void UIGInformationGroup::sltBuildStep(QString strStepId, int iStepNumber)
{
/* Cleanup build-step: */
delete m_pBuildStep;
m_pBuildStep = 0;
/* Is step id valid? */
if (strStepId != m_strGroupId)
return;
/* Step number feats the bounds: */
if (iStepNumber >= 0 && iStepNumber < m_machineItems.size())
{
/* Should we create a new set for this step? */
UIGInformationSet *pSet = 0;
if (iStepNumber > m_items.size() - 1)
pSet = new UIGInformationSet(this);
/* Or use existing? */
else
pSet = m_items.at(iStepNumber)->toSet();
/* Create next build-step: */
m_pBuildStep = new UIInformationBuildStep(this, pSet, strStepId, iStepNumber + 1);
/* Build set: */
pSet->buildSet(m_machineItems[iStepNumber], m_machineItems.size() == 1, model()->informationWindowElements());
}
else
{
/* Notify listener about build done: */
emit sigBuildDone();
}
}
void UIDetailsGroup::sltBuildStep(const QUuid &uStepId, int iStepNumber)
{
/* Cleanup build-step: */
delete m_pBuildStep;
m_pBuildStep = 0;
/* Is step id valid? */
if (uStepId != m_uGroupId)
return;
/* Step number feats the bounds: */
if (iStepNumber >= 0 && iStepNumber < m_machineItems.size())
{
/* Should we create a new set for this step? */
UIDetailsSet *pSet = 0;
if (iStepNumber > m_items.size() - 1)
pSet = new UIDetailsSet(this);
/* Or use existing? */
else
pSet = m_items.at(iStepNumber)->toSet();
/* Create next build-step: */
m_pBuildStep = new UIPrepareStep(this, pSet, uStepId, iStepNumber + 1);
/* Build set: */
pSet->buildSet(m_machineItems[iStepNumber], m_machineItems.size() == 1, model()->categories());
}
else
{
/* Notify listener about build done: */
emit sigBuildDone();
}
}
void UIGInformationElementPreview::updateAppearance()
{
/* Call to base-class: */
UIGInformationElement::updateAppearance();
/* Set new machine attribute directly: */
m_pPreview->setMachine(machine());
emit sigBuildDone();
}
void UIGDetailsSet::buildSet(UIVMItem *pMachineItem, bool fFullSet, const QStringList &settings)
{
/* Remember passed arguments: */
m_machine = pMachineItem->machine();
m_fElementNameHoverable = pMachineItem->reconfigurable();
m_fHasDetails = pMachineItem->hasDetails();
m_fFullSet = fFullSet;
m_settings = settings;
/* Cleanup superfluous items: */
if (!m_fFullSet || !m_fHasDetails)
{
int iFirstItem = m_fHasDetails ? DetailsElementType_Display : DetailsElementType_General;
int iLastItem = DetailsElementType_Description;
bool fCleanupPerformed = false;
for (int i = iFirstItem; i <= iLastItem; ++i)
if (m_elements.contains(i))
{
delete m_elements[i];
fCleanupPerformed = true;
}
if (fCleanupPerformed)
updateGeometry();
}
/* Make sure we have details: */
if (!m_fHasDetails)
{
/* Reset last-step number: */
m_iLastStepNumber = -1;
/* Notify parent group we are built: */
emit sigBuildDone();
return;
}
/* Choose last-step number: */
m_iLastStepNumber = m_fFullSet ? DetailsElementType_Description : DetailsElementType_Preview;
/* Fetch USB controller restrictions: */
const CUSBController &ctl = m_machine.GetUSBController();
if (ctl.isNull() || !ctl.GetProxyAvailable())
{
QString strElementTypeOpened = gpConverter->toInternalString(DetailsElementType_USB);
QString strElementTypeClosed = strElementTypeOpened + "Closed";
m_settings.removeAll(strElementTypeOpened);
m_settings.removeAll(strElementTypeClosed);
}
/* Start building set: */
rebuildSet();
}
void UIGInformationElementInterface::sltUpdateAppearanceFinished(UITask *pTask)
{
/* Make sure that is one of our tasks: */
if (pTask->type() != UITask::Type_DetailsPopulation)
return;
/* Skip unrelated tasks: */
if (m_pTask != pTask)
return;
/* Assign new text if changed: */
const UITextTable newText = pTask->property("table").value<UITextTable>();
if (text() != newText)
setText(newText);
/* Mark task processed: */
m_pTask = 0;
/* Notify listeners about update task complete: */
emit sigBuildDone();
}
void UIGDetailsSet::sltBuildStep(QString strStepId, int iStepNumber)
{
/* Cleanup build-step: */
delete m_pBuildStep;
m_pBuildStep = 0;
/* Is step id valid? */
if (strStepId != m_strSetId)
return;
/* Step number feats the bounds: */
if (iStepNumber >= 0 && iStepNumber <= m_iLastStepNumber)
{
/* Load details settings: */
DetailsElementType elementType = (DetailsElementType)iStepNumber;
QString strElementTypeOpened = gpConverter->toInternalString(elementType);
QString strElementTypeClosed = strElementTypeOpened + "Closed";
/* Should the element be visible? */
bool fVisible = m_settings.contains(strElementTypeOpened) || m_settings.contains(strElementTypeClosed);
/* Should the element be opened? */
bool fOpen = m_settings.contains(strElementTypeOpened);
/* Check if element is present already: */
UIGDetailsElement *pElement = element(elementType);
if (pElement && fOpen)
pElement->open(false);
/* Create element if necessary: */
bool fJustCreated = false;
if (!pElement)
{
fJustCreated = true;
pElement = createElement(elementType, fOpen);
}
/* Show element if necessary: */
if (fVisible && !pElement->isVisible())
{
/* Show the element: */
pElement->show();
/* Recursively update size-hint: */
pElement->updateGeometry();
/* Update layout: */
model()->updateLayout();
}
/* Hide element if necessary: */
else if (!fVisible && pElement->isVisible())
{
/* Hide the element: */
pElement->hide();
/* Recursively update size-hint: */
updateGeometry();
/* Update layout: */
model()->updateLayout();
}
/* Update model if necessary: */
else if (fJustCreated)
model()->updateLayout();
/* For visible element: */
if (pElement->isVisible())
{
/* Create next build-step: */
m_pBuildStep = new UIBuildStep(this, pElement, strStepId, iStepNumber + 1);
/* Build element: */
pElement->updateAppearance();
}
/* For invisible element: */
else
{
/* Just build next step: */
sltBuildStep(strStepId, iStepNumber + 1);
}
}
/* Step number out of bounds: */
else
{
/* Update model: */
model()->updateLayout();
/* Repaint all the items: */
foreach (UIGDetailsItem *pItem, items())
pItem->update();
/* Notify listener about build done: */
emit sigBuildDone();
}
}
