void DeclarativeTabModel::updateNewTabData(NewTabData *newTabData)
{
bool hadNewTabData = hasNewTabData();
QString currentTabUrl = newTabUrl();
bool urlChanged = newTabData ? currentTabUrl != newTabData->url : !currentTabUrl.isEmpty();
m_newTabData.reset(newTabData);
if (urlChanged) {
emit newTabUrlChanged();
}
if (hadNewTabData != hasNewTabData()) {
emit hasNewTabDataChanged();
}
}
void DeclarativeTabModel::updateUrl(int tabId, bool activeTab, QString url, bool backForwardNavigation, bool initialLoad)
{
if (backForwardNavigation)
{
updateTabUrl(tabId, activeTab, url, false);
} else if (!hasNewTabData()) {
updateTabUrl(tabId, activeTab, url, !initialLoad);
} else {
addTab(url, newTabTitle());
}
resetNewTabData();
}
void DeclarativeTabModel::updateUrl(int tabId, bool activeTab, QString url)
{
if (m_backForwardNavigation && activeTab)
{
updateTabUrl(tabId, activeTab, url, false);
} else if (!hasNewTabData() && activeTab) {
updateTabUrl(tabId, activeTab, url, true);
} else {
addTab(url, newTabTitle());
}
resetNewTabData();
}
int DeclarativeTabModel::newTabParentId() const
{
return hasNewTabData() ? m_newTabData->parentId : 0;
}
QObject *DeclarativeTabModel::newTabPreviousPage() const
{
return hasNewTabData() ? m_newTabData->previousPage : 0;
}
QString DeclarativeTabModel::newTabTitle() const
{
return hasNewTabData() ? m_newTabData->title : "";
}
QString DeclarativeTabModel::newTabUrl() const
{
return hasNewTabData() ? m_newTabData->url : "";
}