void QgsDataDefinedButton::checkCheckedWidgets( bool check )
{
// don't uncheck, only set to checked
if ( !check )
{
return;
}
for ( int i = 0; i < mCheckedWidgets.size(); ++i )
{
QAbstractButton *btn = qobject_cast< QAbstractButton * >( mCheckedWidgets.at( i ) );
if ( btn && btn->isCheckable() )
{
btn->setChecked( true );
continue;
}
QGroupBox *grpbx = qobject_cast< QGroupBox * >( mCheckedWidgets.at( i ) );
if ( grpbx && grpbx->isCheckable() )
{
grpbx->setChecked( true );
}
}
}
void
QvisAnimationWindow::UpdateWindow(bool doAll)
{
AnimationAttributes *atts = (AnimationAttributes *)subject;
QAbstractButton *btn = 0;
int index = 0;
for(int i = 0; i < atts->NumAttributes(); ++i)
{
if(!atts->IsSelected(i) && !doAll)
continue;
switch(i)
{
case AnimationAttributes::ID_pipelineCachingMode:
pipelineCachingToggle->blockSignals(true);
pipelineCachingToggle->setChecked(atts->GetPipelineCachingMode());
pipelineCachingToggle->blockSignals(false);
break;
case AnimationAttributes::ID_frameIncrement:
animationIncrement->blockSignals(true);
animationIncrement->setValue(atts->GetFrameIncrement());
animationIncrement->blockSignals(false);
break;
case AnimationAttributes::ID_timeout:
timeoutSlider->blockSignals(true);
timeoutSlider->setValue(SLOWEST_TIMEOUT - atts->GetTimeout());
timeoutSlider->blockSignals(false);
break;
case AnimationAttributes::ID_playbackMode:
index = int(atts->GetPlaybackMode());
btn = playbackModeButtonGroup->button(index);
playbackModeButtonGroup->blockSignals(true);
btn->setChecked(true);
playbackModeButtonGroup->blockSignals(false);
break;
}
}
}
void SetupServer::readSettings()
{
m_folderArchiveSettingPage->loadSettings();
m_ui->accountName->setText(m_parentResource->name());
m_oldResourceName = m_ui->accountName->text();
KUser *currentUser = new KUser();
KEMailSettings esetting;
m_ui->imapServer->setText(
!m_parentResource->settings()->imapServer().isEmpty() ? m_parentResource->settings()->imapServer() :
esetting.getSetting(KEMailSettings::InServer));
m_ui->portSpin->setValue(m_parentResource->settings()->imapPort());
m_ui->userName->setText(
!m_parentResource->settings()->userName().isEmpty() ? m_parentResource->settings()->userName() :
currentUser->loginName());
const QString safety = m_parentResource->settings()->safety();
int i = 0;
if (safety == QLatin1String("SSL")) {
i = KIMAP::LoginJob::AnySslVersion;
} else if (safety == QLatin1String("STARTTLS")) {
i = KIMAP::LoginJob::TlsV1;
} else {
i = KIMAP::LoginJob::Unencrypted;
}
QAbstractButton *safetyButton = m_ui->safeImapGroup->button(i);
if (safetyButton) {
safetyButton->setChecked(true);
}
populateDefaultAuthenticationOptions();
i = m_parentResource->settings()->authentication();
qCDebug(IMAPRESOURCE_LOG) << "read IMAP auth mode: " << authenticationModeString((MailTransport::Transport::EnumAuthenticationType::type) i);
setCurrentAuthMode(m_ui->authenticationCombo, (MailTransport::Transport::EnumAuthenticationType::type) i);
i = m_parentResource->settings()->alternateAuthentication();
setCurrentAuthMode(m_ui->authenticationAlternateCombo, (MailTransport::Transport::EnumAuthenticationType::type) i);
bool rejected = false;
const QString password = m_parentResource->settings()->password(&rejected);
if (rejected) {
m_ui->password->setEnabled(false);
KMessageBox::information(Q_NULLPTR, i18n("Could not access KWallet. "
"If you want to store the password permanently then you have to "
"activate it. If you do not "
"want to use KWallet, check the box below, but note that you will be "
"prompted for your password when needed."),
i18n("Do not use KWallet"), QStringLiteral("warning_kwallet_disabled"));
} else {
m_ui->password->insert(password);
}
m_ui->subscriptionEnabled->setChecked(m_parentResource->settings()->subscriptionEnabled());
m_ui->checkInterval->setValue(m_parentResource->settings()->intervalCheckTime());
m_ui->disconnectedModeEnabled->setChecked(m_parentResource->settings()->disconnectedModeEnabled());
m_ui->managesieveCheck->setChecked(m_parentResource->settings()->sieveSupport());
m_ui->sameConfigCheck->setChecked(m_parentResource->settings()->sieveReuseConfig());
m_ui->sievePortSpin->setValue(m_parentResource->settings()->sievePort());
m_ui->alternateURL->setText(m_parentResource->settings()->sieveAlternateUrl());
m_vacationFileName = m_parentResource->settings()->sieveVacationFilename();
Akonadi::Collection trashCollection(m_parentResource->settings()->trashCollection());
if (trashCollection.isValid()) {
Akonadi::CollectionFetchJob *fetchJob = new Akonadi::CollectionFetchJob(trashCollection, Akonadi::CollectionFetchJob::Base, this);
connect(fetchJob, &Akonadi::CollectionFetchJob::collectionsReceived, this, &SetupServer::targetCollectionReceived);
} else {
Akonadi::SpecialMailCollectionsRequestJob *requestJob = new Akonadi::SpecialMailCollectionsRequestJob(this);
connect(requestJob, &Akonadi::SpecialMailCollectionsRequestJob::result, this, &SetupServer::localFolderRequestJobFinished);
requestJob->requestDefaultCollection(Akonadi::SpecialMailCollections::Trash);
requestJob->start();
}
m_ui->useDefaultIdentityCheck->setChecked(m_parentResource->settings()->useDefaultIdentity());
if (!m_ui->useDefaultIdentityCheck->isChecked()) {
m_identityCombobox->setCurrentIdentity(m_parentResource->settings()->accountIdentity());
}
m_ui->enableMailCheckBox->setChecked(m_parentResource->settings()->intervalCheckEnabled());
if (m_ui->enableMailCheckBox->isChecked()) {
m_ui->checkInterval->setValue(m_parentResource->settings()->intervalCheckTime());
} else {
m_ui->checkInterval->setEnabled(false);
}
m_ui->autoExpungeCheck->setChecked(m_parentResource->settings()->automaticExpungeEnabled());
if (m_vacationFileName.isEmpty()) {
m_vacationFileName = QStringLiteral("kmail-vacation.siv");
}
m_ui->customUsername->setText(m_parentResource->settings()->sieveCustomUsername());
rejected = false;
const QString customPassword = m_parentResource->settings()->sieveCustomPassword(&rejected);
if (rejected) {
m_ui->customPassword->setEnabled(false);
KMessageBox::information(Q_NULLPTR, i18n("Could not access KWallet. "
"If you want to store the password permanently then you have to "
"activate it. If you do not "
"want to use KWallet, check the box below, but note that you will be "
"prompted for your password when needed."),
i18n("Do not use KWallet"), QStringLiteral("warning_kwallet_disabled"));
} else {
m_ui->customPassword->insert(customPassword);
}
const QString sieverCustomAuth(m_parentResource->settings()->sieveCustomAuthentification());
if (sieverCustomAuth == QLatin1String("ImapUserPassword")) {
m_ui->imapUserPassword->setChecked(true);
} else if (sieverCustomAuth == QLatin1String("NoAuthentification")) {
m_ui->noAuthentification->setChecked(true);
} else if (sieverCustomAuth == QLatin1String("CustomUserPassword")) {
m_ui->customUserPassword->setChecked(true);
}
delete currentUser;
}
virtual void setGuiValue(dyn_t val){
{
QAbstractButton *button = dynamic_cast<QAbstractButton*>(_widget);
if (button!=NULL){
if(val.type==BOOL_TYPE)
button->setChecked(val.bool_number);
else
handleError("Button->setValue received %s, expected BOOL_TYPE", DYN_type_name(val.type));
return;
}
}
{
QAbstractSlider *slider = dynamic_cast<QAbstractSlider*>(_widget);
if (slider!=NULL){
if(val.type==INT_TYPE)
slider->setValue(val.bool_number);
else
handleError("Slider->setValue received %s, expected INT_TYPE", DYN_type_name(val.type));
return;
}
}
{
QLabel *label = dynamic_cast<QLabel*>(_widget);
if (label!=NULL){
if(val.type==STRING_TYPE)
label->setText(STRING_get_qstring(val.string));
else
handleError("Text->setValue received %s, expected STRING_TYPE", DYN_type_name(val.type));
return;
}
}
{
QLineEdit *line_edit = dynamic_cast<QLineEdit*>(_widget);
if (line_edit!=NULL){
if(val.type==STRING_TYPE)
line_edit->setText(STRING_get_qstring(val.string));
else
handleError("Line->setValue received %s, expected STRING_TYPE", DYN_type_name(val.type));
return;
}
}
{
QTextEdit *text_edit = dynamic_cast<QTextEdit*>(_widget);
if (text_edit!=NULL){
if(val.type==STRING_TYPE)
text_edit->setPlainText(STRING_get_chars(val.string));
else
handleError("Text->setValue received %s, expected STRING_TYPE", DYN_type_name(val.type));
return;
}
}
{
QSpinBox *spinbox = dynamic_cast<QSpinBox*>(_widget);
if (spinbox!=NULL){
if (val.type==INT_TYPE)
spinbox->setValue((int)val.int_number);
else
handleError("IntText->setValue received %s, expected INT_TYPE", DYN_type_name(val.type));
return;
}
}
{
QDoubleSpinBox *doublespinbox = dynamic_cast<QDoubleSpinBox*>(_widget);
if (doublespinbox!=NULL){
if (val.type==FLOAT_TYPE)
doublespinbox->setValue(val.float_number);
else
handleError("FloatText->setValue received %s, expected FLOAT_TYPE", DYN_type_name(val.type));
return;
}
}
handleError("Gui #%d does not have a setValue method", _gui_num);
}
void DesktopSwitch::onCurrentDesktopChanged(int current)
{
QAbstractButton *button = m_buttons->button(current - 1);
if (button)
button->setChecked(true);
}
void AMControlMoveButtonContextMenu::onStepSizeIndexChanged(int newIndex)
{
QAbstractButton* currentButton = stepSizeButtons_.button(newIndex);
if(currentButton)
currentButton->setChecked(true);
}
void wxRadioBox::SetSelection(int n)
{
QAbstractButton *qtButton = GetButtonAt( m_qtButtonGroup, n );
wxCHECK_RET( qtButton != NULL, INVALID_INDEX_MESSAGE );
qtButton->setChecked( true );
}
void QgsPropertyOverrideButton::updateSiblingWidgets( bool state )
{
Q_FOREACH ( const SiblingWidget &sw, mSiblingWidgets )
{
switch ( sw.mSiblingType )
{
case SiblingCheckState:
{
// don't uncheck, only set to checked
if ( state )
{
QAbstractButton *btn = qobject_cast< QAbstractButton * >( sw.mWidgetPointer.data() );
if ( btn && btn->isCheckable() )
{
btn->setChecked( sw.mNatural ? state : !state );
}
else
{
QGroupBox *grpbx = qobject_cast< QGroupBox * >( sw.mWidgetPointer.data() );
if ( grpbx && grpbx->isCheckable() )
{
grpbx->setChecked( sw.mNatural ? state : !state );
}
}
}
break;
}
case SiblingEnableState:
{
QLineEdit *le = qobject_cast< QLineEdit * >( sw.mWidgetPointer.data() );
if ( le )
le->setReadOnly( sw.mNatural ? !state : state );
else
sw.mWidgetPointer.data()->setEnabled( sw.mNatural ? state : !state );
break;
}
case SiblingVisibility:
{
sw.mWidgetPointer.data()->setVisible( sw.mNatural ? state : !state );
break;
}
case SiblingExpressionText:
{
QLineEdit *le = qobject_cast<QLineEdit *>( sw.mWidgetPointer.data() );
if ( le )
{
le->setText( mProperty.asExpression() );
}
else
{
QTextEdit *te = qobject_cast<QTextEdit *>( sw.mWidgetPointer.data() );
if ( te )
{
te->setText( mProperty.asExpression() );
}
}
break;
}
default:
break;
}
}
}
ReniceDlg::ReniceDlg(QWidget* parent, const QStringList& processes, int currentCpuPrio, int currentCpuSched, int currentIoPrio, int currentIoSched )
: KDialog( parent )
{
setObjectName( "Renice Dialog" );
setModal( true );
setCaption( i18n("Set Priority") );
setButtons( Ok | Cancel );
previous_cpuscheduler = 0;
connect( this, SIGNAL(okClicked()), SLOT(slotOk()) );
if(currentIoSched == KSysGuard::Process::None) {
// CurrentIoSched == 0 means that the priority is set automatically.
// Using the formula given by the linux kernel Documentation/block/ioprio
currentIoPrio = (currentCpuPrio+20)/5;
}
if(currentIoSched == (int)KSysGuard::Process::BestEffort && currentIoPrio == (currentCpuPrio+20)/5) {
// Unfortunately, in linux you can't ever set a process back to being None. So we fake it :)
currentIoSched = KSysGuard::Process::None;
}
ioniceSupported = (currentIoPrio != -2);
QWidget *widget = new QWidget(this);
setMainWidget(widget);
ui = new Ui_ReniceDlgUi();
ui->setupUi(widget);
ui->listWidget->insertItems(0, processes);
cpuScheduler = new QButtonGroup(this);
cpuScheduler->addButton(ui->radioNormal, (int)KSysGuard::Process::Other);
#ifndef Q_OS_SOLARIS
cpuScheduler->addButton(ui->radioBatch, (int)KSysGuard::Process::Batch);
#else
cpuScheduler->addButton(ui->radioBatch, (int)KSysGuard::Process::Interactive);
ui->radioBatch->setText( i18nc("Scheduler", "Interactive") );
#endif
cpuScheduler->addButton(ui->radioFIFO, (int)KSysGuard::Process::Fifo);
cpuScheduler->addButton(ui->radioRR, (int)KSysGuard::Process::RoundRobin);
if(currentCpuSched >= 0) { //negative means none of these
QAbstractButton *sched = cpuScheduler->button(currentCpuSched);
if(sched) {
sched->setChecked(true); //Check the current scheduler
previous_cpuscheduler = currentCpuSched;
}
}
cpuScheduler->setExclusive(true);
ioScheduler = new QButtonGroup(this);
ioScheduler->addButton(ui->radioIONormal, (int)KSysGuard::Process::None);
ioScheduler->addButton(ui->radioIdle, (int)KSysGuard::Process::Idle);
ioScheduler->addButton(ui->radioRealTime, (int)KSysGuard::Process::RealTime);
ioScheduler->addButton(ui->radioBestEffort, (int)KSysGuard::Process::BestEffort);
if(currentIoSched >= 0) { //negative means none of these
QAbstractButton *iosched = ioScheduler->button(currentIoSched);
if(iosched)
iosched->setChecked(true); //Check the current io scheduler
}
ioScheduler->setExclusive(true);
setSliderRange(); //Update the slider ranges before trying to set their current values
if(ioniceSupported)
ui->sliderIO->setValue(currentIoPrio);
ui->sliderCPU->setValue(currentCpuPrio);
ui->imgCPU->setPixmap( KIcon("cpu").pixmap(128, 128) );
ui->imgIO->setPixmap( KIcon("drive-harddisk").pixmap(128, 128) );
newCPUPriority = 40;
connect(cpuScheduler, SIGNAL(buttonClicked(int)), this, SLOT(cpuSchedulerChanged(int)));
connect(ioScheduler, SIGNAL(buttonClicked(int)), this, SLOT(updateUi()));
connect(ui->sliderCPU, SIGNAL(valueChanged(int)), this, SLOT(cpuSliderChanged(int)));
connect(ui->sliderIO, SIGNAL(valueChanged(int)), this, SLOT(ioSliderChanged(int)));
updateUi();
}
FittingDialog::FittingDialog(MyApp *app, QWidget *parent) :QDialog(parent)
{
mApp = app;
float nDim=mApp->getDim()-1;
float x1Idx1=mApp->getX1RangeLow()/nDim;
float x1Idx2=mApp->getX1RangeHigh()/nDim;
float x2Idx1=mApp->getX2RangeLow()/nDim;
float x2Idx2=mApp->getX2RangeHigh()/nDim;
char tmpStr[20];
int which = mApp->getZeroFitMethod();
setWindowTitle(tr("Fitting Range & Method"));
// Set up the zero-fitting method radio group
QGroupBox *zeroGrpBox = new QGroupBox(tr("Zero-finding method"), this);
QButtonGroup *zeroButGroup = new QButtonGroup(this);
QVBoxLayout *vbox=new QVBoxLayout;
vbox->setSpacing(0);
vbox->setContentsMargins(5, 2, 5, 5);
QRadioButton *radio = new QRadioButton(tr("Fit to CTF-like curve"));
zeroButGroup->addButton(radio, 0);
vbox->addWidget(radio);
radio->setToolTip("Fit to a function based on a CTF curve over the selected range");
radio = new QRadioButton(tr("Fit polynomial to dip"));
zeroButGroup->addButton(radio, 1);
vbox->addWidget(radio);
radio->setToolTip("Fit a polynomial over the selected range and take the minimum as "
"the zero");
radio = new QRadioButton(tr("Find intersection of 2 curves"));
zeroButGroup->addButton(radio, 2);
vbox->addWidget(radio);
radio->setToolTip("Fit curves or lines over two frequency ranges and take the zero as "
"their intersection");
zeroGrpBox->setLayout(vbox);
QAbstractButton *button = zeroButGroup->button(which);
button->setChecked(true);
// Checkbox for finding power and polynomial order spin button
mPowerCheckBox = new QCheckBox(tr("Vary exponent of CTF function"), this);
mPowerCheckBox->setChecked(mApp->getVaryCtfPowerInFit());
mPowerCheckBox->setToolTip("Add a fifth parameter to the fit to vary the exponent of "
"the function being fit");
QHBoxLayout *orderHbox = new QHBoxLayout;
mOrderLabel = new QLabel(tr("Order of polynomial:"), this);
orderHbox->addWidget(mOrderLabel);
mOrderSpinBox = new QSpinBox(this);
mOrderSpinBox->setRange(2, 6);
mOrderSpinBox->setSingleStep(1);
mOrderSpinBox->setValue(mApp->getPolynomialOrder());
orderHbox->addWidget(mOrderSpinBox);
mOrderSpinBox->setToolTip("Set the order for the polynomial fit, e.g., 3 for cubic");
// FREQUENCY SCALE CHANGE: FOUR " / 2." AND %4.2f -> %4.3f
// X1 start and end fields
mX1_label_1=new QLabel(tr("X1 &Starts:"), this);
sprintf(tmpStr, "%4.3f", x1Idx1 / 2.);
mX1_edit_1=new QLineEdit(tmpStr, this);
mX1_label_1->setBuddy(mX1_edit_1);
mX1_edit_1->setToolTip("Starting frequency (in 1/pixel) of range for CTF-like, "
"polynomial, or first curve fit");
//printf("??????????%f \n", x1Idx1);
mX1_label_2=new QLabel(tr("X1 &Ends:"), this);
sprintf(tmpStr, "%4.3f", x1Idx2 / 2.);
mX1_edit_2=new QLineEdit(tmpStr, this);
mX1_label_2->setBuddy(mX1_edit_1);
mX1_edit_2->setToolTip("Ending frequency (in 1/pixel) of range for "
"first curve fit");
// Set up the X1 fitting radio group
mX1Group=new QGroupBox(tr("X1 fitting method"), this);
QButtonGroup *x1ButGroup = new QButtonGroup(this);
mX1LinearRadio=new QRadioButton(tr("Line"));
mX1SimplexRadio=new QRadioButton(tr("Gaussian"));
x1ButGroup->addButton(mX1LinearRadio, 0);
x1ButGroup->addButton(mX1SimplexRadio, 1);
mX1SimplexRadio->setChecked(true);
vbox=new QVBoxLayout;
vbox->addWidget(mX1LinearRadio);
vbox->addWidget(mX1SimplexRadio);
mX1Group->setLayout(vbox);
vbox->setSpacing(0);
vbox->setContentsMargins(5, 2, 5, 5);
mX2_label_1=new QLabel(tr("X2 S&tarts:"), this);
sprintf(tmpStr, "%4.3f", x2Idx1 / 2.);
mX2_edit_1=new QLineEdit(tmpStr, this);
mX2_label_1->setBuddy(mX2_edit_1);
mX2_edit_1->setToolTip("Starting frequency (in 1/pixel) of range for "
"second curve fit");
mX2_label_2=new QLabel(tr("X2 E&nds:"), this);
sprintf(tmpStr, "%4.3f", x2Idx2 / 2.);
mX2_edit_2=new QLineEdit(tmpStr, this);
mX2_label_2->setBuddy(mX2_edit_2);
mX2_edit_2->setToolTip("Ending frequency (in 1/pixel) of range for CTF-like, "
"polynomial, or second curve fit");
mX2Group=new QGroupBox(tr("X2 fitting method"), this);
mX2LinearRadio=new QRadioButton(tr("Line"));
mX2SimplexRadio=new QRadioButton(tr("Gaussian"));
QButtonGroup *x2ButGroup = new QButtonGroup(this);
x2ButGroup->addButton(mX2LinearRadio, 0);
x2ButGroup->addButton(mX2SimplexRadio, 1);
mX2SimplexRadio->setChecked(true);
QVBoxLayout *vbox2=new QVBoxLayout;
vbox2->addWidget(mX2LinearRadio);
vbox2->addWidget(mX2SimplexRadio);
mX2Group->setLayout(vbox2);
vbox2->setSpacing(0);
vbox2->setContentsMargins(5, 2, 5, 5);
QHBoxLayout *baseOrderHbox = new QHBoxLayout;
mBaselineLabel = new QLabel(tr("Baseline fitting order:"), this);
baseOrderHbox->addWidget(mBaselineLabel);
mBaselineSpinBox = new QSpinBox(this);
mBaselineSpinBox->setRange(0, 4);
mBaselineSpinBox->setSingleStep(1);
mBaselineSpinBox->setValue(mApp->getBaselineOrder());
baseOrderHbox->addWidget(mBaselineSpinBox);
mBaselineSpinBox->setToolTip("Set the order for a polynomial fit to make baseline "
"flat, or 0 for none (hot keys 0 to 4 in plotter window)");
mApplyButton= new QPushButton( tr("&Apply"), this);
mApplyButton->setDefault(true);
mApplyButton->setEnabled(false);
mCloseButton=new QPushButton( tr("&Close"), this);
connect(mX1_edit_1, SIGNAL(textChanged(const QString &)), this,
SLOT(enableApplyButton(const QString &)) );
connect(mX1_edit_2, SIGNAL(textChanged(const QString &)), this,
SLOT(enableApplyButton(const QString &)) );
connect(mX2_edit_1, SIGNAL(textChanged(const QString &)), this,
SLOT(enableApplyButton(const QString &)) );
connect(mX2_edit_2, SIGNAL(textChanged(const QString &)), this,
SLOT(enableApplyButton(const QString &)) );
connect(mApplyButton, SIGNAL(clicked()), this, SLOT(rangeSetted()) );
connect(mCloseButton, SIGNAL(clicked()), this, SLOT(close()) );
connect(mX1LinearRadio, SIGNAL(clicked()), this, SLOT(x1LinearChecked()) );
connect(mX1SimplexRadio, SIGNAL(clicked()), this, SLOT(x1SimplexChecked()) );
connect(mX2LinearRadio, SIGNAL(clicked()), this, SLOT(x2LinearChecked()) );
connect(mX2SimplexRadio, SIGNAL(clicked()), this, SLOT(x2SimplexChecked()) );
connect(zeroButGroup, SIGNAL(buttonClicked(int)), this, SLOT(zeroMethodClicked(int)));
connect(mPowerCheckBox, SIGNAL(clicked(bool)), this, SLOT(fitPowerClicked(bool)));
connect(mOrderSpinBox, SIGNAL(valueChanged(int)), this, SLOT(orderChanged(int)));
connect(mBaselineSpinBox, SIGNAL(valueChanged(int)), this, SLOT(baseOrderChanged(int)));
QHBoxLayout *x1HLayout_1=new QHBoxLayout;
x1HLayout_1->addWidget(mX1_label_1);
x1HLayout_1->addWidget(mX1_edit_1);
QHBoxLayout *x1HLayout_2=new QHBoxLayout;
x1HLayout_2->addWidget(mX1_label_2);
x1HLayout_2->addWidget(mX1_edit_2);
QVBoxLayout *x1VLayout=new QVBoxLayout;
x1VLayout->addLayout(x1HLayout_1);
x1VLayout->addLayout(x1HLayout_2);
QHBoxLayout *x1HLayout_3= new QHBoxLayout;
x1HLayout_3->addLayout(x1VLayout);
x1HLayout_3->addWidget(mX1Group);
QHBoxLayout *x2HLayout_1=new QHBoxLayout;
x2HLayout_1->addWidget(mX2_label_1);
x2HLayout_1->addWidget(mX2_edit_1);
QHBoxLayout *x2HLayout_2=new QHBoxLayout;
x2HLayout_2->addWidget(mX2_label_2);
x2HLayout_2->addWidget(mX2_edit_2);
QVBoxLayout *x2VLayout=new QVBoxLayout;
x2VLayout->addLayout(x2HLayout_1);
x2VLayout->addLayout(x2HLayout_2);
QHBoxLayout *x2HLayout_3= new QHBoxLayout;
x2HLayout_3->addLayout(x2VLayout);
x2HLayout_3->addWidget(mX2Group);
QHBoxLayout *lowHLayout=new QHBoxLayout;
lowHLayout->addWidget(mApplyButton);
lowHLayout->addWidget(mCloseButton);
QVBoxLayout *mainLayout=new QVBoxLayout(this);
mainLayout->setMargin(11);
mainLayout->setSpacing(6);
mainLayout->addWidget(zeroGrpBox);
mainLayout->addWidget(mPowerCheckBox);
mainLayout->addLayout(orderHbox);
mainLayout->addLayout(x1HLayout_3);
mainLayout->addLayout(x2HLayout_3);
mainLayout->addLayout(baseOrderHbox);
mainLayout->addLayout(lowHLayout);
manageWidgets(which);
}
// Update associated QWidget / QObject based on treeGuiWidget_ data
void QtWidgetObject::updateQt()
{
// Check treeGuiWidget_ pointer first
if (treeGuiWidget_ == NULL)
{
printf("Critical Error: treeGuiWidget_ pointer has not been set in QtWidgetObject.\n");
return;
}
// Do generic properties here
if (qWidget_ != NULL)
{
qWidget_->setEnabled(treeGuiWidget_->enabled());
qWidget_->setVisible(treeGuiWidget_->visible());
// And corresponding label
if (labelWidget_ != NULL)
{
labelWidget_->setEnabled(treeGuiWidget_->enabled());
labelWidget_->setVisible(treeGuiWidget_->visible());
}
}
// Now, check widget type to see what we do
if (treeGuiWidget_->type() == TreeGuiWidget::ButtonWidget)
{
QPushButton *button = static_cast<QPushButton*>(qWidget_);
if (!button) printf("Critical Error: Couldn't cast stored qWidget_ pointer into QPushButton.\n");
}
else if (treeGuiWidget_->type() == TreeGuiWidget::CheckWidget)
{
QCheckBox *check = static_cast<QCheckBox*>(qWidget_);
if (!check) printf("Critical Error: Couldn't cast stored qWidget_ pointer into QCheckBox.\n");
else
{
check->setChecked(treeGuiWidget_->valueI() == 1);
}
}
else if (treeGuiWidget_->type() == TreeGuiWidget::ComboWidget)
{
QComboBox* combo = static_cast<QComboBox*>(qWidget_);
if (!combo) printf("Critical Error: Couldn't cast stored qWidget_ pointer into QComboBox.\n");
else
{
// Has items list been modified since last update
if (treeGuiWidget_->propertyChanged(TreeGuiWidgetEvent::ItemsProperty))
{
combo->clear();
for (int n=0; n<treeGuiWidget_->comboItems().count(); ++n) combo->addItem(treeGuiWidget_->comboItems().at(n));
treeGuiWidget_->resetChanged(TreeGuiWidgetEvent::ItemsProperty);
}
// Set current index
combo->setCurrentIndex(treeGuiWidget_->valueI()-1);
}
}
else if (treeGuiWidget_->type() == TreeGuiWidget::DoubleSpinWidget)
{
QDoubleSpinBox* spin = static_cast<QDoubleSpinBox*>(qWidget_);
if (!spin) printf("Critical Error: Couldn't cast stored qWidget_ pointer into QDoubleSpinBox.\n");
else
{
spin->setRange(treeGuiWidget_->minimumD(), treeGuiWidget_->maximumD());
spin->setValue(treeGuiWidget_->valueD());
}
}
else if (treeGuiWidget_->type() == TreeGuiWidget::EditWidget)
{
QLineEdit *edit = static_cast<QLineEdit*>(qWidget_);
if (!edit) printf("Critical Error: Couldn't cast stored qWidget_ pointer into QTextEdit.\n");
else
{
edit->setText(treeGuiWidget_->text());
}
}
else if (treeGuiWidget_->type() == TreeGuiWidget::IntegerSpinWidget)
{
QSpinBox *spin = static_cast<QSpinBox*>(qWidget_);
if (!spin) printf("Critical Error: Couldn't cast stored qWidget_ pointer into QSpinBox.\n");
else
{
spin->setRange(treeGuiWidget_->minimumI(), treeGuiWidget_->maximumI());
spin->setValue(treeGuiWidget_->valueI());
}
}
else if (treeGuiWidget_->type() == TreeGuiWidget::LabelWidget)
{
QLabel *label = static_cast<QLabel*>(qWidget_);
if (!label) printf("Critical Error: Couldn't cast stored qWidget_ pointer into QLabel.\n");
else
{
label->setText(treeGuiWidget_->text());
}
}
else if (treeGuiWidget_->type() == TreeGuiWidget::RadioButtonWidget)
{
QRadioButton *button = static_cast<QRadioButton*>(qWidget_);
if (!button) printf("Critical Error: Couldn't cast stored qWidget_ pointer into QRadioButton.\n");
else
{
button->setChecked(treeGuiWidget_->valueI() == 1);
}
}
else if (treeGuiWidget_->type() == TreeGuiWidget::RadioGroupWidget)
{
QButtonGroup *butgroup = static_cast<QButtonGroup*>(qObject_);
if (!butgroup) printf("Critical Error: Couldn't cast stored qObject_ pointer into QButtonGroup.\n");
else
{
QAbstractButton *button = butgroup->button(treeGuiWidget_->valueI());
if (!button) printf("Critical Error: Couldn't find button with id %i in button group.\n", treeGuiWidget_->valueI());
else button->setChecked(true);
}
}
else if (treeGuiWidget_->type() == TreeGuiWidget::TabWidget)
{
QTabWidget *tabs = static_cast<QTabWidget*>(qWidget_);
if (!tabs) printf("Critical Error: Couldn't cast stored qWidget_ pointer into QTabWidget.\n");
else
{
tabs->setCurrentIndex(treeGuiWidget_->valueI()-1);
}
}
else if (treeGuiWidget_->type() == TreeGuiWidget::StackWidget)
{
QStackedWidget *stack = static_cast<QStackedWidget*>(qWidget_);
if (!stack) printf("Critical Error: Couldn't cast stored qWidget_ pointer into QStackedWidget.\n");
else
{
stack->setCurrentIndex(treeGuiWidget_->valueI()-1);
}
}
}
DriverWidget::DriverWidget(const Device &device, QWidget *parent)
: QWidget(parent)
, ui(new Ui::Form)
, m_radioGroup(new QButtonGroup(this))
{
ui->setupUi(this);
ui->label->setText(xi18nc("@info %1 is hardware vendor, %2 is hardware model",
"<title>%1 %2</title>",
device.vendor,
device.model));
// We want to sort drivers so they have consistent order across starts.
QList<Driver> driverList = device.drivers;
qSort(driverList);
foreach (const Driver &driver, driverList) {
// This driver is not manual, but also has no package, hence we cannot
// do anything with it and should not display anything.
if (driver.package == nullptr && !driver.manualInstall){
qDebug() << "encountered invalid driver" << driver.package << driver.manualInstall << "for" << device.model;
continue;
}
QAbstractButton *button;
if (driverList.count() <= 1) {
button = new QCheckBox(this);
m_radioGroup->setExclusive(false);
} else {
button = new QRadioButton(this);
}
button->setProperty("package", driver.packageName);
button->setProperty("builtin", driver.builtin);
ui->verticalLayout->addWidget(button);
m_radioGroup->addButton(button);
if (driver.fuzzyActive) {
button->setChecked(true);
}
if (driver.manualInstall) {
button->setText(i18nc("Manually installed 3rd party driver",
"This device is using a manually-installed driver : (%1)",
driver.packageName));
break; // Manually installed drivers have no additional information available.
}
if (driver.recommended) {
button->setText(i18nc("%1 is description and %2 is package name; when driver is recommended for use",
"Using %1 from %2 (Recommended Driver)",
driver.package->shortDescription(),
driver.package->name()));
} else { // !recommended
button->setText(i18nc("%1 is description and %2 is package name",
"Using %1 from %2",
driver.package->shortDescription(),
driver.package->name()));
}
if (driver.free) {
button->setToolTip(i18nc("The driver is under a open source license",
"Open Source Driver"));
} else { // !free
button->setToolTip(i18nc("The driver is under a proprietary license",
"Proprietary Driver"));
}
}
m_indexSelected = m_radioGroup->checkedId();
m_defaultSelection = m_indexSelected;
connect(m_radioGroup, SIGNAL(buttonClicked(QAbstractButton*)), this, SIGNAL(selectionChanged()));
}
void QgsPropertyOverrideButton::updateSiblingWidgets( bool state )
{
Q_FOREACH ( const SiblingWidget &sw, mSiblingWidgets )
{
switch ( sw.mSiblingType )
{
case SiblingCheckState:
{
// don't uncheck, only set to checked
if ( state )
{
QAbstractButton *btn = qobject_cast< QAbstractButton * >( sw.mWidgetPointer.data() );
if ( btn && btn->isCheckable() )
{
btn->setChecked( sw.mNatural ? state : !state );
}
else
{
QGroupBox *grpbx = qobject_cast< QGroupBox * >( sw.mWidgetPointer.data() );
if ( grpbx && grpbx->isCheckable() )
{
grpbx->setChecked( sw.mNatural ? state : !state );
}
}
}
break;
}
case SiblingEnableState:
{
QLineEdit *le = qobject_cast< QLineEdit * >( sw.mWidgetPointer.data() );
if ( le )
le->setReadOnly( sw.mNatural ? !state : state );
else
sw.mWidgetPointer.data()->setEnabled( sw.mNatural ? state : !state );
break;
}
case SiblingVisibility:
{
sw.mWidgetPointer.data()->setVisible( sw.mNatural ? state : !state );
break;
}
case SiblingExpressionText:
{
QLineEdit *le = qobject_cast<QLineEdit *>( sw.mWidgetPointer.data() );
if ( le )
{
le->setText( mProperty.asExpression() );
}
else
{
QTextEdit *te = qobject_cast<QTextEdit *>( sw.mWidgetPointer.data() );
if ( te )
{
te->setText( mProperty.asExpression() );
}
}
break;
}
case SiblingLinkedWidget:
{
if ( QgsColorButton *cb = qobject_cast< QgsColorButton * >( sw.mWidgetPointer.data() ) )
{
if ( state && mProperty.isProjectColor() )
{
QRegularExpression rx( QStringLiteral( "^project_color\\('(.*)'\\)$" ) );
QRegularExpressionMatch match = rx.match( mExpressionString );
if ( match.hasMatch() )
{
cb->linkToProjectColor( match.captured( 1 ) );
}
}
else
{
cb->linkToProjectColor( QString() );
}
}
break;
}
}
}
}
