void DBWorker::createTab(const Tab &tab) { #if DEBUG_LOGS qDebug() << "new tab id: " << tab.tabId(); #endif QSqlQuery query = prepare("INSERT INTO tab (tab_id, tab_history_id) VALUES (?,?);"); query.bindValue(0, tab.tabId()); query.bindValue(1, 0); execute(query); if (tab.url().isEmpty()) { return; } int linkId = createLink(tab.url(), tab.title(), tab.thumbnailPath()); if (addToBrowserHistory(tab.url(), tab.title()) == Error) { qWarning() << Q_FUNC_INFO << "failed to add url to history" << tab.url(); } int historyId = addToTabHistory(tab.tabId(), linkId); if (historyId > 0) { updateTab(tab.tabId(), historyId); } else { qWarning() << Q_FUNC_INFO << "failed to add url to tab history" << tab.url(); } #if DEBUG_LOGS qDebug() << "created link:" << linkId << "with history id:" << historyId << "for tab:" << tab.tabId() << tab.url(); #endif }
void DeclarativeTabModel::tabChanged(Tab tab) { // When a tab was closed do not update anything from database as // loading might be on going. if (m_activeTabClosed && this->sender() == DBManager::instance()) { m_activeTabClosed = false; return; } #ifdef DEBUG_LOGS qDebug() << "tab: " << tab.tabId() << m_activeTab.tabId() << tab.currentLink().thumbPath() << tab.currentLink().url() << tab.currentLink().title() << m_tabs.indexOf(tab); #endif if (tab.tabId() == m_activeTab.tabId()) { updateActiveTab(tab); } else { int i = m_tabs.indexOf(tab); // match based on tab_id if (i > -1) { QVector<int> roles; Tab oldTab = m_tabs[i]; if (oldTab.currentLink().url() != tab.currentLink().url()) { roles << UrlRole; } if (oldTab.currentLink().title() != tab.currentLink().title()) { roles << TitleRole; } if (oldTab.currentLink().thumbPath() != tab.currentLink().thumbPath()) { roles << ThumbPathRole; } m_tabs[i] = tab; QModelIndex start = index(i, 0); QModelIndex end = index(i, 0); emit dataChanged(start, end, roles); } } }
bool DeclarativeTabModel::tabSort(const Tab &t1, const Tab &t2) { int i1 = s_tabOrder.indexOf(t1.tabId()); int i2 = s_tabOrder.indexOf(t2.tabId()); if (i2 == -1) { return true; } else { return i1 < i2; } }
void DeclarativeTabModel::tabChanged(const Tab &tab) { #ifdef DEBUG_LOGS qDebug() << &m_activeTab; qDebug() << "new tab data:" << &tab; #endif if (m_activeTab.tabId() == tab.tabId()) { updateActiveTab(tab); } else { int i = m_tabs.indexOf(tab); // match based on tab_id if (i > -1) { QVector<int> roles; Tab oldTab = m_tabs[i]; if (oldTab.url() != tab.url()) { roles << UrlRole; } if (oldTab.title() != tab.title()) { roles << TitleRole; } if (oldTab.thumbnailPath() != tab.thumbnailPath()) { roles << ThumbPathRole; } m_tabs[i] = tab; QModelIndex start = index(i, 0); QModelIndex end = index(i, 0); emit dataChanged(start, end, roles); } } }
void DeclarativeTabModel::updateActiveTab(const Tab &activeTab, bool loadActiveTab) { #if DEBUG_LOGS qDebug() << "new active tab:" << &activeTab << "old active tab:" << &m_activeTab << "count:" << m_tabs.count(); #endif if (m_tabs.isEmpty()) { return; } if (m_activeTab != activeTab) { int oldTabId = m_activeTab.tabId(); m_activeTab = activeTab; // If tab has changed, update active tab role. int tabIndex = activeTabIndex(); if (oldTabId != m_activeTab.tabId() && tabIndex >= 0) { emit activeTabIndexChanged(); } // To avoid blinking we don't expose "activeTabIndex" as a model role because // it should be updated over here and this is too early. // Instead, we pass current contentItem and activeTabIndex // when pushing the TabPage to the PageStack. This is the signal changes the // contentItem of WebView. emit activeTabChanged(oldTabId, activeTab.tabId(), loadActiveTab); } }
bool Tab::operator==(const Tab &other) const { return (m_tabId == other.tabId() && m_previousLinkId == other.m_previousLinkId && m_nextLinkId == other.m_nextLinkId && m_currentLink == other.m_currentLink); }
void DeclarativeTabModel::updateActiveTab(const Tab &activeTab) { #ifdef DEBUG_LOGS qDebug() << "old active tab: " << &m_activeTab << m_tabs.count(); qDebug() << "new active tab: " << &activeTab; #endif if (m_activeTab != activeTab) { int oldTabId = m_activeTab.tabId(); m_activeTab = activeTab; emit activeTabChanged(oldTabId, activeTab.tabId()); saveTabOrder(); } }
void DeclarativeTabModel::updateActiveTab(const Tab &newActiveTab, bool updateCurrentTab) { #ifdef DEBUG_LOGS qDebug() << "change tab: " << updateCurrentTab << m_currentTab; qDebug() << "old active tab: " << m_activeTab.tabId() << m_activeTab.isValid() << m_activeTab.currentLink().url() << m_tabs.count(); qDebug() << "new active tab: " << newActiveTab.tabId() << newActiveTab.isValid() << newActiveTab.currentLink().url(); #endif m_activeTab = newActiveTab; emit currentTabIdChanged(); saveTabOrder(); if (updateCurrentTab && m_currentTab) { m_currentTab->tabChanged(m_activeTab); } }
void DeclarativeTabModel::removeTab(const Tab &tab, int index) { #ifdef DEBUG_LOGS qDebug() << "index:" << index << tab.currentLink().url(); #endif int tabId = tab.tabId(); DBManager::instance()->removeTab(tabId); QFile f(tab.currentLink().thumbPath()); if (f.exists()) { f.remove(); } if (index >= 0) { m_tabs.removeAt(index); } }