void NineSliceRecipe::selectedRecipeChanged(int selected)
{
RadioGroup* myRadioGroup = dynamic_cast<RadioGroup*>(sender());
QString selectedName = myRadioGroup->at(selected)->objectName();
if (mRecipeText2) {
// Change the text in TextArea depending on which option was selected.
if (selectedName.compare("fast") == 0) {
mRecipeText->setText("1. Pour Mix.\n2. Add Water.\n3. Stir and heat.");
mRecipeText2->setText("");
} else {
mRecipeText->setText(
"1. Grind tomatoes.\n2. Fry minced meat.\n3. Add lasagna plates.");
mRecipeText2->setText(
"4. Grind Cheese.\n 5. Season with salt.\n6. Voila! Its ready!");
}
} else {
// Change the text in TextArea depending on which option was selected.
if (selectedName.compare("fast") == 0) {
mRecipeText->setText("1. Pour Mix.\n2. Add Water.\n3. Stir and heat.");
} else {
mRecipeText->setText(
"1. Grind tomatoes.\n2. Fry minced meat.\n3. Add lasagna plates.\n4. Grind Cheese.\n5. Season with salt.");
}
}
}
// To show how a nine-sliced image is scaled, we provide the possibility to
// alter the text between two different lengths. This will cause the text
// area to change size and consequently the image to change size.
Container *NineSliceRecipe::createControlPanel()
{
bool connectResult;
Q_UNUSED(connectResult);
Container *controlPanel = Container::create();
controlPanel->setVerticalAlignment(VerticalAlignment::Bottom);
RadioGroup *ninesliceOptions = new RadioGroup();
Option *fastRecipe = new Option();
fastRecipe->setText("Five Minutes");
fastRecipe->setObjectName("fast");
Option *slowRecipe = new Option();
slowRecipe->setText("Two Hours");
slowRecipe->setObjectName("slow");
ninesliceOptions->add(fastRecipe);
ninesliceOptions->add(slowRecipe);
connectResult = connect(ninesliceOptions, SIGNAL(selectedIndexChanged(int)), this,
SLOT(selectedRecipeChanged(int)));
Q_ASSERT(connectResult);
ninesliceOptions->setSelectedIndex(1);
controlPanel->add(new Divider());
controlPanel->add(ninesliceOptions);
return controlPanel;
}
void ItemHandlerRadio::Handle (const QDomElement& item, QWidget *pwidget)
{
QGridLayout *lay = qobject_cast<QGridLayout*> (pwidget->layout ());
RadioGroup *group = new RadioGroup (XSD_);
group->setObjectName (item.attribute ("property"));
QDomElement option = item.firstChildElement ("option");
while (!option.isNull ())
{
QRadioButton *button = new QRadioButton (XSD_->GetLabel (option));
button->setObjectName (option.attribute ("name"));
group->AddButton (button,
option.hasAttribute ("default") &&
option.attribute ("default") == "true");
option = option.nextSiblingElement ("option");
}
QVariant value = XSD_->GetValue (item);
connect (group,
SIGNAL (valueChanged ()),
this,
SLOT (updatePreferences ()));
QGroupBox *box = new QGroupBox (XSD_->GetLabel (item));
QVBoxLayout *layout = new QVBoxLayout ();
box->setLayout (layout);
layout->addWidget (group);
group->setProperty ("ItemHandler",
QVariant::fromValue<QObject*> (this));
lay->addWidget (box, lay->rowCount (), 0);
}
void ApplicationSettingsDelegate::setNodeData( QWidget* editor, SettingsNode& node ) const
{
if ( node.guiType() < int( QVariant::UserType ) ) {
SettingsNodeDialogBuilderDelegate::setNodeData( editor, node );
return;
}
switch ( node.guiType() ) {
case ApplicationSettingsDelegate::Eol:
case ApplicationSettingsDelegate::Indent:
case ApplicationSettingsDelegate::Ruler:
case ApplicationSettingsDelegate::Wrap: {
RadioGroup* rg = qobject_cast<RadioGroup*>( editor );
Q_ASSERT( rg );
node.setValue( rg->checkedId() );
break;
}
case ApplicationSettingsDelegate::CodeEditorAbstractor: {
AbstractorComboBox* acb = qobject_cast<AbstractorComboBox*>( editor );
Q_ASSERT( acb );
node.setValue( acb->itemData( acb->currentIndex() ) );
break;
}
default:
qWarning() << Q_FUNC_INFO << "Unhandled type" << node.name() << node.value() << node.guiType() << QVariant::typeToName( QVariant::Type( node.guiType() ) );
break;
}
}
void ApplicationSettingsDelegate::setEditorData( QWidget* editor, const SettingsNode& node ) const
{
if ( node.guiType() < int( QVariant::UserType ) ) {
SettingsNodeDialogBuilderDelegate::setEditorData( editor, node );
return;
}
const QVariant value = node.value();
editor->setToolTip( node.help() );
switch ( node.guiType() ) {
case ApplicationSettingsDelegate::Eol:
case ApplicationSettingsDelegate::Indent:
case ApplicationSettingsDelegate::Ruler:
case ApplicationSettingsDelegate::Wrap: {
RadioGroup* rg = qobject_cast<RadioGroup*>( editor );
Q_ASSERT( rg );
rg->setCheckedId( value.toInt() );
break;
}
case ApplicationSettingsDelegate::CodeEditorAbstractor: {
AbstractorComboBox* acb = qobject_cast<AbstractorComboBox*>( editor );
Q_ASSERT( acb );
acb->setCurrentIndex( acb->findData( value.toString() ) );
break;
}
default:
qWarning() << Q_FUNC_INFO << "Unhandled type" << node.name() << node.value() << node.guiType() << QVariant::typeToName( QVariant::Type( node.guiType() ) );
break;
}
}
void SelectionRecipe::fillingSelectedOptionChanged(int selected)
{
RadioGroup *radioGroup = dynamic_cast<RadioGroup*>(sender());
if(radioGroup != 0) {
// When a new option is selected we print the selection to the console.
Option *option = radioGroup->at(selected);
qDebug() << "New filling set: " << option->text();
}
}
void ItemHandlerRadio::SetValue (QWidget *widget, const QVariant& value) const
{
RadioGroup *radiogroup = qobject_cast<RadioGroup*> (widget);
if (!radiogroup)
{
qWarning () << Q_FUNC_INFO
<< "not a RadioGroup"
<< widget;
return;
}
radiogroup->SetValue (value.toString ());
}
QVariant ItemHandlerRadio::GetObjectValue (QObject *object) const
{
RadioGroup *radiogroup = qobject_cast<RadioGroup*> (object);
if (!radiogroup)
{
qWarning () << Q_FUNC_INFO
<< "not a RadioGroup"
<< object;
return QVariant ();
}
return radiogroup->GetValue ();
}
SelectionRecipe::SelectionRecipe(Container * parent) :
CustomControl(parent)
{
Container *recipeContainer = new Container();
StackLayout *recipeLayout = new StackLayout();
recipeLayout->setLeftPadding(80);
recipeLayout->setRightPadding(80);
recipeContainer->setLayout(recipeLayout);
Container *checkBoxContainer = new Container();
Label *typeLabel = new Label();
typeLabel->setText("Olive Type");
typeLabel->textStyle()->setBase(SystemDefaults::TextStyles::titleText());
typeLabel->textStyle()->setFontWeight(FontWeight::Bold);
typeLabel->setBottomMargin(0);
checkBoxContainer->add(typeLabel);
// Since we want the CheckBox Control to also have a colored box to represent the
// selection of which olives should be in the mix a CustomControl is used, see SelectionCheckBox.cpp.
SelectionCheckBox *limonCello = new SelectionCheckBox();
limonCello->setOliveColor(QVariant::fromValue<Color>(Color::fromARGB(0xff808000)));
limonCello->setTitle("Limoncello");
limonCello->setLayoutProperties(
StackLayoutProperties::create().horizontal(HorizontalAlignment::Fill));
SelectionCheckBox *greek = new SelectionCheckBox();
greek->setOliveColor(QVariant::fromValue<Color>(Color::fromARGB(0xff698B22)));
greek->setTitle("Greek");
SelectionCheckBox *kalamata = new SelectionCheckBox();
kalamata->setOliveColor(QVariant::fromValue<Color>(Color::fromARGB(0xff733D1A)));
kalamata->setTitle("Kalamata");
checkBoxContainer->add(limonCello);
checkBoxContainer->add(greek);
checkBoxContainer->add(kalamata);
// The two menu selections are separated by a Divider.
Divider *divider = new Divider();
divider->setBottomMargin(60);
Label *fillingLabel = new Label();
fillingLabel->setText("Filling");
fillingLabel->textStyle()->setBase(SystemDefaults::TextStyles::titleText());
fillingLabel->textStyle()->setFontWeight(FontWeight::Bold);
fillingLabel->setBottomMargin(9);
// The RadioGroup is a Control that one use if only one option can
// be selected at the time. RadioGroupOptions are added to the Control
// and by listening for the onSelectedOptionChanged signal its possible
// to keep track of what the current selection is.
RadioGroup *radioGroup = new RadioGroup();
radioGroup->setDividersVisible(false);
Option *stoneOption = new Option();
stoneOption->setText("Stone");
Option *pimentoOption = new Option();
pimentoOption->setText("Pimento");
radioGroup->add(stoneOption);
radioGroup->add(pimentoOption);
// We listen for changes in selected options on the RadioGroup.
connect(radioGroup, SIGNAL(selectedIndexChanged(int)), this,
SLOT(fillingSelectedOptionChanged(int)));
// Add the controls.
recipeContainer->add(checkBoxContainer);
recipeContainer->add(divider);
recipeContainer->add(fillingLabel);
recipeContainer->add(radioGroup);
setRoot(recipeContainer);
}
