errorMsg.append( '\n' );
}
KMessageBox::error( this, errorMsg );
m_databaseStatus->setText( " " );
return false;
}
}
else
{
KMessageBox::error( this, i18n("Driver could not be loaded") );
m_databaseStatus->setText( " " );
return false;
}
setValid(m_table, true);
return true;
}
void RecipeImportDialog::loadListView()
{
CustomCheckListItem * head_item = new CustomCheckListItem( kListView, i18nc( "@item:inlistbox All items", "All (%1)", list_copy.count() ), Q3CheckListItem::CheckBox );
head_item->setOpen( true );
//get all categories
QStringList categoryList;
RecipeList::const_iterator recipe_it;
for ( recipe_it = list_copy.begin(); recipe_it != list_copy.end(); ++recipe_it ) {
for ( ElementList::const_iterator cat_it = ( *recipe_it ).categoryList.begin(); cat_it != ( *recipe_it ).categoryList.end(); ++cat_it ) {
if ( categoryList.contains( ( *cat_it ).name ) == false )
categoryList << ( *cat_it ).name;
}
}
//create all category check list items
Q3Dict<CustomCheckListItem> all_categories;
QStringList::iterator it;
for ( it = categoryList.begin(); it != categoryList.end(); ++it ) {
CustomCheckListItem *category_item = new CustomCheckListItem( head_item, *it, Q3CheckListItem::CheckBox );
//category_item->setOpen(true);
all_categories.insert( *it, category_item );
}
//add recipes to category check list items
recipe_items = new QMap<CustomCheckListItem*, RecipeList::const_iterator>; //we won't be able to identify a recipe later if we just put a value in here. The iterator will be unique so we'll use it. This is safe since the list is constant (iterators won't become invlalid).
CustomCheckListItem *item = 0;
CustomCheckListItem *category_item = 0;
for ( recipe_it = list_copy.begin(); recipe_it != list_copy.end(); ++recipe_it ) {
if ( ( *recipe_it ).categoryList.count() == 0 ) {
if ( !category_item ) //don't create this until there are recipes to put in it
{
category_item = new CustomCheckListItem( head_item, i18nc( "@item", "Uncategorized" ), Q3CheckListItem::CheckBox );
all_categories.insert( i18nc( "@item", "Uncategorized" ), category_item );
}
CustomCheckListItem *item = new CustomCheckListItem( category_item, ( *recipe_it ).title, Q3CheckListItem::CheckBox );
recipe_items->insert( item, recipe_it );
}
else {
for ( ElementList::const_iterator cat_it = ( *recipe_it ).categoryList.begin(); cat_it != ( *recipe_it ).categoryList.end(); ++cat_it ) {
CustomCheckListItem *category_item = all_categories[ ( *cat_it ).name ];
item = new CustomCheckListItem( category_item, item, ( *recipe_it ).title, Q3CheckListItem::CheckBox );
recipe_items->insert( item, recipe_it );
}
}
}
//append the number of recipes in each category to the check list item text
Q3DictIterator<CustomCheckListItem> categories_it( all_categories );
for ( ; categories_it.current(); ++categories_it ) {
int count = 0;
for ( Q3CheckListItem * it = static_cast<Q3CheckListItem*>( categories_it.current() ->firstChild() ); it; it = static_cast<Q3CheckListItem*>( it->nextSibling() ) ) {
count++;
}
categories_it.current() ->setText( 0, categories_it.current() ->text( 0 ) + QString( " (%1)" ).arg( count ) );
}
head_item->setOn( true ); //this will check all recipes
}
