void KgpgKeyInfo::slotChangeDate()
{
QPointer<SelectExpiryDate> dialog = new SelectExpiryDate(this, m_node->getExpiration());
if (dialog->exec() == QDialog::Accepted) {
keychange->setExpiration(dialog->date());
buttonBox->button(QDialogButtonBox::Apply)->setEnabled(keychange->wasChanged());
}
delete dialog;
}
bool AlbumPropsEdit::createNew(PAlbum* parent, QString& title, QString& comments,
QDate& date, QString& category, QStringList& albumCategories)
{
QPointer<AlbumPropsEdit> dlg = new AlbumPropsEdit(parent, true);
bool ok = dlg->exec() == QDialog::Accepted;
title = dlg->title();
comments = dlg->comments();
date = dlg->date();
category = dlg->category();
albumCategories = dlg->albumCategories();
delete dlg;
return ok;
}
void tst_QItemDelegate::dateAndTimeEditorTest2()
{
// prepare createeditor
FastEditItemView w;
QStandardItemModel s;
s.setRowCount(2);
s.setColumnCount(1);
w.setModel(&s);
ChooseEditorDelegate *d = new ChooseEditorDelegate(&w);
w.setItemDelegate(d);
const QTime time1(3, 13, 37);
const QDate date1(2013, 3, 7);
QPointer<QTimeEdit> timeEdit;
QPointer<QDateEdit> dateEdit;
QPointer<QDateTimeEdit> dateTimeEdit;
// Do some checks
// a. Open time editor on empty cell + write QTime data
const QModelIndex i1 = s.index(0, 0);
timeEdit = new QTimeEdit();
d->setNextOpenEditor(timeEdit);
QCOMPARE(w.fastEdit(i1), timeEdit.data());
timeEdit->setTime(time1);
d->setModelData(timeEdit, &s, i1);
QCOMPARE(s.data(i1).type(), QVariant::Time); // ensure that we wrote a time variant.
QCOMPARE(s.data(i1).toTime(), time1); // ensure that it is the correct time.
w.doCloseEditor(timeEdit);
QVERIFY(d->currentEditor() == 0); // should happen at doCloseEditor. We only test this once.
// b. Test that automatic edit of a QTime value is QTimeEdit (and not QDateTimeEdit)
QWidget *editor = w.fastEdit(i1);
timeEdit = qobject_cast<QTimeEdit*>(editor);
QVERIFY(timeEdit);
QCOMPARE(timeEdit->time(), time1);
w.doCloseEditor(timeEdit);
const QTime time2(4, 14, 37);
const QDate date2(2014, 4, 7);
const QDateTime datetime1(date1, time1);
const QDateTime datetime2(date2, time2);
// c. Test that the automatic open of an QDateTime is QDateTimeEdit + value check + set check
s.setData(i1, datetime2);
editor = w.fastEdit(i1);
timeEdit = qobject_cast<QTimeEdit*>(editor);
QVERIFY(timeEdit == 0);
dateEdit = qobject_cast<QDateEdit*>(editor);
QVERIFY(dateEdit == 0);
dateTimeEdit = qobject_cast<QDateTimeEdit*>(editor);
QVERIFY(dateTimeEdit);
QCOMPARE(dateTimeEdit->dateTime(), datetime2);
dateTimeEdit->setDateTime(datetime1);
d->setModelData(dateTimeEdit, &s, i1);
QCOMPARE(s.data(i1).type(), QVariant::DateTime); // ensure that we wrote a datetime variant.
QCOMPARE(s.data(i1).toDateTime(), datetime1);
w.doCloseEditor(dateTimeEdit);
// d. Open date editor on empty cell + write QDate data (similar to a)
const QModelIndex i2 = s.index(1, 0);
dateEdit = new QDateEdit();
d->setNextOpenEditor(dateEdit);
QCOMPARE(w.fastEdit(i2), dateEdit.data());
dateEdit->setDate(date1);
d->setModelData(dateEdit, &s, i2);
QCOMPARE(s.data(i2).type(), QVariant::Date); // ensure that we wrote a time variant.
QCOMPARE(s.data(i2).toDate(), date1); // ensure that it is the correct date.
w.doCloseEditor(dateEdit);
// e. Test that the default editor editor (QDateEdit) on a QDate (index i2) (similar to b)
editor = w.fastEdit(i2);
dateEdit = qobject_cast<QDateEdit*>(editor);
QVERIFY(dateEdit);
QCOMPARE(dateEdit->date(), date1);
w.doCloseEditor(dateEdit);
}
