void testCurrentCount() {
string current("Bob");
vector<UnreadPair> unreads;
unreads.push_back(UnreadPair("Bob", 3));
ChatMessageSummarizer summary;
CPPUNIT_ASSERT_EQUAL(string("Bob (3)"), summary.getSummary(current, unreads));
}
void testCurrentCountOthersCount() {
string current("Bob");
vector<UnreadPair> unreads;
unreads.push_back(UnreadPair("Bert", 2));
unreads.push_back(UnreadPair("Bob", 11));
unreads.push_back(UnreadPair("Betty", 7));
ChatMessageSummarizer summary;
CPPUNIT_ASSERT_EQUAL(string("Bob (11) and 2 others (9)"), summary.getSummary(current, unreads));
}
void testCurrentNoneOtherCount() {
string current("Bob");
vector<UnreadPair> unreads;
unreads.push_back(UnreadPair("Bert", 0));
unreads.push_back(UnreadPair("Bob", 0));
unreads.push_back(UnreadPair("Betty", 7));
ChatMessageSummarizer summary;
CPPUNIT_ASSERT_EQUAL(string("Bob; Betty (7)"), summary.getSummary(current, unreads));
}
void testEmpty() {
string current("");
vector<UnreadPair> unreads;
ChatMessageSummarizer summary;
CPPUNIT_ASSERT_EQUAL(current, summary.getSummary(current, unreads));
}
void QtChatTabs::handleTabTitleUpdated(QWidget* widget) {
if (!widget) {
return;
}
QtTabbable* tabbable = qobject_cast<QtTabbable*>(widget);
int index = tabs_->indexOf(widget);
if (index < 0) {
return;
}
QString tabText = tabbable->windowTitle().simplified();
// look for spectrum-generated and other long JID localparts, and
// try to abbreviate the resulting long tab texts
QRegExp hasTrailingGarbage("^(.[-\\w\\s&]+)([^\\s\\w].*)$");
if (hasTrailingGarbage.exactMatch(tabText) &&
hasTrailingGarbage.cap(1).simplified().length() >= 2 &&
hasTrailingGarbage.cap(2).length() >= 7) {
// there may be some trailing garbage, and it's long
// enough to be worth removing, and we'd leave at
// least a couple of characters.
tabText = hasTrailingGarbage.cap(1).simplified();
}
// QTabBar interprets &, so escape that
tabText.replace("&", "&&");
// see which alt[a-z] keys other tabs use
bool accelsTaken[26];
int i = 0;
while (i < 26) {
accelsTaken[i] = (i == 0); //A is used for 'switch to active tab'
i++;
}
int other = tabs_->tabBar()->count();
while (other >= 0) {
other--;
if (other != index) {
QString t = tabs_->tabBar()->tabText(other).toLower();
int r = t.indexOf('&');
if (r >= 0 && t[r+1] >= 'a' && t[r+1] <= 'z') {
accelsTaken[t[r+1].unicode()-'a'] = true;
}
}
}
// then look to see which letters in tabText may be used
i = 0;
int accelPos = -1;
while (i < tabText.length() && accelPos < 0) {
if (tabText[i] >= 'A' && tabText[i] <= 'Z' &&
!accelsTaken[tabText[i].unicode()-'A']) {
accelPos = i;
}
if (tabText[i] >= 'a' && tabText[i] <= 'z' &&
!accelsTaken[tabText[i].unicode()-'a']) {
accelPos = i;
}
++i;
}
if (accelPos >= 0) {
tabText = tabText.mid(0, accelPos) + "&" + tabText.mid(accelPos);
}
// this could be improved on some european keyboards, such as
// the German one (where alt-Sz-Ligature is available) and basically
// doesn't work on Arabic/Indic keyboards (where Latin letters
// aren't available), but I don't care to deal with those.
tabs_->setTabText(index, tabbable->getCount() > 0 ? QString("(%1) %2").arg(tabbable->getCount()).arg(tabText) : tabText);
QColor tabTextColor;
switch (tabbable->getWidgetAlertState()) {
case QtTabbable::WaitingActivity : tabTextColor = QColor(217, 20, 43); break;
case QtTabbable::ImpendingActivity : tabTextColor = QColor(27, 171, 32); break;
default : tabTextColor = QColor();
}
tabs_->tabBar()->setTabTextColor(index, tabTextColor);
std::vector<std::pair<std::string, int> > unreads;
for (int i = 0; i < tabs_->count(); i++) {
QtTabbable* tab = qobject_cast<QtTabbable*>(tabs_->widget(i));
if (tab) {
unreads.push_back(std::pair<std::string, int>(Q2PSTRING(tab->windowTitle()), tab->getCount()));
}
}
std::string current(Q2PSTRING(qobject_cast<QtTabbable*>(tabs_->currentWidget())->windowTitle()));
ChatMessageSummarizer summary;
setWindowTitle(summary.getSummary(current, unreads).c_str());
}
