Differential D11 Diff 31 src/matrix-room-list.cpp

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src/matrix-room-list.cpp

Show First 20 Lines • Show All 44 Lines • ▼ Show 20 Lines	, m_roomIds(lager::with(m_tagIdCursor, m_client.rooms(), m_filter, m_client.roomIdsByTagId())
auto roomName = [](const auto &room) {		auto roomName = [](const auto &room) {
auto content = room.stateEvents[{"m.room.name", ""}].content().get();		auto content = room.stateEvents[{"m.room.name", ""}].content().get();
if (content.contains("name") && content["name"].is_string()) {		if (content.contains("name") && content["name"].is_string()) {
return content["name"].template get<std::string>();		return content["name"].template get<std::string>();
}		}
return std::string();		return std::string();
};		};

auto applyFilter = zug::filter([&filter, &allRooms, &roomName](const auto &id) {		auto roomHeroNames = [](const auto &room) {
		auto heroEvents = room.heroMemberEvents();
		return intoImmer(
		immer::flex_vector<std::string>(),
		zug::map([](const Event &ev) {
		auto content = ev.content().get();
		if (content.contains("displayname") && content["displayname"].is_string()) {
		return content["displayname"].template get<std::string>();
		}
		return std::string();
		}),
		heroEvents
		);
		};

		auto applyFilter = zug::filter([&filter, &allRooms, &roomName, &roomHeroNames](const auto &id) {
		if (filter.empty()) {
		return true;
		}

const auto &room = allRooms[id];		const auto &room = allRooms[id];
		// Use exact match for room id
		if (room.roomId == filter) {
		return true;
		}

auto name = roomName(room);		auto name = roomName(room);
return		if (!name.empty()) {
// Use substring match for name search		// Use substring match for name search
name.find(filter) != std::string::npos		return name.find(filter) != std::string::npos;
// Use exact match for room id		}
\|\| room.roomId == filter;
		// The room has no name, use hero names for the search
		auto heroes = roomHeroNames(room);
		// If any of the room hero matches the filter, consider it a match
		return std::any_of(heroes.begin(), heroes.end(),
		[&filter](const auto &name) {
		return name.find(filter) != std::string::npos;
		})
		\|\| std::any_of(room.heroIds.begin(), room.heroIds.end(),
		[&filter](const auto &id) {
		return id.find(filter) != std::string::npos;
		});
});		});

auto sortByTimestampDesc = [allRooms](std::vector<std::string> container) {		auto sortByTimestampDesc = [allRooms](std::vector<std::string> container) {
std::sort(		std::sort(
container.begin(),		container.begin(),
container.end(),		container.end(),
[allRooms](const std::string &idA, const std::string &idB) {		[allRooms](const std::string &idA, const std::string &idB) {
return latestEventTimestamp(allRooms[idA])		return latestEventTimestamp(allRooms[idA])
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