void LibraryTreeWidget::onCustomContextMenuRequested(const QPoint& pos)
{
QMenu menu(this);
bool file = false;
bool folder = false;
bool project = false;
int size = selectedItems().size();
for (int i = 0; i < selectedItems().size(); ++i)
{
if (selectedItems()[i]->parent() == NULL)
{
project = true;
}
else
{
QString fileName = selectedItems()[i]->data(0, Qt::UserRole).toMap()["filename"].toString();
if (fileName.isEmpty() == true)
folder = true;
else
file = true;
}
}
if (size == 1 && (folder || project))
{
menu.addAction(addNewFileAction_);
menu.addAction(importToLibraryAction_);
menu.addAction(newFolderAction_);
}
if (size > 0 && !project)
menu.addAction(removeAction_);
if (size == 1 && folder)
menu.addAction(renameAction_);
if (size == 1 && (folder || project))
menu.addAction(sortAction_);
if (size == 1 && file)
{
menu.addAction(insertIntoDocumentAction_);
QMap<QString, QVariant> data = selectedItems()[0]->data(0, Qt::UserRole).toMap();
QString fileName = data["filename"].toString();
QFileInfo fileInfo(fileName);
QString ext = fileInfo.suffix().toLower();
if (ext == "lua")
{
menu.addAction(codeDependenciesAction_);
bool excludeFromExecution = data.contains("excludeFromExecution") && data["excludeFromExecution"].toBool();
excludeFromExecutionAction_->setChecked(excludeFromExecution);
menu.addAction(excludeFromExecutionAction_);
}
if (ext == "png" || ext == "jpg" || ext == "jpeg")
{
bool downsizing = data.contains("downsizing") && data["downsizing"].toBool();
automaticDownsizingAction_->setChecked(downsizing);
menu.addAction(automaticDownsizingAction_);
}
}
if (size == 1 && project)
menu.addAction(projectPropertiesAction_);
if (!menu.isEmpty())
menu.exec(QCursor::pos());
}
void MsScWriter::note(const QString pitch, const QVector<Bww::BeamType> beamList,
const QString type, const int dots,
bool tieStart, bool /*TODO tieStop */,
StartStop triplet,
bool grace)
{
qDebug() << "MsScWriter::note()"
<< "type:" << type
<< "dots:" << dots
<< "grace" << grace
;
if (!stepAlterOctMap.contains(pitch)
|| !typeMap.contains(type)) {
// TODO: error message
return;
}
StepAlterOct sao = stepAlterOctMap.value(pitch);
int ticks = 4 * Ms::MScore::division / type.toInt();
if (dots) ticks = 3 * ticks / 2;
qDebug() << "ticks:" << ticks;
Ms::TDuration durationType(Ms::TDuration::DurationType::V_INVALID);
durationType.setVal(ticks);
qDebug() << "duration:" << durationType.name();
if (triplet != ST_NONE) ticks = 2 * ticks / 3;
Ms::Beam::Mode bm = (beamList.at(0) == Bww::BM_BEGIN) ? Ms::Beam::Mode::BEGIN : Ms::Beam::Mode::AUTO;
Ms::Direction sd = Ms::Direction::AUTO;
// create chord
Ms::Chord* cr = new Ms::Chord(score);
//ws cr->setTick(tick);
cr->setBeamMode(bm);
cr->setTrack(0);
if (grace) {
cr->setNoteType(Ms::NoteType::GRACE32);
cr->setDurationType(Ms::TDuration::DurationType::V_32ND);
sd = Ms::Direction::UP;
}
else {
if (durationType.type() == Ms::TDuration::DurationType::V_INVALID)
durationType.setType(Ms::TDuration::DurationType::V_QUARTER);
cr->setDurationType(durationType);
sd = Ms::Direction::DOWN;
}
cr->setDuration(durationType.fraction());
cr->setDots(dots);
cr->setStemDirection(sd);
// add note to chord
Ms::Note* note = new Ms::Note(score);
note->setTrack(0);
xmlSetPitch(note, sao.s.toLatin1(), sao.a, sao.o);
if (tieStart) {
Ms::Tie* tie = new Ms::Tie(score);
note->setTieFor(tie);
tie->setStartNote(note);
tie->setTrack(0);
}
cr->add(note);
// add chord to measure
if (!grace) {
Ms::Segment* s = currentMeasure->getSegment(Ms::Segment::Type::ChordRest, tick);
s->add(cr);
if (!currentGraceNotes.isEmpty()) {
for (int i = currentGraceNotes.size() - 1; i >=0; i--)
cr->add(currentGraceNotes.at(i));
currentGraceNotes.clear();
}
doTriplet(cr, triplet);
int tickBefore = tick;
tick += ticks;
Ms::Fraction nl(Ms::Fraction::fromTicks(tick - currentMeasure->tick()));
currentMeasure->setLen(nl);
qDebug() << "MsScWriter::note()"
<< "tickBefore:" << tickBefore
<< "tick:" << tick
<< "nl:" << nl.print()
;
}
else {
currentGraceNotes.append(cr);
}
}
void
rce::gui::RImageMarkerScene::
mousePressEvent(QGraphicsSceneMouseEvent *mouseEvent)
{
if(mouseEvent->button() == Qt::LeftButton)
{
const QGraphicsView *eventView = NULL;
if(mouseEvent->widget() != NULL)
{
eventView = dynamic_cast<const QGraphicsView*>(mouseEvent->widget()->parentWidget());
}
QTransform viewTransform;
if(eventView != NULL)
{
viewTransform = eventView->transform();
}
itemEdited_ = false;
switch(mode_)
{
case rce::gui::RImageMarkerScene::DrawPointMode:
{
// check if there is handle under mouse
QList<QGraphicsItem *> itemsUnderMouse = items(rce::gui::getSceneRectAroundScreenPos(mouseEvent->screenPos(),
mouseEvent->scenePos(),
dynamic_cast<const QGraphicsView*>(mouseEvent->widget()->parentWidget())),
Qt::IntersectsItemBoundingRect,
Qt::DescendingOrder,
viewTransform);
QGraphicsItem *handle = NULL;
for(int i = 0; i < itemsUnderMouse.size(); ++i)
{
if((itemsUnderMouse[i]->data(RCE_ITEM_TYPE_DATA_INDEX).toUInt() == HandleType)
&& itemsUnderMouse[i]->boundingRect().contains(itemsUnderMouse[i]->mapFromScene(mouseEvent->scenePos())))
{
handle = itemsUnderMouse[i];
break;
}
}
if(handle != NULL)
{ // there is handle, set is as active
activeHandleIdx_ = 0;
}
else
{
activeHandleIdx_ = -1;
}
}
break;
case rce::gui::RImageMarkerScene::DrawPolygonMode:
case rce::gui::RImageMarkerScene::DrawPolylineMode:
{
// check if there is handle under mouse
QList<QGraphicsItem *> itemsUnderMouse = items(rce::gui::getSceneRectAroundScreenPos(mouseEvent->screenPos(),
mouseEvent->scenePos(),
dynamic_cast<const QGraphicsView*>(mouseEvent->widget()->parentWidget())),
Qt::IntersectsItemBoundingRect,
Qt::DescendingOrder,
viewTransform);
QGraphicsItem *handle = NULL;
for(int i = 0; i < itemsUnderMouse.size(); ++i)
{
if((itemsUnderMouse[i]->data(RCE_ITEM_TYPE_DATA_INDEX).toUInt() == HandleType)
&& itemsUnderMouse[i]->boundingRect().contains(itemsUnderMouse[i]->mapFromScene(mouseEvent->scenePos())))
{
handle = itemsUnderMouse[i];
break;
}
}
if(handle != NULL)
{ // there is handle, set is as active
activeHandleIdx_ = handle->data(RCE_ITEM_ID_DATA_INDEX).toInt();
}
else
{ // there is not handle - create new
addControlPoint(mouseEvent->scenePos());
itemEdited_ = true;
activeHandleIdx_ = handles_.size() - 1;
}
}
break;
case rce::gui::RImageMarkerScene::PickPolygonMode:
case rce::gui::RImageMarkerScene::PickPolylineMode:
case rce::gui::RImageMarkerScene::PickPointMode:
case rce::gui::RImageMarkerScene::PickAnyMode:
{
QVector<quint32> polygons;
QVector<quint32> polylines;
QVector<quint32> points;
getItemsAtPosition(rce::gui::getSceneRectAroundScreenPos(mouseEvent->screenPos(),
mouseEvent->scenePos(),
dynamic_cast<const QGraphicsView*>(mouseEvent->widget()->parentWidget())),
polygons,
polylines,
points,
viewTransform);
if(polygons.size() + polylines.size() + points.size() > 1)
{ // show menu
QMap<QAction *, quint32> actionToPolygon;
QMap<QAction *, quint32> actionToPolyline;
QMap<QAction *, quint32> actionToPoint;
QMenu *ctxMenu = new QMenu(mouseEvent->widget());
ctxMenu->setTitle(tr("Pick Item..."));
foreach(quint32 polygonID,
polygons)
{
actionToPolygon[ctxMenu->addAction(getPolygonDisplayName(polygonID))] = polygonID;
}
ctxMenu->addSeparator();
foreach(quint32 polylineID,
polylines)
{
actionToPolyline[ctxMenu->addAction(getPolylineDisplayName(polylineID))] = polylineID;
}
ctxMenu->addSeparator();
foreach(quint32 pointID,
points)
{
actionToPoint[ctxMenu->addAction(getPointDisplayName(pointID))] = pointID;
}
QAction *selectedAction = ctxMenu->exec(mouseEvent->screenPos());
if(actionToPolygon.contains(selectedAction))
{
pickedItem_ = polygonItems_[actionToPolygon[selectedAction]];
emit pickedPolygon(actionToPolygon[selectedAction]);
}
else if(actionToPolyline.contains(selectedAction))
{
pickedItem_ = polylineItems_[actionToPolyline[selectedAction]];
emit pickedPolyline(actionToPolyline[selectedAction]);
}
else if(actionToPoint.contains(selectedAction))
{
pickedItem_ = pointItems_[actionToPoint[selectedAction]];
emit pickedPoint(actionToPoint[selectedAction]);
}
else
{
pickedItem_ = NULL;
emit pickedNothing();
}
ctxMenu->deleteLater();
}
else
{
if(polygons.size() == 1)
{
pickedItem_ = polygonItems_[polygons[0]];
emit pickedPolygon(polygons[0]);
}
else if(polylines.size() == 1)
{
pickedItem_ = polylineItems_[polylines[0]];
emit pickedPolyline(polylines[0]);
}
else if(points.size() == 1)
{
pickedItem_ = pointItems_[points[0]];
emit pickedPoint(points[0]);
}
else
{
pickedItem_ = NULL;
emit pickedNothing();
}
}
}
break;
}
void FriendWidget::contextMenuEvent(QContextMenuEvent * event)
{
QPoint pos = event->globalPos();
QString id = Core::getInstance()->getFriendAddress(friendId);
QString dir = Settings::getInstance().getAutoAcceptDir(id);
QMenu menu;
QMenu* inviteMenu = menu.addMenu(tr("Invite to group","Menu to invite a friend to a groupchat"));
QAction* copyId = menu.addAction(tr("Copy friend ID","Menu to copy the Tox ID of that friend"));
QMap<QAction*, Group*> groupActions;
for (Group* group : GroupList::groupList)
{
QAction* groupAction = inviteMenu->addAction(group->widget->getName());
groupActions[groupAction] = group;
}
if (groupActions.isEmpty())
inviteMenu->setEnabled(false);
QAction* setAlias = menu.addAction(tr("Set alias..."));
menu.addSeparator();
QAction* autoAccept = menu.addAction(tr("Auto accept files from this friend", "context menu entry"));
autoAccept->setCheckable(true);
autoAccept->setChecked(!dir.isEmpty());
menu.addSeparator();
QAction* removeFriendAction = menu.addAction(tr("Remove friend", "Menu to remove the friend from our friendlist"));
QAction* selectedItem = menu.exec(pos);
if (selectedItem)
{
if (selectedItem == copyId)
{
emit copyFriendIdToClipboard(friendId);
return;
} else if (selectedItem == setAlias)
{
setFriendAlias();
}
else if (selectedItem == removeFriendAction)
{
hide();
show(); //Toggle visibility to work around bug of repaintEvent() not being fired on parent widget when this is hidden
hide();
emit removeFriend(friendId);
return;
}
else if (selectedItem == autoAccept)
{
if (!autoAccept->isChecked())
{
qDebug() << "not checked";
dir = QDir::homePath();
autoAccept->setChecked(false);
Settings::getInstance().setAutoAcceptDir(id, "");
}
if (autoAccept->isChecked())
{
dir = QFileDialog::getExistingDirectory(0, tr("Choose an auto accept directory","popup title"), dir);
autoAccept->setChecked(true);
qDebug() << "FriendWidget: setting auto accept dir for" << friendId << "to" << dir;
Settings::getInstance().setAutoAcceptDir(id, dir);
}
}
else if (groupActions.contains(selectedItem))
{
Group* group = groupActions[selectedItem];
Core::getInstance()->groupInviteFriend(friendId, group->groupId);
}
}
}
GPGME_Error GPGME::init(const QString & gpgHomeDir)
{
if (instancesStore.contains(gpgHomeDir)) {
return GPG_ERR_NO_ERROR;
}
setlocale(LC_ALL, "");
gpgme_check_version(NULL);
gpgme_set_locale(NULL, LC_CTYPE, setlocale (LC_CTYPE, NULL));
#ifdef LC_MESSAGES
gpgme_set_locale (NULL, LC_MESSAGES, setlocale (LC_MESSAGES, NULL));
#endif
gpgme_error_t err;
gpgme_ctx_t context;
err = gpgme_engine_check_version(GPGME_PROTOCOL_OpenPGP);
if (err != GPG_ERR_NO_ERROR) {
return err;
}
QString protocolName = gpgme_get_protocol_name(GPGME_PROTOCOL_OpenPGP);
qDebug() << "protocol: " << protocolName;
gpgme_engine_info_t engineInfo;
err = gpgme_get_engine_info(&engineInfo);
if (err != GPG_ERR_NO_ERROR) {
return err;
}
qDebug() << "Backend info";
qDebug() << "filename: " << engineInfo->file_name << ", homedir: " << engineInfo->home_dir;
err = gpgme_new(&context);
if (err != GPG_ERR_NO_ERROR) {
return err;
}
err = gpgme_set_protocol(context, GPGME_PROTOCOL_OpenPGP);
if (err != GPG_ERR_NO_ERROR) {
return err;
}
// we don't need to set gnupg home dir explicitly
QString gnupgHome;
if (gpgHomeDir.isEmpty()) {
// i.e. use default gnupg directory or one from environment
QString gnupgHomeEnv = QString::fromLatin1(qgetenv("GNUPGHOME"));
if (!gnupgHomeEnv.isEmpty()) {
gnupgHome = gnupgHomeEnv;
} else {
// use default path: "~/.gnupg"
QDir gh = QDir::home();
gh.cd(".gnupg");
gnupgHome = gh.canonicalPath();
}
} else {
QDir gh(gpgHomeDir);
gnupgHome = gh.canonicalPath();
}
qDebug() << "GNUPGHOME" << gnupgHome;
err = gpgme_ctx_set_engine_info(context, GPGME_PROTOCOL_OpenPGP,
engineInfo->file_name,
gnupgHome.toLatin1().data()
);
if (err != GPG_ERR_NO_ERROR) {
return err;
}
GPGME * inst = new GPGME(context, gnupgHome);
instancesStore[gpgHomeDir] = inst;
qDebug() << "gpgme initalized for the directory " << gnupgHome << "[store key: " << gpgHomeDir << "]";
return GPG_ERR_NO_ERROR;
}
Response::ResponseCode Server_ProtocolHandler::processGameCommandContainer(const CommandContainer &cont, ResponseContainer &rc)
{
static QList<GameCommand::GameCommandType> antifloodCommandsWhiteList = QList<GameCommand::GameCommandType>()
// draw/undo card draw (example: drawing 10 cards one by one from the deck)
<< GameCommand::DRAW_CARDS
<< GameCommand::UNDO_DRAW
// create, delete arrows (example: targeting with 10 cards during an attack)
<< GameCommand::CREATE_ARROW
<< GameCommand::DELETE_ARROW
// set card attributes (example: tapping 10 cards at once)
<< GameCommand::SET_CARD_ATTR
// increment / decrement counter (example: -10 life points one by one)
<< GameCommand::INC_COUNTER
// mulling lots of hands in a row
<< GameCommand::MULLIGAN
// allows a user to sideboard without receiving flooding message
<< GameCommand::MOVE_CARD;
if (authState == NotLoggedIn)
return Response::RespLoginNeeded;
QMap<int, QPair<int, int> > gameMap = getGames();
if (!gameMap.contains(cont.game_id()))
return Response::RespNotInRoom;
const QPair<int, int> roomIdAndPlayerId = gameMap.value(cont.game_id());
QReadLocker roomsLocker(&server->roomsLock);
Server_Room *room = server->getRooms().value(roomIdAndPlayerId.first);
if (!room)
return Response::RespNotInRoom;
QReadLocker roomGamesLocker(&room->gamesLock);
Server_Game *game = room->getGames().value(cont.game_id());
if (!game) {
if (room->getExternalGames().contains(cont.game_id())) {
server->sendIsl_GameCommand(cont,
room->getExternalGames().value(cont.game_id()).server_id(),
userInfo->session_id(),
roomIdAndPlayerId.first,
roomIdAndPlayerId.second
);
return Response::RespNothing;
}
return Response::RespNotInRoom;
}
QMutexLocker gameLocker(&game->gameMutex);
Server_Player *player = game->getPlayers().value(roomIdAndPlayerId.second);
if (!player)
return Response::RespNotInRoom;
int commandCountingInterval = server->getCommandCountingInterval();
int maxCommandCountPerInterval = server->getMaxCommandCountPerInterval();
GameEventStorage ges;
Response::ResponseCode finalResponseCode = Response::RespOk;
for (int i = cont.game_command_size() - 1; i >= 0; --i) {
const GameCommand &sc = cont.game_command(i);
logDebugMessage(QString("game %1 player %2: ").arg(cont.game_id()).arg(roomIdAndPlayerId.second) + QString::fromStdString(sc.ShortDebugString()));
if (commandCountingInterval > 0) {
int totalCount = 0;
if (commandCountOverTime.isEmpty())
commandCountOverTime.prepend(0);
if(!antifloodCommandsWhiteList.contains((GameCommand::GameCommandType) getPbExtension(sc)))
++commandCountOverTime[0];
for (int i = 0; i < commandCountOverTime.size(); ++i)
totalCount += commandCountOverTime[i];
if (totalCount > maxCommandCountPerInterval)
return Response::RespChatFlood;
}
Response::ResponseCode resp = player->processGameCommand(sc, rc, ges);
if (resp != Response::RespOk)
finalResponseCode = resp;
}
ges.sendToGame(game);
return finalResponseCode;
}
bool KMCupsJobManager::editJobAttributes(KMJob *j)
{
IppRequest req;
req.setOperation(IPP_GET_JOB_ATTRIBUTES);
req.addURI(IPP_TAG_OPERATION, "job-uri", j->uri());
/*
if (!j->uri().isEmpty())
{
KURL url(j->uri());
req.setHost(url.host());
req.setPort(url.port());
}
*/
if (!req.doRequest("/"))
{
KMManager::self()->setErrorMsg(i18n("Unable to retrieve job information: ")+req.statusMessage());
return false;
}
QMap<QString,QString> opts = req.toMap(IPP_TAG_JOB);
// translate the "Copies" option to non-CUPS syntax
if (opts.contains("copies"))
opts["kde-copies"] = opts["copies"];
if (opts.contains("page-set"))
opts["kde-pageset"] = (opts["page-set"] == "even" ? "2" : (opts["page-set"] == "odd" ? "1" : "0"));
if (opts.contains("OutputOrder"))
opts["kde-pageorder"] = opts["OutputOrder"];
if (opts.contains("multiple-document-handling"))
opts["kde-collate"] = (opts["multiple-document-handling"] == "separate-documents-collated-copies" ? "Collate" : "Uncollate");
if (opts.contains("page-ranges"))
opts["kde-range"] = opts["page-ranges"];
// find printer and construct dialog
KMPrinter *prt = KMManager::self()->findPrinter(j->printer());
if (!prt)
{
KMManager::self()->setErrorMsg(i18n("Unable to find printer %1.").arg(j->printer()));
return false;
}
KMManager::self()->completePrinterShort(prt);
KPrinter::ApplicationType oldAppType = KPrinter::applicationType();
KPrinter::setApplicationType(KPrinter::StandAlone);
KPrinterPropertyDialog dlg(prt);
dlg.setDriver(KMManager::self()->loadPrinterDriver(prt));
KMFactory::self()->uiManager()->setupPrinterPropertyDialog(&dlg);
KPrinter::setApplicationType( oldAppType );
if (dlg.driver())
dlg.addPage(new KPDriverPage(prt, dlg.driver(), &dlg));
dlg.addPage(new KPCopiesPage(0, &dlg));
dlg.addPage(new KPSchedulePage(&dlg));
dlg.addPage(new KPTagsPage(true, &dlg));
dlg.setOptions(opts);
dlg.enableSaveButton(false);
dlg.setCaption(i18n("Attributes of Job %1@%2 (%3)").arg(j->id()).arg(j->printer()).arg(j->name()));
if (dlg.exec())
{
opts.clear();
// include default values to override non-default values
dlg.getOptions(opts, true);
// translate the "Copies" options from non-CUPS syntax
opts["copies"] = opts["kde-copies"];
opts["OutputOrder"] = opts["kde-pageorder"];
opts["multiple-document-handling"] = (opts["kde-collate"] == "Collate" ? "separate-documents-collated-copies" : "separate-documents-uncollated-copies");
opts["page-set"] = (opts["kde-pageset"] == "1" ? "odd" : (opts["kde-pageset"] == "2" ? "even" : "all"));
// it seems CUPS is buggy. Disable page-ranges modification, otherwise nothing gets printed
opts["page-ranges"] = processRange(opts["kde-range"]);
req.init();
req.setOperation(IPP_SET_JOB_ATTRIBUTES);
req.addURI(IPP_TAG_OPERATION, "job-uri", j->uri());
req.addName(IPP_TAG_OPERATION, "requesting-user-name", CupsInfos::self()->login());
req.setMap(opts);
//req.dump(1);
if (!req.doRequest("/jobs/"))
{
KMManager::self()->setErrorMsg(i18n("Unable to set job attributes: ")+req.statusMessage());
return false;
}
}
return true;
}
bool SASLAuthFeature::xmppStanzaIn(IXmppStream *AXmppStream, Stanza &AStanza, int AOrder)
{
if (AXmppStream==FXmppStream && AOrder==XSHO_XMPP_FEATURE)
{
if (AStanza.kind() == "challenge")
{
QByteArray challengeData = QByteArray::fromBase64(AStanza.element().text().toLatin1());
LOG_STRM_DEBUG(FXmppStream->streamJid(),QString("SASL auth challenge received: %1").arg(QString::fromUtf8(challengeData)));
QMap<QByteArray, QByteArray> responseMap;
QMap<QByteArray, QByteArray> challengeMap = parseChallenge(challengeData);
if (challengeMap.value("qop") == "auth")
{
QByteArray randBytes(32,' ');
for (int i=0; i<randBytes.size(); i++)
randBytes[i] = (char) (256.0 * qrand() / (RAND_MAX + 1.0));
responseMap["cnonce"] = randBytes.toHex();
if (challengeMap.contains("realm"))
responseMap["realm"] = challengeMap.value("realm");
else
responseMap["realm"] = FXmppStream->streamJid().pDomain().toUtf8();
responseMap["username"] = FXmppStream->streamJid().pNode().toUtf8();
responseMap["nonce"] = challengeMap.value("nonce");
responseMap["nc"] = "00000001";
responseMap["qop"] = "auth";
responseMap["digest-uri"] = QString("xmpp/%1").arg(FXmppStream->streamJid().pDomain()).toUtf8();
responseMap["charset"] = "utf-8";
responseMap["response"] = getResponseValue(responseMap,FXmppStream->password());
}
QByteArray responseData = serializeResponse(responseMap);
Stanza response("response",NS_FEATURE_SASL);
response.element().appendChild(response.createTextNode(responseData.toBase64()));
FXmppStream->sendStanza(response);
LOG_STRM_DEBUG(FXmppStream->streamJid(),QString("SASL auth response sent: %1").arg(QString::fromUtf8(responseData)));
}
else
{
FXmppStream->removeXmppStanzaHandler(XSHO_XMPP_FEATURE,this);
if (AStanza.kind() == "success")
{
LOG_STRM_INFO(FXmppStream->streamJid(),"Authorization successes");
deleteLater();
emit finished(true);
}
else if (AStanza.kind() == "failure")
{
XmppSaslError err(AStanza.element());
LOG_STRM_WARNING(FXmppStream->streamJid(),QString("Authorization failed: %1").arg(err.condition()));
emit error(err);
}
else
{
XmppError err(IERR_SASL_AUTH_INVALID_RESPONSE);
LOG_STRM_WARNING(FXmppStream->streamJid(),QString("Authorization error: Invalid stanza kind=%1").arg(AStanza.kind()));
emit error(err);
}
}
return true;
}
return false;
}
bool HsMenuClientPrivate::add(const QVariantMap &entryPreference)
{
bool result = false;
QMap<QString, QVariant> pref = entryPreference;
CaIconDescription iconDesc;
if(pref.contains(hsItemId))
{
QSharedPointer<CaEntry> update_entry = CaService::instance()->getEntry(pref.take(hsItemId).toInt());
if(pref.contains(hsItemLocName))
{
update_entry->setText(pref.take(hsItemLocName).toString(),true);
}
else
{
update_entry->setText(pref.take(hsItemName).toString());
}
if(pref.contains(hsItemLocDescription))
{
update_entry->setDescription(pref.take(hsItemLocDescription).toString(), true);
}
else
{
update_entry->setDescription(pref.take(hsItemDescription).toString());
}
iconDesc.setFilename(pref.take(hsIconFileName).toString());
iconDesc.setSkinId(pref.take(hsIconName).toString());
iconDesc.setApplicationId(pref.take(hsIconApplicationId).toString());
update_entry->setIconDescription(iconDesc);
QMapIterator<QString, QVariant> k(pref);
while (k.hasNext()) {
k.next();
update_entry->setAttribute(k.key(),k.value().toString());
}
result = CaService::instance()->updateEntry(*update_entry);
}
else if ((pref.contains(hsItemName) || pref.contains(hsItemLocName)) && pref.contains(hsitemLaunchUri) && pref.contains(hsitemPublisherId))
{
CaEntry add_entry(ItemEntryRole);
add_entry.setEntryTypeName(Hs::templatedApplicationTypeName);
// mandatory values
if(pref.contains(hsItemLocName))
{
add_entry.setText(pref.take(hsItemLocName).toString(),true);
}
else
{
add_entry.setText(pref.take(hsItemName).toString());
}
iconDesc.setFilename(pref.take(hsIconFileName).toString());
iconDesc.setSkinId(pref.take(hsIconName).toString());
iconDesc.setApplicationId(pref.take(hsIconApplicationId).toString());
add_entry.setIconDescription(iconDesc);
if(pref.contains(hsItemLocDescription))
{
add_entry.setDescription(pref.take(hsItemLocDescription).toString(), true);
}
else
{
add_entry.setDescription(pref.take(hsItemDescription).toString());
}
QMapIterator<QString, QVariant> k(pref);
while (k.hasNext()) {
k.next();
add_entry.setAttribute(k.key(),k.value().toString());
}
add_entry.setFlags(add_entry.flags() & ~RemovableEntryFlag);
QSharedPointer<CaEntry> entry = CaService::instance()->createEntry(add_entry);
if (!entry.isNull()) {
result = true;
}
}
else
{
return false;
}
return result;
}
// This method will cause the class to rebuild its text representation.
// based on the parent classifier object.
// For any situation in which this is called, we are either building the code
// document up, or replacing/regenerating the existing auto-generated parts. As
// such, we will want to insert everything we resonablely will want
// during creation. We can set various parts of the document (esp. the
// comments) to appear or not, as needed.
void DClassifierCodeDocument::updateContent()
{
// Gather info on the various fields and parent objects of this class...
UMLClassifier * c = getParentClassifier();
Q_ASSERT(c != 0);
CodeGenerationPolicy * commonPolicy = UMLApp::app()->commonPolicy();
CodeGenPolicyExt * pe = UMLApp::app()->policyExt();
DCodeGenerationPolicy * policy = dynamic_cast<DCodeGenerationPolicy*>(pe);
// first, set the global flag on whether or not to show classfield info
// This depends on whether or not we have attribute/association classes
const CodeClassFieldList * cfList = getCodeClassFieldList();
CodeClassFieldList::const_iterator it = cfList->begin();
CodeClassFieldList::const_iterator end = cfList->end();
for (; it != end; ++it) {
CodeClassField * field = *it;
if (field->parentIsAttribute())
field->setWriteOutMethods(policy->getAutoGenerateAttribAccessors());
else
field->setWriteOutMethods(policy->getAutoGenerateAssocAccessors());
}
// attribute-based ClassFields
// we do it this way to have the static fields sorted out from regular ones
CodeClassFieldList staticAttribClassFields = getSpecificClassFields (CodeClassField::Attribute, true);
CodeClassFieldList attribClassFields = getSpecificClassFields (CodeClassField::Attribute, false);
// association-based ClassFields
// don't care if they are static or not..all are lumped together
CodeClassFieldList plainAssocClassFields = getSpecificClassFields (CodeClassField::PlainAssociation);
CodeClassFieldList aggregationClassFields = getSpecificClassFields (CodeClassField::Aggregation);
CodeClassFieldList compositionClassFields = getSpecificClassFields (CodeClassField::Composition);
bool isInterface = parentIsInterface();
bool hasOperationMethods = false;
UMLOperationList list = c->getOpList();
hasOperationMethods = ! list.isEmpty();
QString endLine = commonPolicy->getNewLineEndingChars(); // a shortcut..so we don't have to call this all the time
//
// START GENERATING CODE/TEXT BLOCKS and COMMENTS FOR THE DOCUMENT
//
//
// PACKAGE CODE BLOCK
//
QString pkgs = getPackage();
pkgs.replace(QRegExp(QLatin1String("::")), QLatin1String("."));
QString packageText = getPackage().isEmpty() ? QString() : QString(QLatin1String("package ")+pkgs+QLatin1Char(';')+endLine);
CodeBlockWithComments * pblock = addOrUpdateTaggedCodeBlockWithComments(QLatin1String("packages"), packageText, QString(), 0, false);
if (packageText.isEmpty() && pblock->contentType() == CodeBlock::AutoGenerated)
pblock->setWriteOutText(false);
else
pblock->setWriteOutText(true);
// IMPORT CODEBLOCK
//
// Q: Why all utils? Aren't just List and Vector the only classes we are using?
// A: doesn't matter at all; it is more readable to just include '*' and d compilers
// don't slow down or anything. (TZ)
QString importStatement;
if (hasObjectVectorClassFields())
importStatement.append(QLatin1String("import d.util.*;"));
//only import classes in a different package from this class
UMLPackageList imports;
QMap<UMLPackage*, QString> packageMap; // so we don't repeat packages
CodeGenerator::findObjectsRelated(c, imports);
for (UMLPackageListIt importsIt(imports); importsIt.hasNext();) {
UMLPackage *con = importsIt.next();
// NO (default) datatypes in the import statement.. use defined
// ones whould be possible, but no idea how to do that...at least for now.
// Dynamic casting is slow..not an optimal way to do this.
if (!packageMap.contains(con) && !con->isUMLDatatype())
{
packageMap.insert(con, con->package());
// now, we DON'T need to import classes that are already in our own package
// (that is, IF a package is specified). Otherwise, we should have a declaration.
if (con->package() != c->package() ||
(c->package().isEmpty() && con->package().isEmpty()))
{
importStatement.append(endLine+QLatin1String("import "));
if (!con->package().isEmpty())
importStatement.append(con->package()+QLatin1Char('.'));
importStatement.append(CodeGenerator::cleanName(con->name())+QLatin1Char(';'));
}
}
}
// now, add/update the imports codeblock
CodeBlockWithComments * iblock = addOrUpdateTaggedCodeBlockWithComments(QLatin1String("imports"), importStatement, QString(), 0, false);
if (importStatement.isEmpty() && iblock->contentType() == CodeBlock::AutoGenerated)
iblock->setWriteOutText(false);
else
iblock->setWriteOutText(true);
// CLASS DECLARATION BLOCK
//
// get the declaration block. If it is not already present, add it too
DClassDeclarationBlock * myClassDeclCodeBlock = getClassDecl();
addTextBlock(myClassDeclCodeBlock); // note: wont add if already present
// NOW create document in sections..
// now we want to populate the body of our class
// our layout is the following general groupings of code blocks:
// start d classifier document
// header comment
// package code block
// import code block
// class declaration
// section:
// - class field declaration section comment
// - class field declarations (0+ codeblocks)
// section:
// - methods section comment
// sub-section: constructor ops
// - constructor method section comment
// - constructor methods (0+ codeblocks)
// sub-section: accessors
// - accessor method section comment
// - static accessor methods (0+ codeblocks)
// - non-static accessor methods (0+ codeblocks)
// sub-section: non-constructor ops
// - operation method section comment
// - operations (0+ codeblocks)
// end class declaration
// end d classifier document
// Q: Why use the more complicated scheme of arranging code blocks within codeblocks?
// A: This will allow us later to preserve the format of our document so that if
// codeblocks are added, they may be easily added in the correct place, rather than at
// the end of the document, or by using a difficult algorithm to find the location of
// the last appropriate code block sibling (which may not exist.. for example user adds
// a constructor operation, but there currently are no constructor code blocks
// within the document).
//
// * CLASS FIELD declaration section
//
// get/create the field declaration code block
HierarchicalCodeBlock * fieldDeclBlock = myClassDeclCodeBlock->getHierarchicalCodeBlock(QLatin1String("fieldsDecl"), QLatin1String("Fields"), 1);
// Update the comment: we only set comment to appear under the following conditions
CodeComment * fcomment = fieldDeclBlock->getComment();
if (isInterface || (!forceDoc() && !hasClassFields()))
fcomment->setWriteOutText(false);
else
fcomment->setWriteOutText(true);
// now actually declare the fields within the appropriate HCodeBlock
declareClassFields(staticAttribClassFields, fieldDeclBlock);
declareClassFields(attribClassFields, fieldDeclBlock);
declareClassFields(plainAssocClassFields, fieldDeclBlock);
declareClassFields(aggregationClassFields, fieldDeclBlock);
declareClassFields(compositionClassFields, fieldDeclBlock);
//
// METHODS section
//
// get/create the method codeblock
HierarchicalCodeBlock * methodsBlock = myClassDeclCodeBlock->getHierarchicalCodeBlock(QLatin1String("methodsBlock"), QLatin1String("Methods"), 1);
// Update the section comment
CodeComment * methodsComment = methodsBlock->getComment();
// set conditions for showing this comment
if (!forceDoc() && !hasClassFields() && !hasOperationMethods)
methodsComment->setWriteOutText(false);
else
methodsComment->setWriteOutText(true);
// METHODS sub-section : constructor methods
//
// get/create the constructor codeblock
HierarchicalCodeBlock * constBlock = methodsBlock->getHierarchicalCodeBlock(QLatin1String("constructorMethods"), QLatin1String("Constructors"), 1);
constructorBlock = constBlock; // record this codeblock for later, when operations are updated
// special condiions for showing comment: only when autogenerateding empty constructors
// Although, we *should* check for other constructor methods too
CodeComment * constComment = constBlock->getComment();
CodeGenerationPolicy *pol = UMLApp::app()->commonPolicy();
if (!forceDoc() && (isInterface || !pol->getAutoGenerateConstructors()))
constComment->setWriteOutText(false);
else
constComment->setWriteOutText(true);
// add/get the empty constructor
QString DClassName = getDClassName(c->name());
QString emptyConstStatement = QLatin1String("public ")+DClassName+QLatin1String(" () { }");
CodeBlockWithComments * emptyConstBlock =
constBlock->addOrUpdateTaggedCodeBlockWithComments(QLatin1String("emptyconstructor"), emptyConstStatement, QLatin1String("Empty Constructor"), 1, false);
// Now, as an additional condition we only show the empty constructor block
// IF it was desired to be shown
if (parentIsClass() && pol->getAutoGenerateConstructors())
emptyConstBlock->setWriteOutText(true);
else
emptyConstBlock->setWriteOutText(false);
// METHODS subsection : ACCESSOR METHODS
//
// get/create the accessor codeblock
HierarchicalCodeBlock * accessorBlock = methodsBlock->getHierarchicalCodeBlock(QLatin1String("accessorMethods"), QLatin1String("Accessor Methods"), 1);
// set conditions for showing section comment
CodeComment * accessComment = accessorBlock->getComment();
if (!forceDoc() && !hasClassFields())
accessComment->setWriteOutText(false);
else
accessComment->setWriteOutText(true);
// now, 2 sub-sub sections in accessor block
// add/update accessor methods for attributes
HierarchicalCodeBlock * staticAccessors = accessorBlock->getHierarchicalCodeBlock(QLatin1String("staticAccessorMethods"), QString(), 1);
staticAccessors->getComment()->setWriteOutText(false); // never write block comment
staticAccessors->addCodeClassFieldMethods(staticAttribClassFields);
staticAccessors->addCodeClassFieldMethods(attribClassFields);
// add/update accessor methods for associations
HierarchicalCodeBlock * regularAccessors = accessorBlock->getHierarchicalCodeBlock(QLatin1String("regularAccessorMethods"), QString(), 1);
regularAccessors->getComment()->setWriteOutText(false); // never write block comment
regularAccessors->addCodeClassFieldMethods(plainAssocClassFields);
regularAccessors->addCodeClassFieldMethods(aggregationClassFields);
regularAccessors->addCodeClassFieldMethods(compositionClassFields);
// METHODS subsection : Operation methods (which arent constructors)
//
// get/create the operations codeblock
operationsBlock = methodsBlock->getHierarchicalCodeBlock(QLatin1String("operationMethods"), QLatin1String("Operations"), 1);
// set conditions for showing section comment
CodeComment * ocomment = operationsBlock->getComment();
if (!forceDoc() && !hasOperationMethods)
ocomment->setWriteOutText(false);
else
ocomment->setWriteOutText(true);
}
void ANNClassifier::trainClassifier( SuspectLibraryPtr suspectLibrary, QMap<QString,QVariant> trainingParameters )
{
bool ok = true;
/// @todo add a fetch required parameters method to query which parameters are required for training
/// @todo Move the input and output width parameters down into the base class
// Fetch the input width for this classifier
SOMError::requireCondition( trainingParameters.contains( "inputWidth" ), "Missing required input width parameter" );
inputWidth = trainingParameters[ "inputWidth" ].toInt( &ok );
SOMError::requireCondition( ok, "Failed to convert input width parameter" );
SOMError::requireCondition( inputWidth > 0, "Invalid input size" );
// Fetch the output width for this classifier
SOMError::requireCondition( trainingParameters.contains( "outputWidth" ), "Missing required output width parameter" );
outputWidth = trainingParameters[ "outputWidth" ].toInt( &ok );
SOMError::requireCondition( ok, "Failed to convert output width parameter" );
SOMError::requireCondition( outputWidth > 0, "Invalid output size" );
// Fetch the iterations parameter for this classifier
int iterations = 0;
if( trainingParameters.contains( "iterations" ) )
{
iterations = trainingParameters[ "iterations" ].toInt( &ok );
SOMError::requireCondition( ok, "Failed to convert iterations parameter" );
SOMError::requireCondition( iterations > 0, "Invalid iterations value" );
}
// Fetch the iterations parameter for this classifier
double epsilon = 0.0;
if( trainingParameters.contains( "epsilon" ) )
{
epsilon = trainingParameters[ "epsilon" ].toDouble( &ok );
SOMError::requireCondition( ok, "Failed to convert epsilon parameter" );
SOMError::requireCondition( epsilon > 0.0, "Invalid epsilon value" );
}
QVector< SuspectPtr > suspects = suspectLibrary->suspects();
/* Make an input matrix for training the back-end MLPANN.
* This is a matrix composed of vectors the length of the SOM's area ( width x height )
*/
cv::Mat_<double> input( suspects.size(), inputWidth, 0.0 );
/* Make an output matrix for trainig the back-end MLPANN.
* This is a matrix composed of vectors the length of the number of classification categories.
*/
cv::Mat_<double> output( suspects.size(), outputWidth, 0.0 );
for( int i=0; i<suspects.size(); i++ )
{
SuspectPtr suspect = suspects[i];
HistogramPtr histogram = suspect->histogram();
// Set the input for the training input matrix row to the histogram of the suspect
for( int j=0; j<inputWidth; j++ )
input( i, j ) = histogram->bin( j );
// Set the output value for the real category of the suspect to 1. All other values will already be 0
output( i, suspect->realCategory() ) = 1.0;
}
cv::TermCriteria terminationCriteria;
terminationCriteria.type = 0;
if( iterations != 0 )
terminationCriteria.type += cv::TermCriteria::MAX_ITER;
if( epsilon != 0.0 )
terminationCriteria.type += cv::TermCriteria::EPS;
cv::ANN_MLP_TrainParams trainingParams( terminationCriteria, CvANN_MLP_TrainParams::RPROP, iterations, epsilon );
int normFlag = 0;
int tmp[4];
// The input layer has one node for each element in the input histograms
tmp[0] = inputWidth;
// The first hidden layer is half the size of the input layer
tmp[1] = inputWidth / 2;
// The second input layer is one quarter the size of the input layer
tmp[2] = inputWidth / 4;
// The output layer has one node for each category
tmp[3] = outputWidth;
CvMat ls = cvMat( 4, 1, CV_32S, tmp );
// If there is already an MPLANN attached to this HSOM, delete it to start over
if( _ann != NULL )
delete _ann;
// Create a new MLPANN for the HSOM
_ann = new CvANN_MLP( &ls, CvANN_MLP::SIGMOID_SYM );
_ann->train( input, output, cv::Mat(), cv::Mat(), trainingParams, normFlag );
}
void DisplayWidget::setupFragmentShader() {
QMap<QString, bool> textureCacheUsed;
if (shaderProgram) {
shaderProgram->release();
}
delete(shaderProgram);
shaderProgram = new QGLShaderProgram(this);
// Vertex shader
bool s = false;
s = shaderProgram->addShaderFromSourceCode(QGLShader::Vertex,fragmentSource.vertexSource.join("\n"));
if (fragmentSource.vertexSource.count() == 0) {
WARNING("No vertex shader found!");
s = false;
}
if (!s) WARNING("Could not create vertex shader: " + shaderProgram->log());
if (!s) { delete(shaderProgram); shaderProgram = 0; return; }
if (!shaderProgram->log().isEmpty()) INFO("Vertex shader compiled with warnings: " + shaderProgram->log());
// Fragment shader
s = shaderProgram->addShaderFromSourceCode(QGLShader::Fragment,
fragmentSource.getText());
if (!s) WARNING("Could not create fragment shader: " + shaderProgram->log());
if (!s) { delete(shaderProgram); shaderProgram = 0; return; }
if (!shaderProgram->log().isEmpty()) INFO("Fragment shader compiled with warnings: " + shaderProgram->log());
s = shaderProgram->link();
if (!s) WARNING("Could not link shaders: " + shaderProgram->log());
if (!s) { delete(shaderProgram); shaderProgram = 0; return; }
if (!shaderProgram->log().isEmpty()) INFO("Fragment shader compiled with warnings: " + shaderProgram->log());
s = shaderProgram->bind();
if (!s) WARNING("Could not bind shaders: " + shaderProgram->log());
if (!s) { delete(shaderProgram); shaderProgram = 0; return; }
// Setup textures.
int u = 0;
// Bind first texture to backbuffer
int l = shaderProgram->uniformLocation("backbuffer");
if (l != -1) {
if (bufferType != None) {
glActiveTexture(GL_TEXTURE0+u); // non-standard (>OpenGL 1.3) gl extension
GLuint i = backBuffer->texture();
glBindTexture(GL_TEXTURE_2D,i);
if (fragmentSource.textureParams.contains("backbuffer")) {
setGlTexParameter(fragmentSource.textureParams["backbuffer"]);
}
shaderProgram->setUniformValue(l, (GLuint)u);
//INFO(QString("Binding back buffer (ID: %1) to active texture %2").arg(backBuffer->texture()).arg(u));
//INFO(QString("Setting uniform backbuffer to active texture %2").arg(u));
u++;
} else {
WARNING("Trying to use a backbuffer, but no bufferType set.");
WARNING("Use the buffer define, e.g.: '#buffer RGBA8' ");
}
}
for (QMap<QString, QString>::iterator it = fragmentSource.textures.begin(); it!=fragmentSource.textures.end(); it++) {
QString textureName = it.key();
QString texturePath = it.value();
QImage im(texturePath);
if (im.isNull() && !texturePath.endsWith(".hdr", Qt::CaseInsensitive)) {
WARNING("Failed to load texture: " + QFileInfo(texturePath).absoluteFilePath());
} else {
int l = shaderProgram->uniformLocation(textureName);
if (l != -1) {
if (im.isNull()) {
GLuint texture = 0;
// set current texture
glActiveTexture(GL_TEXTURE0+u); // non-standard (>OpenGL 1.3) gl extension
// allocate a texture id
if (TextureCache.contains(texturePath)) {
textureCacheUsed[texturePath] = true;
int textureID = TextureCache[texturePath];
glBindTexture(GL_TEXTURE_2D, textureID );
INFO(QString("Found texture in cache: %1 (id: %2)").arg(texturePath).arg(textureID));
} else {
glPixelStorei(GL_UNPACK_ALIGNMENT, 1);
glGenTextures(1, &texture );
INFO(QString("Allocated texture ID: %1").arg(texture));
glBindTexture(GL_TEXTURE_2D, texture );
//glTexParameterf(GL_TEXTURE_2D, GL_TEXTURE_MAG_FILTER, GL_LINEAR);
// TODO: If I don't keep this line, HDR images don't work.
// It must be a symptom of some kind of error in the OpenGL setup.
glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MIN_FILTER, GL_LINEAR);
if (fragmentSource.textureParams.contains(textureName)) {
setGlTexParameter(fragmentSource.textureParams[textureName]);
}
HDRLoaderResult result;
HDRLoader::load(texturePath.toAscii().data(), result);
INFO(QString("Hdrloader found HDR image: %1 x %2").arg(result.width).arg(result.height));
glTexImage2D(GL_TEXTURE_2D, 0, 0x8815 , result.width, result.height, 0, GL_RGB, GL_FLOAT, result.cols);
//INFO(QString("Binding %0 (ID: %1) to active texture %2").arg(textureName+":"+texturePath).arg(texture).arg(u));
TextureCache[texturePath] = texture;
textureCacheUsed[texturePath] = true;
}
shaderProgram->setUniformValue(l, (GLuint)u);
//INFO(QString("Setting uniform %0 to active texture %2").arg(textureName).arg(u));
} else {
glActiveTexture(GL_TEXTURE0+u); // non-standard (>OpenGL 1.3) gl extension
GLuint textureID;
if (TextureCache.contains(texturePath)) {
textureCacheUsed[texturePath] = true;
textureID = TextureCache[texturePath];
INFO(QString("Found texture in cache: %1").arg(texturePath));
} else {
textureID = bindTexture(texturePath, GL_TEXTURE_2D, GL_RGBA);
TextureCache[texturePath] = textureID;
textureCacheUsed[texturePath] = true;
}
glBindTexture(GL_TEXTURE_2D,textureID);
//INFO(QString("Binding %0 (ID: %1) to active texture %2").arg(textureName+":"+texturePath).arg(textureID).arg(u));
shaderProgram->setUniformValue(l, (GLuint)u);
//INFO(QString("Setting uniform %0 to active texture %2").arg(textureName).arg(u));
if (fragmentSource.textureParams.contains(textureName)) {
setGlTexParameter(fragmentSource.textureParams[textureName]);
}
}
} else {
WARNING("Could not locate sampler2D uniform: " + textureName);
}
u++;
}
}
nextActiveTexture = u;
setupBufferShader();
// Check for unused textures
QMapIterator<QString, int> i(TextureCache);
while (i.hasNext()) {
i.next();
if (!textureCacheUsed.contains(i.key())) {
INFO("Removing texture from cache: " +i.key());
GLuint id = i.value();
glDeleteTextures(1, &id);
TextureCache.remove(i.key());
} else {
//INFO("Used texture: " +i.key());
}
}
}
/** \fn AutoExpire::CalcParams()
* Calculates how much space needs to be cleared, and how often.
*/
void AutoExpire::CalcParams()
{
VERBOSE(VB_FILE, LOC + "CalcParams()");
vector<FileSystemInfo> fsInfos;
if (mainServer)
mainServer->GetFilesystemInfos(fsInfos);
if (fsInfos.empty())
{
QString msg = "ERROR: Filesystem Info cache is empty, unable to "
"calculate necessary parameters.";
VERBOSE(VB_IMPORTANT, LOC + msg);
gCoreContext->LogEntry("mythbackend", LP_WARNING,
"Autoexpire CalcParams", msg);
return;
}
size_t maxKBperMin = 0;
size_t extraKB = gCoreContext->GetNumSetting("AutoExpireExtraSpace", 0) << 20;
QMap<int, uint64_t> fsMap;
QMap<int, vector<int> > fsEncoderMap;
// we use this copying on purpose. The used_encoders map ensures
// that every encoder writes only to one fs.
// Copying the data minimizes the time the lock is held
instance_lock.lock();
QMap<int, int>::const_iterator ueit = used_encoders.begin();
while (ueit != used_encoders.end())
{
fsEncoderMap[*ueit].push_back(ueit.key());
++ueit;
}
instance_lock.unlock();
vector<FileSystemInfo>::iterator fsit;
for (fsit = fsInfos.begin(); fsit != fsInfos.end(); ++fsit)
{
if (fsMap.contains(fsit->fsID))
continue;
fsMap[fsit->fsID] = 0;
size_t thisKBperMin = 0;
// append unknown recordings to all fsIDs
vector<int>::iterator unknownfs_it = fsEncoderMap[-1].begin();
for (; unknownfs_it != fsEncoderMap[-1].end(); ++unknownfs_it)
fsEncoderMap[fsit->fsID].push_back(*unknownfs_it);
if (fsEncoderMap.contains(fsit->fsID))
{
VERBOSE(VB_FILE, QString(
"fsID #%1: Total: %2 GB Used: %3 GB Free: %4 GB")
.arg(fsit->fsID)
.arg(fsit->totalSpaceKB / 1024.0 / 1024.0, 7, 'f', 1)
.arg(fsit->usedSpaceKB / 1024.0 / 1024.0, 7, 'f', 1)
.arg(fsit->freeSpaceKB / 1024.0 / 1024.0, 7, 'f', 1));
vector<int>::iterator encit = fsEncoderMap[fsit->fsID].begin();
for (; encit != fsEncoderMap[fsit->fsID].end(); ++encit)
{
EncoderLink *enc = *(encoderList->find(*encit));
if (!enc->IsConnected() || !enc->IsBusy())
{
// remove the encoder since it can't write to any file system
VERBOSE(VB_FILE, LOC
+ QString("Cardid %1: is not recoding, removing it "
"from used list.").arg(*encit));
instance_lock.lock();
used_encoders.remove(*encit);
instance_lock.unlock();
continue;
}
long long maxBitrate = enc->GetMaxBitrate();
if (maxBitrate<=0)
maxBitrate = 19500000LL;
thisKBperMin += (((size_t)maxBitrate)*((size_t)15))>>11;
VERBOSE(VB_FILE, QString(" Cardid %1: max bitrate "
"%2 Kb/sec, fsID %3 max is now %4 KB/min")
.arg(enc->GetCardID())
.arg(enc->GetMaxBitrate() >> 10)
.arg(fsit->fsID)
.arg(thisKBperMin));
}
}
fsMap[fsit->fsID] = thisKBperMin;
if (thisKBperMin > maxKBperMin)
{
VERBOSE(VB_FILE,
QString(" Max of %1 KB/min for fsID %2 is higher "
"than the existing Max of %3 so we'll use this Max instead")
.arg(thisKBperMin).arg(fsit->fsID).arg(maxKBperMin));
maxKBperMin = thisKBperMin;
}
}
// This method will cause the class to rebuild its text representation.
// based on the parent classifier object.
// For any situation in which this is called, we are either building the code
// document up, or replacing/regenerating the existing auto-generated parts. As
// such, we will want to insert everything we resonablely will want
// during creation. We can set various parts of the document (esp. the
// comments) to appear or not, as needed.
void CPPHeaderCodeDocument::updateContent( )
{
// Gather info on the various fields and parent objects of this class...
UMLClassifier * c = getParentClassifier();
CodeGenPolicyExt *pe = UMLApp::app()->policyExt();
CPPCodeGenerationPolicy * policy = dynamic_cast<CPPCodeGenerationPolicy*>(pe);
// first, set the global flag on whether or not to show classfield info
const CodeClassFieldList * cfList = getCodeClassFieldList();
CodeClassFieldList::const_iterator it = cfList->begin();
CodeClassFieldList::const_iterator end = cfList->end();
for( ; it != end; ++it )
(*it)->setWriteOutMethods(policy->getAutoGenerateAccessors());
// attribute-based ClassFields
// we do it this way to have the static fields sorted out from regular ones
CodeClassFieldList staticPublicAttribClassFields = getSpecificClassFields (CodeClassField::Attribute, true, Uml::Visibility::Public );
CodeClassFieldList publicAttribClassFields = getSpecificClassFields (CodeClassField::Attribute, false, Uml::Visibility::Public );
CodeClassFieldList staticProtectedAttribClassFields = getSpecificClassFields (CodeClassField::Attribute, true, Uml::Visibility::Protected );
CodeClassFieldList protectedAttribClassFields = getSpecificClassFields (CodeClassField::Attribute, false, Uml::Visibility::Protected );
CodeClassFieldList staticPrivateAttribClassFields = getSpecificClassFields (CodeClassField::Attribute, true, Uml::Visibility::Private );
CodeClassFieldList privateAttribClassFields = getSpecificClassFields (CodeClassField::Attribute, false, Uml::Visibility::Private);
// association-based ClassFields
// don't care if they are static or not..all are lumped together
CodeClassFieldList publicPlainAssocClassFields = getSpecificClassFields ( CodeClassField::PlainAssociation , Uml::Visibility::Public);
CodeClassFieldList publicAggregationClassFields = getSpecificClassFields ( CodeClassField::Aggregation, Uml::Visibility::Public);
CodeClassFieldList publicCompositionClassFields = getSpecificClassFields ( CodeClassField::Composition, Uml::Visibility::Public );
CodeClassFieldList protPlainAssocClassFields = getSpecificClassFields ( CodeClassField::PlainAssociation , Uml::Visibility::Protected);
CodeClassFieldList protAggregationClassFields = getSpecificClassFields ( CodeClassField::Aggregation, Uml::Visibility::Protected);
CodeClassFieldList protCompositionClassFields = getSpecificClassFields ( CodeClassField::Composition, Uml::Visibility::Protected);
CodeClassFieldList privPlainAssocClassFields = getSpecificClassFields ( CodeClassField::PlainAssociation , Uml::Visibility::Private);
CodeClassFieldList privAggregationClassFields = getSpecificClassFields ( CodeClassField::Aggregation, Uml::Visibility::Private);
CodeClassFieldList privCompositionClassFields = getSpecificClassFields ( CodeClassField::Composition, Uml::Visibility::Private);
bool hasOperationMethods = false;
Q_ASSERT(c != NULL);
if (c) {
UMLOperationList list = c->getOpList();
hasOperationMethods = ! list.isEmpty();
}
bool hasNamespace = false;
bool isEnumeration = false;
bool isInterface = parentIsInterface();
bool hasclassFields = hasClassFields();
bool forcedoc = UMLApp::app()->commonPolicy()->getCodeVerboseDocumentComments();
QString endLine = UMLApp::app()->commonPolicy()->getNewLineEndingChars();
UMLClassifierList superclasses = c->findSuperClassConcepts();
// START GENERATING CODE/TEXT BLOCKS and COMMENTS FOR THE DOCUMENT
//
// Write the hash define stuff to prevent multiple parsing/inclusion of header
QString cppClassName = CodeGenerator::cleanName(c->name());
QString hashDefine = CodeGenerator::cleanName(c->name().toUpper().simplified());
QString defText = "#ifndef "+hashDefine + "_H"+ endLine + "#define "+ hashDefine + "_H";
addOrUpdateTaggedCodeBlockWithComments("hashDefBlock", defText, "", 0, false);
// INCLUDE CODEBLOCK
//
// Q: Why all utils? Isnt just List and Vector the only classes we are using?
// A: doesn't matter at all; its more readable to just include '*' and cpp compilers
// don't slow down or anything. (TZ)
QString includeStatement = "";
bool stringGlobal = policy->stringIncludeIsGlobal();
QString sStartBrak = stringGlobal ? "<" : "\"";
QString sEndBrak = stringGlobal ? ">" : "\"";
includeStatement.append("#include "+sStartBrak+policy->getStringClassNameInclude()+sEndBrak+endLine);
if ( hasObjectVectorClassFields() )
{
bool vecGlobal = policy->vectorIncludeIsGlobal();
QString vStartBrak = vecGlobal ? "<" : "\"";
QString vEndBrak = vecGlobal ? ">" : "\"";
QString value ="#include "+vStartBrak+policy->getVectorClassNameInclude()+vEndBrak;
includeStatement.append(value+endLine);
}
//only include classes in a different package from this class
UMLPackageList includes;
QMap<UMLPackage *,QString> packageMap; // so we don't repeat packages
CodeGenerator::findObjectsRelated(c,includes);
foreach(UMLPackage* con, includes ) {
if (con->baseType() != Uml::ot_Datatype && !packageMap.contains(con)) {
packageMap.insert(con,con->package());
if(con != getParentClassifier())
includeStatement.append("#include \""+CodeGenerator::cleanName(con->name().toLower())+".h\""+endLine);
}
}
// now, add/update the includes codeblock
CodeBlockWithComments * inclBlock = addOrUpdateTaggedCodeBlockWithComments("includes", includeStatement, QString(), 0, false);
if(includeStatement.isEmpty() && inclBlock->getContentType() == CodeBlock::AutoGenerated)
inclBlock->setWriteOutText(false);
else
inclBlock->setWriteOutText(true);
// Using
QString usingStatement;
foreach(UMLClassifier* classifier, superclasses ) {
if(classifier->package()!=c->package() && !classifier->package().isEmpty()) {
usingStatement.append("using "+CodeGenerator::cleanName(c->package())+"::"+cleanName(c->name())+';'+endLine);
}
}
CodeBlockWithComments * usingBlock = addOrUpdateTaggedCodeBlockWithComments("using", usingStatement, "", 0, false);
if(usingStatement.isEmpty() && usingBlock->getContentType() == CodeBlock::AutoGenerated)
usingBlock->setWriteOutText(false);
else
usingBlock->setWriteOutText(true);
// namespace
// This needs special treatment. We cant use "nowriteouttext" for this, as
// that will prevent the class declaration from being written. Instead, we
// check if "hasNamspace" is true or not, and then indent the remaining code
// appropriately as well as set the start/end text of this namespace block.
if (c->umlPackage() && policy->getPackageIsNamespace())
hasNamespace = true;
else
hasNamespace = false;
// set start/end text of namespace block
m_namespaceBlock = getHierarchicalCodeBlock("namespace", "Namespace", 0);
if(hasNamespace) {
UMLPackageList pkgList = c->packages();
QString pkgs;
UMLPackage *pkg;
foreach (pkg, pkgList ) {
pkgs += "namespace " + CodeGenerator::cleanName(pkg->name()) + " { ";
}
m_namespaceBlock->setStartText(pkgs);
QString closingBraces;
foreach (pkg, pkgList ) {
closingBraces += "} ";
}
m_namespaceBlock->setEndText(closingBraces);
m_namespaceBlock->getComment()->setWriteOutText(true);
} else {
CompiledPythonFragment * getCompiledCode( Table * table, int pkey, const QString & pCode, const QString & codeName )
{
CompiledPythonFragment * ret = 0;
ensurePythonInitialized();
// Create the key for looking up the code fragment in the cache
QPair<Table*,int> codeKey = qMakePair(table,pkey);
// Return the cached code fragment, if the code still matches
if( codeCache.contains( codeKey ) ) {
CompiledPythonFragment * frag = &codeCache[codeKey];
// This should actually be very fast because of QString's
// implicit sharing, should usually just be a pointer comparison
if( frag->codeString == pCode )
return frag;
// Remove from cache if the fragment is out of date
// TODO: This should free any references and remove the module
// this isn't a big deal though, since code fragments won't
// change very often during program execution
codeCache.remove( codeKey );
}
if( pCode.isEmpty() )
return 0;
// Compile the code
CompiledPythonFragment frag;
frag.codeString = pCode;
SIP_BLOCK_THREADS
frag.code = (PyCodeObject*)Py_CompileString( pCode.toLatin1(), codeName.toLatin1(), Py_file_input );
SIP_UNBLOCK_THREADS
if( !frag.code )
{
PyErr_Print();
LOG_5( "PathTemplate:getCompiledCode: Error Compiling Python code for: " + table->schema()->tableName() + " " + QString::number( pkey ) + " " + codeName );
return 0;
}
// Load the code into a module
// This is the only way i could figure out how to make the globals work properly
// before i was using PyEval_EvalCode, passing the __main__ dict as the globals
// but this wasn't working properly when calling the functions later, because
// the import statements were lost.
// This method works great and takes less code.
// Generate a unique module name
QString moduleName = "__" + table->schema()->tableName() + "__" + QString::number(pkey) + "__";
// Returns a NEW ref
SIP_BLOCK_THREADS
PyObject * module = PyImport_ExecCodeModule(moduleName.toLatin1().data(),(PyObject*)frag.code);
if( !module ) {
PyErr_Print();
LOG_3( "Unable to execute code module" );
}
// Save the modules dict, so we can lookup the function later
else {
frag.locals = PyModule_GetDict(module);
Py_INCREF(frag.locals);
codeCache[codeKey] = frag;
ret = &codeCache[codeKey];
}
SIP_UNBLOCK_THREADS
return ret;
}
QString message(const QCString &key)
{
static bool initialized = false;
if (!initialized)
{
//---------------------------------------------------------------------------
// Project related configuration options
//---------------------------------------------------------------------------
addMessage("Project", i18n("Project"));
addMessage("PROJECT_NAME", i18n("Project name"));
addMessage("PROJECT_NUMBER", i18n("Project version"));
addMessage("OUTPUT_DIRECTORY", i18n("Output path"));
addMessage("CREATE_SUBDIRS", i18n("Distribute the generated docs in 10 subdirectories"));
addMessage("OUTPUT_LANGUAGE", i18n("Output language"));
addMessage("USE_WINDOWS_ENCODING", i18n("Use MS Windows(tm) font encoding"));
addMessage("BRIEF_MEMBER_DESC", i18n("Include brief member descriptions"));
addMessage("REPEAT_BRIEF", i18n("Repeat brief member descriptions"));
addMessage("ABBREVIATE_BRIEF", i18n("Strip words in brief description"));
addMessage("ALWAYS_DETAILED_SEC", i18n("Always include detailed section"));
addMessage("INLINE_INHERITED_MEMB", i18n("Inline inherited members"));
addMessage("FULL_PATH_NAMES", i18n("Always use full path names"));
addMessage("STRIP_FROM_PATH", i18n("Prefix to strip from path names"));
addMessage("STRIP_FROM_INC_PATH", i18n("Strip from include path"));
addMessage("SHORT_NAMES", i18n("Generate short file names"));
addMessage("JAVADOC_AUTOBRIEF", i18n("Use JavaDoc-style brief descriptions"));
addMessage("MULTILINE_CPP_IS_BRIEF", i18n("Multiline cpp is brief"));
addMessage("DETAILS_AT_TOP", i18n("Details at top"));
addMessage("INHERIT_DOCS", i18n("Inherit documentation"));
addMessage("SEPARATE_MEMBER_PAGES", i18n("Produce a new page for each member"));
addMessage("TAB_SIZE", i18n("Tab size"));
addMessage("ALIASES", i18n("Aliases"));
addMessage("OPTIMIZE_OUTPUT_FOR_C", i18n("Optimize output for C"));
addMessage("OPTIMIZE_OUTPUT_JAVA", i18n("Optimize output for Java"));
addMessage("BUILTIN_STL_SUPPORT", i18n("Use built-in STL classes support"));
addMessage("DISTRIBUTE_GROUP_DOC", i18n("Use group documentation on undocumented members"));
addMessage("SUBGROUPING", i18n("Class members type subgrouping"));
//---------------------------------------------------------------------------
// Build related configuration options
//---------------------------------------------------------------------------
addMessage("Build", i18n("Build"));
addMessage("EXTRACT_ALL", i18n("Extract undocumented entities"));
addMessage("EXTRACT_PRIVATE", i18n("Extract private entities"));
addMessage("EXTRACT_STATIC", i18n("Extract static entities"));
addMessage("EXTRACT_LOCAL_CLASSES", i18n("Extract local classes"));
addMessage("EXTRACT_LOCAL_METHODS", i18n("Extract local methods"));
addMessage("HIDE_UNDOC_MEMBERS", i18n("Hide undocumented members"));
addMessage("HIDE_UNDOC_CLASSES", i18n("Hide undocumented classes"));
addMessage("HIDE_FRIEND_COMPOUNDS", i18n("Hide friend compounds"));
addMessage("HIDE_IN_BODY_DOCS", i18n("Hide in body docs"));
addMessage("INTERNAL_DOCS", i18n("Document internal entities"));
addMessage("CASE_SENSE_NAMES", i18n("Use case-sensitive file names"));
addMessage("HIDE_SCOPE_NAMES", i18n("Hide name scopes"));
addMessage("SHOW_INCLUDE_FILES", i18n("Show included files"));
addMessage("INLINE_INFO", i18n("Make inline functions"));
addMessage("SORT_MEMBER_DOCS", i18n("Sort member documentation alphabetically"));
addMessage("SORT_BY_SCOPE_NAME", i18n("Sort the class list by fully-qualified names"));
addMessage("SORT_BRIEF_DOCS", i18n("Sort brief documentation alphabetically"));
addMessage("ENABLED_SECTIONS", i18n("Enable conditional sections"));
addMessage("GENERATE_TODOLIST", i18n("Generate TODO-list"));
addMessage("GENERATE_TESTLIST", i18n("Generate Test-list"));
addMessage("GENERATE_BUGLIST", i18n("Generate Bug-list"));
addMessage("GENERATE_DEPRECATEDLIST", i18n("Generate Deprecated-list"));
addMessage("MAX_INITIALIZER_LINES", i18n("Maximum lines shown for initializers"));
addMessage("SHOW_USED_FILES", i18n("Show used files"));
addMessage("SHOW_DIRECTORIES", i18n("Show the directory hierarchy"));
addMessage("FILE_VERSION_FILTER", i18n("Script to invoke to get the current version for each file"));
//---------------------------------------------------------------------------
// configuration options related to warning and progress messages
//---------------------------------------------------------------------------
addMessage("Messages", i18n("Messages"));
addMessage("QUIET", i18n("Suppress output"));
addMessage("WARNINGS", i18n("Show warnings"));
addMessage("WARN_IF_UNDOCUMENTED", i18n("Warn about undocumented entities"));
addMessage("WARN_IF_DOC_ERROR", i18n("Warn if error in documents"));
addMessage("WARN_NO_PARAMDOC", i18n("Warn if function parameters are not documented"));
addMessage("WARN_FORMAT", i18n("Warnings format"));
addMessage("WARN_LOGFILE", i18n("Write warnings to"));
//---------------------------------------------------------------------------
// configuration options related to the input files
//---------------------------------------------------------------------------
addMessage("Input", i18n("Input"));
addMessage("INPUT", i18n("Input files and directories"));
addMessage("FILE_PATTERNS", i18n("Input patterns"));
addMessage("RECURSIVE", i18n("Recurse into subdirectories"));
addMessage("EXCLUDE", i18n("Exclude from input"));
addMessage("EXCLUDE_SYMLINKS", i18n("Exclude symlinks"));
addMessage("EXCLUDE_PATTERNS", i18n("Exclude patterns"));
addMessage("EXAMPLE_PATH", i18n("Path to examples"));
addMessage("EXAMPLE_PATTERNS", i18n("Example patterns"));
addMessage("EXAMPLE_RECURSIVE", i18n("Example recursive"));
addMessage("IMAGE_PATH", i18n("Path to images"));
addMessage("INPUT_FILTER", i18n("Input filter"));
addMessage("FILTER_SOURCE_FILES", i18n("Filter input files"));
addMessage("FILTER_PATTERNS", i18n("Apply filters on file patterns"));
//---------------------------------------------------------------------------
// configuration options related to source browsing
//---------------------------------------------------------------------------
addMessage("Source Browser", i18n("Source Browser"));
addMessage("SOURCE_BROWSER", i18n("Cross-reference with source files"));
addMessage("REFERENCES_LINK_SOURCE", i18n("References will link to source code"));
addMessage("USE_HTAGS", i18n("Use links to HTAGS"));
addMessage("INLINE_SOURCES", i18n("Inline sources"));
addMessage("STRIP_CODE_COMMENTS", i18n("Hide special comment blocks"));
addMessage("REFERENCED_BY_RELATION", i18n("Referenced by relation"));
addMessage("REFERENCES_RELATION", i18n("References relation"));
addMessage("VERBATIM_HEADERS", i18n("Include headers verbatim"));
//---------------------------------------------------------------------------
// configuration options related to the alphabetical class index
//---------------------------------------------------------------------------
addMessage("Index", i18n("Index"));
addMessage("ALPHABETICAL_INDEX", i18n("Generate alphabetical index"));
addMessage("COLS_IN_ALPHA_INDEX", i18n("Columns in index"));
addMessage("IGNORE_PREFIX", i18n("Prefix to ignore"));
//---------------------------------------------------------------------------
// configuration options related to the HTML output
//---------------------------------------------------------------------------
addMessage("HTML", i18n("HTML"));
addMessage("GENERATE_HTML", i18n("Generate HTML"));
addMessage("HTML_OUTPUT", i18n("HTML output directory"));
addMessage("HTML_FILE_EXTENSION", i18n("HTML file extension"));
addMessage("HTML_HEADER", i18n("Header file"));
addMessage("HTML_FOOTER", i18n("Footer file"));
addMessage("HTML_STYLESHEET", i18n("Stylesheet"));
addMessage("HTML_ALIGN_MEMBERS", i18n("Align members"));
addMessage("GENERATE_HTMLHELP", i18n("Generate HTML-help"));
addMessage("CHM_FILE", i18n("CHM file"));
addMessage("HHC_LOCATION", i18n("HHC location"));
addMessage("GENERATE_CHI", i18n("Generate .chi file"));
addMessage("BINARY_TOC", i18n("Generate binary TOC"));
addMessage("TOC_EXPAND", i18n("Expand TOC"));
addMessage("DISABLE_INDEX", i18n("Disable index"));
addMessage("ENUM_VALUES_PER_LINE", i18n("Number of enum values per line"));
addMessage("GENERATE_TREEVIEW", i18n("Generate treeview"));
addMessage("TREEVIEW_WIDTH", i18n("Treeview width"));
//---------------------------------------------------------------------------
// configuration options related to the LaTeX output
//---------------------------------------------------------------------------
addMessage("LaTeX", i18n("LaTeX"));
addMessage("GENERATE_LATEX", i18n("Generate LaTeX"));
addMessage("LATEX_OUTPUT", i18n("LaTeX output directory"));
addMessage("LATEX_CMD_NAME", i18n("LaTeX command name"));
addMessage("MAKEINDEX_CMD_NAME", i18n("MakeIndex command name"));
addMessage("COMPACT_LATEX", i18n("Generate compact output"));
addMessage("PAPER_TYPE", i18n("Paper type"));
addMessage("EXTRA_PACKAGES", i18n("Include extra packages"));
addMessage("LATEX_HEADER", i18n("LaTeX Header file"));
addMessage("PDF_HYPERLINKS", i18n("Generate PDF hyperlinks"));
addMessage("USE_PDFLATEX", i18n("Use pdflatex"));
addMessage("LATEX_BATCHMODE", i18n("Use batch mode"));
addMessage("LATEX_HIDE_INDICES", i18n("Do not include index chapters"));
//---------------------------------------------------------------------------
// configuration options related to the RTF output
//---------------------------------------------------------------------------
addMessage("RTF", i18n("RTF"));
addMessage("GENERATE_RTF", i18n("Generate RTF"));
addMessage("RTF_OUTPUT", i18n("RTF output directory"));
addMessage("COMPACT_RTF", i18n("Generate compact output"));
addMessage("RTF_HYPERLINKS", i18n("Generate hyperlinks"));
addMessage("RTF_STYLESHEET_FILE", i18n("Stylesheet"));
addMessage("RTF_EXTENSIONS_FILE", i18n("Extensions file"));
//---------------------------------------------------------------------------
// configuration options related to the man page output
//---------------------------------------------------------------------------
addMessage("Man", i18n("Man"));
addMessage("GENERATE_MAN", i18n("Generate man pages"));
addMessage("MAN_OUTPUT", i18n("Man output directory"));
addMessage("MAN_EXTENSION", i18n("Man extension"));
addMessage("MAN_LINKS", i18n("Generate links"));
//---------------------------------------------------------------------------
// configuration options related to the XML output
//---------------------------------------------------------------------------
addMessage("XML", i18n("XML"));
addMessage("GENERATE_XML", i18n("Generate XML"));
addMessage("XML_OUTPUT", i18n("XML output directory"));
addMessage("XML_SCHEMA", i18n("XML schema"));
addMessage("XML_DTD", i18n("XML DTD file"));
addMessage("XML_PROGRAMLISTING", i18n("Dump program listings to the XML output"));
//---------------------------------------------------------------------------
// configuration options for the AutoGen Definitions output
//---------------------------------------------------------------------------
addMessage("DEF", i18n("DEF"));
addMessage("GENERATE_AUTOGEN_DEF", i18n("Generate Autogen DEF"));
//---------------------------------------------------------------------------
// configuration options related to the Perl module output
//---------------------------------------------------------------------------
addMessage("PerlMod", i18n("Perl"));
addMessage("GENERATE_PERLMOD", i18n("Generate Perl module"));
addMessage("PERLMOD_LATEX", i18n("Generate PDF and DVI using LaTeX"));
addMessage("PERLMOD_PRETTY", i18n("Make the Perl module output human readable"));
addMessage("PERLMOD_MAKEVAR_PREFIX", i18n("Perl module variable prefix in the makefiles"));
//---------------------------------------------------------------------------
// Configuration options related to the preprocessor
//---------------------------------------------------------------------------
addMessage("Preprocessor", i18n("Preprocessor"));
addMessage("ENABLE_PREPROCESSING", i18n("Enable preprocessing"));
addMessage("MACRO_EXPANSION", i18n("Expand macros"));
addMessage("EXPAND_ONLY_PREDEF", i18n("Expand only predefined macros"));
addMessage("SEARCH_INCLUDES", i18n("Search for includes"));
addMessage("INCLUDE_PATH", i18n("Include path"));
addMessage("INCLUDE_FILE_PATTERNS", i18n("Include file patterns"));
addMessage("PREDEFINED", i18n("Predefined macros"));
addMessage("EXPAND_AS_DEFINED", i18n("Expand as defined"));
addMessage("SKIP_FUNCTION_MACROS", i18n("Skip function macros"));
//---------------------------------------------------------------------------
// Configuration::addtions related to external references
//---------------------------------------------------------------------------
addMessage("External", i18n("External"));
addMessage("TAGFILES", i18n("Tagfiles"));
addMessage("GENERATE_TAGFILE", i18n("Generate tagfile"));
addMessage("ALLEXTERNALS", i18n("List all externals"));
addMessage("EXTERNAL_GROUPS", i18n("External groups"));
addMessage("PERL_PATH", i18n("Path to Perl"));
//---------------------------------------------------------------------------
// Configuration options related to the dot tool
//---------------------------------------------------------------------------
addMessage("Dot", i18n("Dot"));
addMessage("CLASS_DIAGRAMS", i18n("Generate class diagrams"));
addMessage("HIDE_UNDOC_RELATIONS", i18n("Hide undocumented relations"));
addMessage("HAVE_DOT", i18n("Use dot"));
addMessage("CALLER_GRAPH", i18n("Generate a caller dependency graph"));
addMessage("CLASS_GRAPH", i18n("Generate class graphs"));
addMessage("COLLABORATION_GRAPH", i18n("Generate collaboration graphs"));
addMessage("GROUP_GRAPHS", i18n("Generate a graph showing the direct groups dependencies"));
addMessage("UML_LOOK", i18n("Generate UML looking inheritance and colloboration diagrams"));
addMessage("TEMPLATE_RELATIONS", i18n("Show relations between templates and their instances"));
addMessage("INCLUDE_GRAPH", i18n("Generate include graphs"));
addMessage("INCLUDED_BY_GRAPH", i18n("Generate included-by graphs"));
addMessage("CALL_GRAPH", i18n("Generate a call dependency graph for every global function or class method"));
addMessage("GRAPHICAL_HIERARCHY", i18n("Generate graphical hierarchy"));
addMessage("DIRECTORY_GRAPH", i18n("Show the dependencies a directory has on other directories"));
addMessage("DOT_IMAGE_FORMAT", i18n("Dot image format"));
addMessage("DOT_PATH", i18n("Path to dot"));
addMessage("DOTFILE_DIRS", i18n("Directories with extra dot files"));
addMessage("MAX_DOT_GRAPH_WIDTH", i18n("Maximum graph width"));
addMessage("MAX_DOT_GRAPH_HEIGHT", i18n("Maximum graph height"));
addMessage("MAX_DOT_GRAPH_DEPTH", i18n("Maximum graph depth"));
addMessage("DOT_TRANSPARENT", i18n("Generate images with a transparent background"));
addMessage("DOT_MULTI_TARGETS", i18n("Generate multiple output files in one run"));
addMessage("GENERATE_LEGEND", i18n("Generate legend"));
addMessage("DOT_CLEANUP", i18n("Remove intermediate files"));
addMessage("Search", i18n("Search"));
//---------------------------------------------------------------------------
// Configuration::addtions related to the search engine
//---------------------------------------------------------------------------
addMessage("SEARCHENGINE", i18n("Search engine"));
addMessage("CGI_NAME", i18n("CGI name"));
addMessage("CGI_URL", i18n("CGI URL"));
addMessage("DOC_URL", i18n("Documentation URL"));
addMessage("DOC_ABSPATH", i18n("Absolute path to documentation"));
addMessage("BIN_ABSPATH", i18n("Absolute path to doxysearch binary"));
addMessage("EXT_DOC_PATHS", i18n("Paths to external documentation"));
initialized = true;
}
if (!sMessages.contains(key))
{
kdDebug() << "Unhandled message: " << key << endl;
return key;
}
return sMessages[key];
}
AudioOutput *AudioOutput::OpenAudio(AudioSettings &settings,
bool willsuspendpa)
{
QString &main_device = settings.main_device;
AudioOutput *ret = NULL;
#ifdef USING_PULSE
bool pulsestatus = false;
#else
{
static bool warned = false;
if (!warned && IsPulseAudioRunning())
{
warned = true;
VERBOSE(VB_IMPORTANT, "WARNING: ***Pulse Audio is running***");
}
}
#endif
settings.FixPassThrough();
if (main_device.startsWith("PulseAudio:"))
{
#ifdef USING_PULSEOUTPUT
return new AudioOutputPulseAudio(settings);
#else
VERBOSE(VB_IMPORTANT, "Audio output device is set to PulseAudio "
"but PulseAudio support is not compiled in!");
return NULL;
#endif
}
else if (main_device.startsWith("NULL"))
{
return new AudioOutputNULL(settings);
}
#ifdef USING_PULSE
if (willsuspendpa)
{
bool ispulse = false;
#ifdef USE_ALSA
// Check if using ALSA, that the device doesn't contain the word
// "pulse" in its hint
if (main_device.startsWith("ALSA:"))
{
QString device_name = main_device;
device_name.remove(0, 5);
QMap<QString, QString> *alsadevs =
AudioOutputALSA::GetALSADevices("pcm");
if (!alsadevs->empty() && alsadevs->contains(device_name))
{
if (alsadevs->value(device_name).contains("pulse",
Qt::CaseInsensitive))
{
ispulse = true;
}
}
delete alsadevs;
}
#endif
if (main_device.contains("pulse", Qt::CaseInsensitive))
{
ispulse = true;
}
if (!ispulse)
{
pulsestatus = PulseHandler::Suspend(PulseHandler::kPulseSuspend);
}
}
#endif
if (main_device.startsWith("ALSA:"))
{
#ifdef USE_ALSA
settings.TrimDeviceType();
ret = new AudioOutputALSA(settings);
#else
VERBOSE(VB_IMPORTANT, "Audio output device is set to an ALSA device "
"but ALSA support is not compiled in!");
#endif
}
else if (main_device.startsWith("JACK:"))
{
#ifdef USE_JACK
settings.TrimDeviceType();
ret = new AudioOutputJACK(settings);
#else
VERBOSE(VB_IMPORTANT, "Audio output device is set to a JACK device "
"but JACK support is not compiled in!");
#endif
}
else if (main_device.startsWith("DirectX:"))
{
#ifdef USING_MINGW
ret = new AudioOutputDX(settings);
#else
VERBOSE(VB_IMPORTANT, "Audio output device is set to DirectX device "
"but DirectX support is not compiled in!");
#endif
}
else if (main_device.startsWith("Windows:"))
{
#ifdef USING_MINGW
ret = new AudioOutputWin(settings);
#else
VERBOSE(VB_IMPORTANT, "Audio output device is set to a Windows device "
"but Windows support is not compiled in!");
#endif
}
#if defined(USING_OSS)
else
ret = new AudioOutputOSS(settings);
#elif CONFIG_DARWIN
else
void TrackerClient::httpRequestDone(bool error)
{
if (lastTrackerRequest) {
emit stopped();
return;
}
if (error) {
emit connectionError(http.error());
return;
}
QByteArray response = http.readAll();
http.abort();
BencodeParser parser;
if (!parser.parse(response)) {
qWarning("Error parsing bencode response from tracker: %s",
qPrintable(parser.errorString()));
http.abort();
return;
}
QMap<QByteArray, QVariant> dict = parser.dictionary();
if (dict.contains("failure reason")) {
// no other items are present
emit failure(QString::fromUtf8(dict.value("failure reason").toByteArray()));
return;
}
if (dict.contains("warning message")) {
// continue processing
emit warning(QString::fromUtf8(dict.value("warning message").toByteArray()));
}
if (dict.contains("tracker id")) {
// store it
trackerId = dict.value("tracker id").toByteArray();
}
if (dict.contains("interval")) {
// Mandatory item
if (requestIntervalTimer != -1)
killTimer(requestIntervalTimer);
requestIntervalTimer = startTimer(dict.value("interval").toInt() * 1000);
}
if (dict.contains("peers")) {
// store it
peers.clear();
QVariant peerEntry = dict.value("peers");
if (peerEntry.type() == QVariant::List) {
QList<QVariant> peerTmp = peerEntry.toList();
for (int i = 0; i < peerTmp.size(); ++i) {
TorrentPeer tmp;
QMap<QByteArray, QVariant> peer = qvariant_cast<QMap<QByteArray, QVariant> >(peerTmp.at(i));
tmp.id = QString::fromUtf8(peer.value("peer id").toByteArray());
tmp.address.setAddress(QString::fromUtf8(peer.value("ip").toByteArray()));
tmp.port = peer.value("port").toInt();
peers << tmp;
}
} else {
QByteArray peerTmp = peerEntry.toByteArray();
for (int i = 0; i < peerTmp.size(); i += 6) {
TorrentPeer tmp;
uchar *data = (uchar *)peerTmp.constData() + i;
tmp.port = (int(data[4]) << 8) + data[5];
uint ipAddress = 0;
ipAddress += uint(data[0]) << 24;
ipAddress += uint(data[1]) << 16;
ipAddress += uint(data[2]) << 8;
ipAddress += uint(data[3]);
tmp.address.setAddress(ipAddress);
peers << tmp;
}
}
emit peerListUpdated(peers);
}
}
static void parse( MetaTranslator *tor, const char *initialContext,
const char *defaultContext )
{
QMap<QCString, QCString> qualifiedContexts;
QStringList namespaces;
QCString context;
QCString text;
QCString com;
QCString functionContext = initialContext;
QCString prefix;
bool utf8 = FALSE;
bool missing_Q_OBJECT = FALSE;
yyTok = getToken();
while ( yyTok != Tok_Eof ) {
switch ( yyTok ) {
case Tok_class:
/*
Partial support for inlined functions.
*/
yyTok = getToken();
if ( yyBraceDepth == (int) namespaces.count() &&
yyParenDepth == 0 ) {
do {
/*
This code should execute only once, but we play
safe with impure definitions such as
'class Q_EXPORT QMessageBox', in which case
'QMessageBox' is the class name, not 'Q_EXPORT'.
*/
functionContext = yyIdent;
yyTok = getToken();
} while ( yyTok == Tok_Ident );
while ( yyTok == Tok_Gulbrandsen ) {
yyTok = getToken();
functionContext += "::";
functionContext += yyIdent;
yyTok = getToken();
}
if ( yyTok == Tok_Colon ) {
missing_Q_OBJECT = TRUE;
} else {
functionContext = defaultContext;
}
}
break;
case Tok_namespace:
yyTok = getToken();
if ( yyTok == Tok_Ident ) {
QCString ns = yyIdent;
yyTok = getToken();
if ( yyTok == Tok_LeftBrace &&
yyBraceDepth == (int) namespaces.count() + 1 )
namespaces.append( QString(ns) );
}
break;
case Tok_tr:
case Tok_trUtf8:
utf8 = ( yyTok == Tok_trUtf8 );
yyTok = getToken();
if ( match(Tok_LeftParen) && matchString(&text) ) {
com = "";
if ( match(Tok_RightParen) || (match(Tok_Comma) &&
matchString(&com) && match(Tok_RightParen)) ) {
if ( prefix.isNull() ) {
context = functionContext;
if ( !namespaces.isEmpty() )
context.prepend( (namespaces.join(QString("::")) +
QString("::")).latin1() );
} else {
context = prefix;
}
prefix = (const char *) 0;
if ( qualifiedContexts.contains(context) )
context = qualifiedContexts[context];
tor->insert( MetaTranslatorMessage(context, text, com,
QString::null, utf8) );
if ( lacks_Q_OBJECT.contains(context) ) {
qWarning( "%s:%d: Class '%s' lacks Q_OBJECT macro",
(const char *) yyFileName, yyLineNo,
(const char *) context );
lacks_Q_OBJECT.remove( context );
} else {
needs_Q_OBJECT.insert( context, 0 );
}
}
}
break;
case Tok_translate:
utf8 = FALSE;
yyTok = getToken();
if ( match(Tok_LeftParen) &&
matchString(&context) &&
match(Tok_Comma) &&
matchString(&text) ) {
com = "";
if ( match(Tok_RightParen) ||
(match(Tok_Comma) &&
matchString(&com) &&
(match(Tok_RightParen) ||
match(Tok_Comma) &&
matchEncoding(&utf8) &&
match(Tok_RightParen))) )
tor->insert( MetaTranslatorMessage(context, text, com,
QString::null, utf8) );
}
break;
case Tok_Q_OBJECT:
missing_Q_OBJECT = FALSE;
yyTok = getToken();
break;
case Tok_Ident:
if ( !prefix.isNull() )
prefix += "::";
prefix += yyIdent;
yyTok = getToken();
if ( yyTok != Tok_Gulbrandsen )
prefix = (const char *) 0;
break;
case Tok_Comment:
com = yyComment;
com = com.simplifyWhiteSpace();
if ( com.left(sizeof(MagicComment) - 1) == MagicComment ) {
com.remove( 0, sizeof(MagicComment) - 1 );
int k = com.find( ' ' );
if ( k == -1 ) {
context = com;
} else {
context = com.left( k );
com.remove( 0, k + 1 );
tor->insert( MetaTranslatorMessage(context, "", com,
QString::null, FALSE) );
}
/*
Provide a backdoor for people using "using
namespace". See the manual for details.
*/
k = 0;
while ( (k = context.find("::", k)) != -1 ) {
qualifiedContexts.insert( context.mid(k + 2), context );
k++;
}
}
yyTok = getToken();
break;
case Tok_Arrow:
yyTok = getToken();
if ( yyTok == Tok_tr || yyTok == Tok_trUtf8 )
qWarning( "%s:%d: Cannot invoke tr() like this",
(const char *) yyFileName, yyLineNo );
break;
case Tok_Gulbrandsen:
// at top level?
if ( yyBraceDepth == (int) namespaces.count() && yyParenDepth == 0 )
functionContext = prefix;
yyTok = getToken();
break;
case Tok_RightBrace:
case Tok_Semicolon:
if ( yyBraceDepth >= 0 &&
yyBraceDepth + 1 == (int) namespaces.count() )
namespaces.remove( namespaces.fromLast() );
if ( yyBraceDepth == (int) namespaces.count() ) {
if ( missing_Q_OBJECT ) {
if ( needs_Q_OBJECT.contains(functionContext) ) {
qWarning( "%s:%d: Class '%s' lacks Q_OBJECT macro",
(const char *) yyFileName, yyLineNo,
(const char *) functionContext );
} else {
lacks_Q_OBJECT.insert( functionContext, 0 );
}
}
functionContext = defaultContext;
missing_Q_OBJECT = FALSE;
}
yyTok = getToken();
break;
default:
yyTok = getToken();
}
}
if ( yyBraceDepth != 0 )
fprintf( stderr,
"%s:%d: Unbalanced braces in C++ code (or abuse of the C++"
" preprocessor)\n",
(const char *)yyFileName, yyBraceLineNo );
else if ( yyParenDepth != 0 )
fprintf( stderr,
"%s:%d: Unbalanced parentheses in C++ code (or abuse of the C++"
" preprocessor)\n",
(const char *)yyFileName, yyParenLineNo );
}
/////////////////////////////////////// PUBLIC FUNCTIONS ////////////////////////////////
//
// Function to put all of input fields received via DBus:RequestInput into a
// QMap<QString,QString> where key is the input field received and value is
// generally blank but can be used for informational text.
//
// If we asked to log the input request create the log file in /tmp/cmst/input_request.log
void ConnmanAgent::createInputMap(const QMap<QString,QVariant>& r_map)
{
// Initialize our data map
input_map.clear();
// QFile object for logging
QTextStream log;
QFile logfile("/tmp/cmst/input_request.log");
if (b_loginputrequest) {
QDir d;
d.mkpath("/tmp/cmst");
if (logfile.exists()) logfile.remove();
if (!logfile.open(QIODevice::WriteOnly | QIODevice::Text)) b_loginputrequest = false;
else log.setDevice(&logfile);
}
// Run through the r_map getting the keys and the few values we are interested in.
QMap<QString, QVariant>::const_iterator i = r_map.constBegin();
while (i != r_map.constEnd()) {
// Lets see what the values contain, but first make sure we can get to them.
if (b_loginputrequest) log << "\nMap Key: " << i.key() << "\n";
if (! i.value().canConvert<QDBusArgument>() ) return;
const QDBusArgument qdba = i.value().value<QDBusArgument>();
if ( ! qdba.currentType() == QDBusArgument::MapType ) {
if (b_loginputrequest) log << "Error - QDBusArgument as the value is not a MapType\n";
return;
}
// The r_map.value() is a QDBusArgument::MapType so extract this map into a new QMap called m.
qdba.beginMap();
QMap<QString,QString> m;
m.clear();
if (b_loginputrequest) log << "Extracting the DBusArgument Map...\n";
while ( ! qdba.atEnd() ) {
QString k;
QVariant v;
qdba.beginMapEntry();
qdba >> k >> v;
qdba.endMapEntry();
m.insert(k, v.toString());
if (b_loginputrequest) log << "{ " << k << " , " << v.toString() << "}\n";
} // while
qdba.endMap();
// Browse through QMap m and get things we need to look at
// Types we don' really care about. We ignore "optional" and "alternate" requirements
// and only extract the "mandatory" and "informational" requirements with values
if (m.contains("Requirement") ) {
QString val = QString();
if ( m.value("Requirement").contains("mandatory", Qt::CaseInsensitive) || m.value("Requirement").contains("informational", Qt::CaseInsensitive) ) {
if (m.contains("Value") ) val = m.value("Value");
} // if mandatory or informational
// create our input_map entry
input_map[i.key()] = val;
} // if requirement
++i;
} // while
logfile.close();
return;
}
// Some magic required by .ngfp format.
void NgfpReader::modifySpecificElemView (const QJsonValue &j_elemview, ElemView *elemview, Project *project, Screen *screen)
{
auto modifyTabs = [&]()
{
auto attrs = elemview->getElem()->getAttrs();
QJsonArray j_pages = j_elemview.toObject()["pages"].toArray();
TabsView *tabsview = qobject_cast<TabsView*>(elemview);
if (tabsview == nullptr)
return;
int cur_page = 0;
QStringList page_hdrs;
tabsview->removeLastPage();
tabsview->removeLastPage();
for (int i = 0; i < j_pages.size(); i++)
{
page_hdrs.append(j_pages[i].toObject()["caption"].toString());
if (!j_pages[i].toObject().value("default").isUndefined())
cur_page = i;
tabsview->appendPage();
containerFromJson(j_pages[i].toObject()["elements"].toArray(),
tabsview->getAllContainers().last(), project, screen); // recursion
}
Attr* attr_page_hdrs = attrs.value("page_hdrs");
attr_page_hdrs->setValueAsVar(page_hdrs);
tabsview->headers = page_hdrs;
Attr* attr_cur_page = attrs.value("cur_page");
static_cast<Number*>(attr_cur_page)->setMax(page_hdrs.size());
static_cast<Number*>(attr_cur_page)->setValue(cur_page + 1); // because this attr values starts from 1
tabsview->cur_container_index = cur_page;
};
auto modifyDateTimePicker = [&]()
{
auto attrs = elemview->getElem()->getAttrs();
QJsonObject j_attrs = j_elemview.toObject()["attributes"].toObject();
if (j_attrs["datetime"].isNull())
{
attrs["date_is_cur"]->setValueAsVar(true);
}
else
{
attrs["date_is_cur"]->setValueAsVar(false);
if (j_attrs["date_type"].toInt() == 0)
attrs["init_date"]->setValueAsVar(QDateTime::fromString(j_attrs["datetime"].toString(), FB_NGFP_DATETIME_FORMAT_D));
else if (j_attrs["date_type"].toInt() == 1)
attrs["init_date"]->setValueAsVar(QDateTime::fromString(j_attrs["datetime"].toString(), FB_NGFP_DATETIME_FORMAT_T));
else
attrs["init_date"]->setValueAsVar(QDateTime::fromString(j_attrs["datetime"].toString(), FB_NGFP_DATETIME_FORMAT_DT));
}
};
auto modifyComboBox = [&]()
{
// nothing to do here for reading
};
auto modifyCounter = [&]()
{
// nothing to do here for reading
};
auto modifyTextEdit = [&]()
{
// nothing to do here for reading
};
if (!j_elemview.isObject())
return;
if (elemview == nullptr)
return;
typedef std::function<void()> ModifierCallback;
const QString &elem_name = elemview->getKeyName();
const QMap<QString, ModifierCallback> modifiers =
{
{{"tabs"}, {modifyTabs}},
{{"datetimepicker"}, {modifyDateTimePicker}},
{{"combobox"}, {modifyComboBox}},
{{"counter"}, {modifyCounter}},
{{"textedit"}, {modifyTextEdit}}
};
if (!modifiers.contains(elem_name))
return;
modifiers.value(elem_name)(); // call function
}
void sortByLexeme(QStringList &sortList)
{
// Карта для хранения строк с начальной текстовой строкой
// Ключ карты - начальная строка, значения - остаток строки
QMap<QString, QStringList> strMap;
// Карта для хранения строк с начальной числовой строкой
// Ключ карты - начальная строка, значения - остаток строки
QMap<double, QStringList> numMap;
QList<double> sortingKeyNum; // Лист для сортировки числовых ключей
QStringList sortingKeyStr; // Лист для сортировки строковых ключей
QStringList res; // Результирующий лист
QString temp; // Буфер для текущей обрабатываемой строки
QString buf; // Буфер для ключа - домена
QString str; // Буфер для одного из значений ключа - имени адреса
QString aIter; // Буфер для строкого ключа при формировании выходного списка
QString aIterKlein; // Буфер для строки из списка для каждой строки из списка
double num; // Буфер для хранения ключа для числовой карты
double aIterNum; // Буфер для числового ключа при формировании выходного списка
// Заполнение карты путей
for(int i=0; i<sortList.count(); i++)
{
// Загрузка в бущер текущей строки для сортировки
temp=sortList[i];
// Заполнение карты по числовому ключу
if(temp[0].isNumber())
{
// Получение ключа
buf=temp.section(QRegExp("[A-z]"), 0, 0);
// Перевод ключа из строки в число
num=buf.toDouble();
// Получение значения
str=temp.remove(buf);
/*// Заполнение карты, если остаток строки не пустой
if(!str.isEmpty())
{*/
if(numMap.contains(num))
{
numMap[num]<<str;
}
else
{
numMap.insert(num, QStringList(str));
}
//}
}
// Заполнение карты по нечисловому ключу
else
{
// Получение ключа
buf=temp.section(QRegExp("\\d"), 0, 0);
// Получение значения
str=temp.remove(buf);
/*// Заполнение карты, если остаток строки не пустой
if(!str.isEmpty())
{*/
if(strMap.contains(buf))
{
strMap[buf]<<str;
}
else
{
strMap.insert(buf, QStringList(str));
}
//}
}
}
// Сортировка карты с числовым ключом
// Сортировка значений для каждого ключа
QMap<double, QStringList>::iterator itn=numMap.begin();
for(;itn!=numMap.end(); itn++)
{
if(itn.value().count()>1)
{
sortByLexeme(itn.value());
}
}
// Записей ключей в лист
itn=numMap.begin();
for(;itn!=numMap.end(); itn++)
{
sortingKeyNum<<itn.key();
}
// Сортировка ключей
//sortingKeyNum.sort();
qStableSort(sortingKeyNum.begin(), sortingKeyNum.end());
// Сортировка карты со строковым ключом
// Сортировка значений для каждого ключа
QMap<QString, QStringList>::iterator its=strMap.begin();
for(;its!=strMap.end(); its++)
{
if(its.value().count()>1)
{
sortByLexeme(its.value());
}
}
// Записей ключей в лист
its=strMap.begin();
for(;its!=strMap.end(); its++)
{
sortingKeyStr<<its.key();
}
// Сортировка ключей
//sortingKeyStr.sort();
qStableSort(sortingKeyStr.begin(), sortingKeyStr.end(), caseInsensitiveLessThan);
// Заполнение выходного листа полями из числовой карты
for(int j=0; j<sortingKeyNum.count(); j++)
{
// Загрузка в бущер текущей строки для ключа
aIterNum=sortingKeyNum[j];
// Загрузка в выходной лист значений для определенного ключа
for(int k=0; k<numMap[aIterNum].count(); k++)
{
// Загрузка в буфер текущей строки для сортировки
aIterKlein=QString::number(aIterNum)+numMap[aIterNum][k];
// Добавление строки в выходной лист
res<<aIterKlein;
}
}
// Заполнение выходного листа полями из строковой карты
for(int j=0; j<sortingKeyStr.count(); j++)
{
// Загрузка в бущер текущей строки для ключа
aIter=sortingKeyStr[j];
// Загрузка в выходной лист значений для определенного ключа
for(int k=0; k<strMap[aIter].count(); k++)
{
// Загрузка в буфер текущей строки для сортировки
aIterKlein=aIter+strMap[aIter][k];
// Добавление строки в выходной лист
res<<aIterKlein;
}
}
// Замена данного листа на возвращаемый
sortList=res;
}
void SyncController::run(bool saveLog, QFile* log)
{
this->saveLog = saveLog;
this->log = log;
input.open(stdin, QIODevice::ReadOnly);
output.open(stdout, QIODevice::WriteOnly);
quint32 cnt;
QByteArray ba = input.read(4);
QDataStream modify(&ba, QIODevice::ReadOnly);
modify>>cnt;
if(saveLog)
{
log->write("\nBytes for read: "+QByteArray::number(cnt));
log->flush();
}
ba.clear();
forever
{
if(saveLog)
{
log->write("\nTry to read : "+QByteArray::number(cnt-ba.length())+" bytes");
log->flush();
}
ba.append(input.read(cnt-ba.length()));
if ((quint32)ba.length() >= cnt)
{
if(saveLog)
{
log->write("\nEnd readind - bytes limit reached");
log->flush();
}
break;
}
if(saveLog)
{
log->write("\nBytes readed (part of packet): "+QByteArray::number(ba.length())+" needed: "+QByteArray::number(cnt));
log->flush();
}
if (!input.waitForReadyRead(30000))
{
if(saveLog)
{
log->write("\nEnd readind - wait limit reached");
if(!input.atEnd())
log->write(" and not at end");
log->flush();
}
if(input.atEnd())
break;
}
//cnt -= ba.length();
/*
if(saveLog)
{
log->write("\nLets dec waited to : "+QByteArray::number(cnt));
log->flush();
}
*/
}
if(saveLog)
{
log->write("\nBytes readed: "+QByteArray::number(ba.length()));
log->flush();
}
QByteArray message;
QDataStream in(&ba, QIODevice::ReadOnly);
in.setVersion(QDataStream::Qt_5_4);
in >> message;
message = qUncompress(message);
QByteArray command = message.left(message.indexOf('\n'));
message = message.mid(command.length()+1);
if(saveLog)
{
log->write("\nCommand:\n"+command);
log->write("\nInput:\n"+message);
log->flush();
}
QByteArray answer;
if (command.startsWith("Execute xml"))
{
sc.setXmlFile(message);
QRegularExpression reg("send istate every (?<interations>\\d+) iterations");
QRegularExpressionMatch match = reg.match(command);
if(match.hasMatch())
{
iterationsToSend = match.captured("interations").toInt();
iterationsCount = 1;
connect(&sc, SIGNAL(iterationFinished(SyncState)), this, SLOT(iterationFinished(SyncState)));
}
sc.run();
if(sc.getState()==SyncCore::syncFail)
{
answer = "Error\n"+sc.errorString().toUtf8();
}
else
{
QRegularExpression reg("return connection \"(?<connection>.+)\"");
QRegularExpressionMatch match = reg.match(command);
if(match.hasMatch())
{
answer = "Result xml\n"+sc.dump(match.captured("connection"));
}
else
{
QRegularExpression reg("return states");
QRegularExpressionMatch match = reg.match(command);
if(match.hasMatch())
{
QMap<int, SyncState> syncs = sc.getSyncsCompleted();
if(syncs.contains(2))
{
SyncState ss = syncs.value(2);
answer = "Result states "+ss.name.toUtf8()
+" checked:"+QByteArray::number(ss.num)
+" inserts:"+QByteArray::number(ss.numIns)
+" insfail:"+QByteArray::number(ss.numInsFail)
+" deletes:"+QByteArray::number(ss.numDel)
+" delfail:"+QByteArray::number(ss.numDelFail)
+" updates:"+QByteArray::number(ss.numUpd)
+" updfail:"+QByteArray::number(ss.numUpdFail);
}
}
}
}
}
if(saveLog)
{
log->write("\nOutput:\n"+answer);
log->write("\nMessage:\n"+formatMessage(answer).toHex());
}
output.write(formatMessage(answer));
output.flush();
output.close();
input.close();
}
void sortByEmail(QStringList &sortList)
{
// Карта для хранения адресов по доменам
// Ключ карты - домен, значения - список адресов этого домена
QMap<QString, QStringList> sortingMap;
QStringList res; // Результирующий лист
QStringList sortingKey; // Лист для сортировки ключей
QString temp; // Буфер для текущей обрабатываемой строки
QString buf; // Буфер для ключа - домена
QString str; // Буфер для одного из значений ключа - имени адреса
QString aIter; // Буфер для ключа при формировании выходного списка
QString aIterKlein; // Буфер для строки из списка для каждой строки из списка
// Заполнение карты адресами
for(int i=0; i<sortList.count(); i++)
{
// Загрузка в бущер текущей строки для сортировки
temp=sortList[i];
// Получение домена
buf=temp.section("@", 1);
// Получение имени
str=temp.remove(QString("@")+buf);
// Заполнение значение карты или создание поля для ключа
if(sortingMap.contains(buf))
{
sortingMap[buf]<<str;
}
else
{
sortingMap.insert(buf, QStringList(str));
}
}
// Сортировка значений для каждого ключа
QMap<QString, QStringList>::iterator it=sortingMap.begin();
for(;it!=sortingMap.end(); it++)
{
if(it.value().count()>1)
{
sortByLexeme(it.value());
}
}
// Записей ключей в лист
it=sortingMap.begin();
for(;it!=sortingMap.end(); it++)
{
sortingKey<<it.key();
}
// Сортировка ключей
//sortByLexeme(sortingKey);
sortingKey.sort();
// Заполнение выходного листа
for(int j=0; j<sortingKey.count(); j++)
{
// Загрузка в бущер текущей строки для ключа
aIter=sortingKey[j];
// Загрузка в выходной лист значений для определенного ключа
for(int k=0; k<sortingMap[aIter].count(); k++)
{
// Загрузка в буфер текущей строки для сортировки
aIterKlein=sortingMap[aIter][k]+"@"+aIter;
// Добавление строки в выходной лист
res<<aIterKlein;
}
}
// Замена данного листа на возвращаемый
sortList=res;
}
// static
Skin SkinConfigWidget::loadSkin(KLFPluginConfigAccess * config, const QString& fn, bool getstylesheet)
{
Q_UNUSED(getstylesheet) ;
KLF_DEBUG_BLOCK(KLF_FUNC_NAME) ;
klfDbg("loading skin "<<fn<<", get style sheet="<<getstylesheet) ;
Skin skin;
skin.fn = fn;
QFile f(fn);
if ( ! f.open(QIODevice::ReadOnly) ) {
qWarning()<<KLF_FUNC_NAME<<": Can't read skin "<<fn<<"!";
return skin;
}
QDomDocument doc("klf-skin");
QString errMsg; int errLine, errCol;
bool r = doc.setContent(&f, false, &errMsg, &errLine, &errCol);
if (!r) {
qWarning()<<KLF_FUNC_NAME<<": Error parsing file "<<fn<<": "<<errMsg<<" at line "<<errLine<<", col "<<errCol;
return skin;
}
f.close();
QDomElement root = doc.documentElement();
if (root.nodeName() != "klf-skin") {
qWarning("%s: Error parsing XML for skin `%s': Bad root node `%s'.\n",
KLF_FUNC_NAME, qPrintable(fn), qPrintable(root.nodeName()));
return skin;
}
QMap<QString,QString> defines;
QStringList stylesheetpath = QStringList()
<< QLatin1String(":/plugindata/skin/stylesheets")
<< config->homeConfigPluginDataDir() + "/stylesheets";
// read XML file
QDomNode n;
for (n = root.firstChild(); ! n.isNull(); n = n.nextSibling()) {
QDomElement e = n.toElement(); // try to convert the node to an element.
if ( e.isNull() || n.nodeType() != QDomNode::ElementNode )
continue;
if ( e.nodeName() == "name" ) {
skin.name = qApp->translate("xmltr_pluginskins", e.text().toUtf8().constData(),
"[[tag: <name>]]", QCoreApplication::UnicodeUTF8);
continue;
} else if ( e.nodeName() == "author" ) {
skin.author = e.text();
continue;
} else if ( e.nodeName() == "def" ) {
QString key = e.attribute("name");
QString value = e.text();
if (QRegExp("^[A-Za-z][A-Za-z0-9_]*$").exactMatch(key))
defines[key] = value;
else
qWarning()<<KLF_FUNC_NAME<<": file "<<fn<<": Illegal <def> name: "<<key;
} else if ( e.nodeName() == "description" ) {
skin.description = qApp->translate("xmltr_pluginskins", e.text().toUtf8().constData(),
"[[tag: <description>]]", QCoreApplication::UnicodeUTF8);
continue;
} else if ( e.nodeName() == "stylesheet" ) {
QString fnqssbase = e.text().trimmed();
QString fnqss = klfSearchPath(fnqssbase, stylesheetpath);
QFile fqss(fnqss);
if (fnqss.isEmpty() || !fqss.exists() || !fqss.open(QIODevice::ReadOnly)) {
qWarning()<<KLF_FUNC_NAME<<"Can't open qss-stylesheet file "<<fnqssbase
<<" while reading skin "<<fn<<".";
continue;
}
QString ss = QString::fromUtf8(fqss.readAll());
if (!defines.isEmpty()) {
// we need to process <def>ines ...
QRegExp alldefines_rx = QRegExp("\\b("+QStringList(defines.keys()).join("|")+")\\b");
int k = 0;
while ( (k = alldefines_rx.indexIn(ss, k+1)) != -1) {
QString key = alldefines_rx.cap(1);
KLF_ASSERT_CONDITION( defines.contains(key), "Error: key "<<key<<" found, but not in defines="
<<defines<<"?!?", ++k; continue; ) ;
QString value = defines[key];
klfDbg("Substituting def. "<<key<<" by "<<value<<" in style sheet "<<fnqss<<" for "<<fn) ;
ss.replace(k, alldefines_rx.matchedLength(), value);
k += value.length();
}
klfDbg("def-Replaced style sheet is \n"<<ss) ;
}
int NuppelDecoder::OpenFile(RingBuffer *rbuffer, bool novideo,
char testbuf[kDecoderProbeBufferSize],
int)
{
(void)testbuf;
ringBuffer = rbuffer;
m_disablevideo = novideo;
m_tracks[kTrackTypeVideo].clear();
StreamInfo si(0, 0, 0, 0, 0);
m_tracks[kTrackTypeVideo].push_back(si);
m_selectedTrack[kTrackTypeVideo] = si;
struct rtframeheader frameheader;
long long startpos = 0;
int foundit = 0;
char *space;
if (!ReadFileheader(&m_fileheader))
{
LOG(VB_GENERAL, LOG_ERR,
QString("Error reading file: %1").arg(ringBuffer->GetFilename()));
return -1;
}
while ((QString(m_fileheader.finfo) != "NuppelVideo") &&
(QString(m_fileheader.finfo) != "MythTVVideo"))
{
ringBuffer->Seek(startpos, SEEK_SET);
char dummychar;
ringBuffer->Read(&dummychar, 1);
startpos = ringBuffer->GetReadPosition();
if (!ReadFileheader(&m_fileheader))
{
LOG(VB_GENERAL, LOG_ERR, QString("Error reading file: %1")
.arg(ringBuffer->GetFilename()));
return -1;
}
if (startpos > 20000)
{
LOG(VB_GENERAL, LOG_ERR, QString("Bad file: '%1'")
.arg(ringBuffer->GetFilename()));
return -1;
}
}
if (m_fileheader.aspect > .999 && m_fileheader.aspect < 1.001)
m_fileheader.aspect = 4.0 / 3;
m_current_aspect = m_fileheader.aspect;
GetPlayer()->SetKeyframeDistance(m_fileheader.keyframedist);
GetPlayer()->SetVideoParams(m_fileheader.width, m_fileheader.height,
m_fileheader.fps);
m_video_width = m_fileheader.width;
m_video_height = m_fileheader.height;
m_video_size = m_video_height * m_video_width * 3 / 2;
m_keyframedist = m_fileheader.keyframedist;
m_video_frame_rate = m_fileheader.fps;
if (!ReadFrameheader(&frameheader))
{
LOG(VB_GENERAL, LOG_ERR, "File not big enough for a header");
return -1;
}
if (frameheader.frametype != 'D')
{
LOG(VB_GENERAL, LOG_ERR, "Illegal file format");
return -1;
}
space = new char[m_video_size];
if (frameheader.comptype == 'F')
{
m_ffmpeg_extradatasize = frameheader.packetlength;
if (m_ffmpeg_extradatasize > 0)
{
m_ffmpeg_extradata = new uint8_t[m_ffmpeg_extradatasize];
if (frameheader.packetlength != ringBuffer->Read(m_ffmpeg_extradata,
frameheader.packetlength))
{
LOG(VB_GENERAL, LOG_ERR,
"File not big enough for first frame data");
delete [] m_ffmpeg_extradata;
m_ffmpeg_extradata = nullptr;
delete [] space;
return -1;
}
}
}
else
{
if (frameheader.packetlength != ringBuffer->Read(space,
frameheader.packetlength))
{
LOG(VB_GENERAL, LOG_ERR,
"File not big enough for first frame data");
delete [] space;
return -1;
}
}
if ((m_video_height & 1) == 1)
{
m_video_height--;
LOG(VB_GENERAL, LOG_ERR,
QString("Incompatible video height, reducing to %1")
.arg( m_video_height));
}
startpos = ringBuffer->GetReadPosition();
ReadFrameheader(&frameheader);
if (frameheader.frametype == 'X')
{
if (frameheader.packetlength != EXTENDEDSIZE)
{
LOG(VB_GENERAL, LOG_ERR, "Corrupt file. Bad extended frame.");
}
else
{
ringBuffer->Read(&m_extradata, frameheader.packetlength);
#if HAVE_BIGENDIAN
struct extendeddata *ed = &m_extradata;
ed->version = bswap_32(ed->version);
ed->video_fourcc = bswap_32(ed->video_fourcc);
ed->audio_fourcc = bswap_32(ed->audio_fourcc);
ed->audio_sample_rate = bswap_32(ed->audio_sample_rate);
ed->audio_bits_per_sample = bswap_32(ed->audio_bits_per_sample);
ed->audio_channels = bswap_32(ed->audio_channels);
ed->audio_compression_ratio = bswap_32(ed->audio_compression_ratio);
ed->audio_quality = bswap_32(ed->audio_quality);
ed->rtjpeg_quality = bswap_32(ed->rtjpeg_quality);
ed->rtjpeg_luma_filter = bswap_32(ed->rtjpeg_luma_filter);
ed->rtjpeg_chroma_filter = bswap_32(ed->rtjpeg_chroma_filter);
ed->lavc_bitrate = bswap_32(ed->lavc_bitrate);
ed->lavc_qmin = bswap_32(ed->lavc_qmin);
ed->lavc_qmax = bswap_32(ed->lavc_qmax);
ed->lavc_maxqdiff = bswap_32(ed->lavc_maxqdiff);
ed->seektable_offset = bswap_64(ed->seektable_offset);
ed->keyframeadjust_offset = bswap_64(ed->keyframeadjust_offset);
#endif
m_usingextradata = true;
ReadFrameheader(&frameheader);
}
}
if (m_usingextradata && m_extradata.seektable_offset > 0)
{
long long currentpos = ringBuffer->GetReadPosition();
struct rtframeheader seek_frameheader;
int seekret = ringBuffer->Seek(m_extradata.seektable_offset, SEEK_SET);
if (seekret == -1)
{
LOG(VB_GENERAL, LOG_ERR,
QString("NuppelDecoder::OpenFile(): seek error (%1)")
.arg(strerror(errno)));
}
ReadFrameheader(&seek_frameheader);
if (seek_frameheader.frametype != 'Q')
{
LOG(VB_GENERAL, LOG_ERR,
QString("Invalid seektable (frametype %1)")
.arg((int)seek_frameheader.frametype));
}
else
{
if (seek_frameheader.packetlength > 0)
{
char *seekbuf = new char[seek_frameheader.packetlength];
ringBuffer->Read(seekbuf, seek_frameheader.packetlength);
int numentries = seek_frameheader.packetlength /
sizeof(struct seektable_entry);
struct seektable_entry ste;
int offset = 0;
ste.file_offset = 0;
ste.keyframe_number = 0;
m_positionMapLock.lock();
m_positionMap.clear();
m_positionMap.reserve(numentries);
for (int z = 0; z < numentries; z++)
{
memcpy(&ste, seekbuf + offset,
sizeof(struct seektable_entry));
#if HAVE_BIGENDIAN
ste.file_offset = bswap_64(ste.file_offset);
ste.keyframe_number = bswap_32(ste.keyframe_number);
#endif
offset += sizeof(struct seektable_entry);
PosMapEntry e = {ste.keyframe_number,
ste.keyframe_number * m_keyframedist,
ste.file_offset};
m_positionMap.push_back(e);
uint64_t frame_num = ste.keyframe_number * m_keyframedist;
m_frameToDurMap[frame_num] =
frame_num * 1000 / m_video_frame_rate;
m_durToFrameMap[m_frameToDurMap[frame_num]] = frame_num;
}
m_hasFullPositionMap = true;
m_totalLength = (int)((ste.keyframe_number * m_keyframedist * 1.0) /
m_video_frame_rate);
m_totalFrames = (long long)ste.keyframe_number * m_keyframedist;
m_positionMapLock.unlock();
GetPlayer()->SetFileLength(m_totalLength, m_totalFrames);
delete [] seekbuf;
}
else
LOG(VB_GENERAL, LOG_ERR, "0 length seek table");
}
ringBuffer->Seek(currentpos, SEEK_SET);
}
if (m_usingextradata && m_extradata.keyframeadjust_offset > 0 &&
m_hasFullPositionMap)
{
long long currentpos = ringBuffer->GetReadPosition();
struct rtframeheader kfa_frameheader;
int kfa_ret = ringBuffer->Seek(m_extradata.keyframeadjust_offset,
SEEK_SET);
if (kfa_ret == -1)
{
LOG(VB_GENERAL, LOG_ERR,
QString("NuppelDecoder::OpenFile(): keyframeadjust (%1)")
.arg(strerror(errno)));
}
ringBuffer->Read(&kfa_frameheader, FRAMEHEADERSIZE);
if (kfa_frameheader.frametype != 'K')
{
LOG(VB_GENERAL, LOG_ERR,
QString("Invalid key frame adjust table (frametype %1)")
.arg((int)kfa_frameheader.frametype));
}
else
{
if (kfa_frameheader.packetlength > 0)
{
char *kfa_buf = new char[kfa_frameheader.packetlength];
ringBuffer->Read(kfa_buf, kfa_frameheader.packetlength);
int numentries = kfa_frameheader.packetlength /
sizeof(struct kfatable_entry);
struct kfatable_entry kfate;
int offset = 0;
int adjust = 0;
QMap<long long, int> keyFrameAdjustMap;
for (int z = 0; z < numentries; z++)
{
memcpy(&kfate, kfa_buf + offset,
sizeof(struct kfatable_entry));
#if HAVE_BIGENDIAN
kfate.adjust = bswap_32(kfate.adjust);
kfate.keyframe_number = bswap_32(kfate.keyframe_number);
#endif
offset += sizeof(struct kfatable_entry);
keyFrameAdjustMap[kfate.keyframe_number] = kfate.adjust;
adjust += kfate.adjust;
}
m_hasKeyFrameAdjustTable = true;
m_totalLength -= (int)(adjust / m_video_frame_rate);
m_totalFrames -= adjust;
GetPlayer()->SetFileLength(m_totalLength, m_totalFrames);
adjust = 0;
{
QMutexLocker locker(&m_positionMapLock);
for (uint i = 0; i < m_positionMap.size(); i++)
{
long long adj = m_positionMap[i].adjFrame;
if (keyFrameAdjustMap.contains(adj))
adjust += keyFrameAdjustMap[adj];
m_positionMap[i].adjFrame -= adjust;
}
}
delete [] kfa_buf;
}
else
LOG(VB_GENERAL, LOG_ERR, "0 length key frame adjust table");
}
ringBuffer->Seek(currentpos, SEEK_SET);
}
while (frameheader.frametype != 'A' && frameheader.frametype != 'V' &&
frameheader.frametype != 'S' && frameheader.frametype != 'T' &&
frameheader.frametype != 'R')
{
ringBuffer->Seek(startpos, SEEK_SET);
char dummychar;
ringBuffer->Read(&dummychar, 1);
startpos = ringBuffer->GetReadPosition();
if (!ReadFrameheader(&frameheader))
{
delete [] space;
return -1;
}
if (startpos > 20000)
{
delete [] space;
return -1;
}
}
foundit = 0;
m_effdsp = m_audio_samplerate * 100;
m_audio->SetEffDsp(m_effdsp);
if (m_usingextradata)
{
m_effdsp = m_extradata.audio_sample_rate * 100;
m_audio->SetEffDsp(m_effdsp);
m_audio_samplerate = m_extradata.audio_sample_rate;
#if HAVE_BIGENDIAN
// Why only if using extradata?
m_audio_bits_per_sample = m_extradata.audio_bits_per_sample;
#endif
AudioFormat format = FORMAT_NONE;
switch (m_extradata.audio_bits_per_sample)
{
case 8: format = FORMAT_U8; break;
case 16: format = FORMAT_S16; break;
case 24: format = FORMAT_S24; break;
case 32: format = FORMAT_S32; break;
}
m_audio->SetAudioParams(format, m_extradata.audio_channels,
m_extradata.audio_channels,
AV_CODEC_ID_NONE, m_extradata.audio_sample_rate,
false /* AC3/DTS pass through */);
m_audio->ReinitAudio();
foundit = 1;
}
while (!foundit)
{
if (frameheader.frametype == 'S')
{
if (frameheader.comptype == 'A')
{
m_effdsp = frameheader.timecode;
if (m_effdsp > 0)
{
m_audio->SetEffDsp(m_effdsp);
foundit = 1;
continue;
}
}
}
if (frameheader.frametype != 'R' && frameheader.packetlength != 0)
{
if (frameheader.packetlength != ringBuffer->Read(space,
frameheader.packetlength))
{
foundit = 1;
continue;
}
}
long long startpos2 = ringBuffer->GetReadPosition();
foundit = !ReadFrameheader(&frameheader);
bool framesearch = false;
while (frameheader.frametype != 'A' && frameheader.frametype != 'V' &&
frameheader.frametype != 'S' && frameheader.frametype != 'T' &&
frameheader.frametype != 'R' && frameheader.frametype != 'X')
{
if (!framesearch)
LOG(VB_GENERAL, LOG_INFO, "Searching for frame header.");
framesearch = true;
ringBuffer->Seek(startpos2, SEEK_SET);
char dummychar;
ringBuffer->Read(&dummychar, 1);
startpos2 = ringBuffer->GetReadPosition();
foundit = !ReadFrameheader(&frameheader);
if (foundit)
break;
}
}
delete [] space;
m_setreadahead = false;
// mpeg4 encodes are small enough that this shouldn't matter
if (m_usingextradata && m_extradata.video_fourcc == FOURCC_DIVX)
m_setreadahead = true;
m_bitrate = 0;
unsigned min_bitrate = 1000;
if (m_usingextradata && m_extradata.video_fourcc == FOURCC_DIVX)
{
// Use video bitrate, ignore negligible audio bitrate
m_bitrate = m_extradata.lavc_bitrate / 1000;
}
m_bitrate = max(m_bitrate, min_bitrate); // set minimum 1 Mb/s to be safe
LOG(VB_PLAYBACK, LOG_INFO,
QString("Setting bitrate to %1 Kb/s").arg(m_bitrate));
ringBuffer->UpdateRawBitrate(GetRawBitrate());
m_videosizetotal = 0;
m_videoframesread = 0;
ringBuffer->Seek(startpos, SEEK_SET);
m_buf = (unsigned char*)av_malloc(m_video_size);
m_strm = (unsigned char*)av_malloc(m_video_size * 2);
if (m_hasFullPositionMap)
return 1;
if (SyncPositionMap())
return 1;
return 0;
}
bool MDesktopEntry::readDesktopFile(QIODevice &device, QMap<QString, QString> &desktopEntriesMap)
{
bool valid = true;
// Group header is of form [groupname]
// The group name is captured
// Group names may contain all ASCII characters except for [ and ] and control characters
QRegExp groupHeaderRE("\\[([\\0040-\\0132\\0134\\0136-\\0176]+)\\]");
// Key-value pair is of form Key=Value or Key[localization]=Value
// The first capture is the key and the second capture is the value
QRegExp keyValueRE("([A-Za-z0-9-]+" // key
"(?:\\[[[email protected]]+\\])?" // optional localization
")" // end key capturing
"\\s*=\\s*" // equals
"(.*)"); // value
QString currentGroup;
QStringList groupNames;
QTextStream stream(&device);
stream.setCodec(QTextCodec::codecForName("UTF-8"));
while (!stream.atEnd()) {
QString line = stream.readLine().trimmed();
if (!line.isEmpty() && !line.startsWith('#')) {
if (keyValueRE.exactMatch(line) && !currentGroup.isEmpty()) {
// A key-value line was found. Prepend the key with the current group name.
QString desktopKey = currentGroup + '/' + keyValueRE.cap(1);
// Check whether it's already in the map
if (!desktopEntriesMap.contains(desktopKey)) {
QString value = keyValueRE.cap(2);
// Check whether this is a known multivalue key
if (desktopKey == CategoriesKey || desktopKey == OnlyShowInKey ||
desktopKey == NotShowInKey || desktopKey == MimeTypeKey) {
if (value.endsWith("\\;") || !value.endsWith(';')) {
// Multivalue doesn't end with a semicolon so mark the desktop entry invalid
qDebug() << "Value for multivalue key" << desktopKey << "does not end in a semicolon";
valid = false;
}
}
// Add the value to the desktop entries map
desktopEntriesMap.insert(desktopKey, value);
} else {
// Key is already present in the map so issue a warning
qDebug() << "Key" << desktopKey << "already defined. Value" << keyValueRE.cap(2) << "is ignored";
}
} else if (groupHeaderRE.exactMatch(line)) {
// A group header line was found and if it's not already defined, set it as current group
if (!groupNames.contains(groupHeaderRE.cap(1), Qt::CaseSensitive)) {
if (groupNames.isEmpty() && groupHeaderRE.cap(1) != "Desktop Entry") {
qDebug() << "Desktop entry should start with group name \"Desktop Entry\" ";
valid = false;
} else {
groupNames.push_back(groupHeaderRE.cap(1));
currentGroup = groupHeaderRE.cap(1);
}
}
// Redefining a group name will cause the desktop entry to become invalid but still parsed by the parser.
else {
currentGroup = groupHeaderRE.cap(1);
qDebug() << "Multiple definitions of group" << groupHeaderRE.cap(1);
valid = false;
}
} else {
qDebug() << "Invalid .desktop entry line:" << line;
}
}
}
return valid;
}
void
Application::init()
{
// Initialise the unicorn base class first!
unicorn::Application::init();
if ( !currentSession() )
{
// there won't be a current session if one wasn't created by the wizard
QMap<QString, QString> lastSession = unicorn::Session::lastSessionData();
if ( lastSession.contains( "username" ) && lastSession.contains( "sessionKey" ) )
changeSession( lastSession[ "username" ], lastSession[ "sessionKey" ] );
}
initiateLogin( !currentSession() );
// QNetworkDiskCache* diskCache = new QNetworkDiskCache(this);
// diskCache->setCacheDirectory( lastfm::dir::cache().path() );
// lastfm::nam()->setCache( diskCache );
m_menuBar = new QMenuBar( 0 );
/// tray
tray(); // this will initialise m_tray if it doesn't already exist
/// tray menu
QMenu* menu = new QMenu;
menu->addMenu( new UserMenu() )->setText( "Accounts" );
m_show_window_action = menu->addAction( tr("Show Scrobbler"));
m_show_window_action->setShortcut( Qt::CTRL + Qt::META + Qt::Key_S );
menu->addSeparator();
{
m_love_action = menu->addAction( tr("Love") );
m_love_action->setCheckable( true );
QIcon loveIcon;
loveIcon.addFile( ":/meta_love_OFF_REST.png", QSize( 16, 16 ), QIcon::Normal, QIcon::Off );
loveIcon.addFile( ":/meta_love_ON_REST.png", QSize( 16, 16 ), QIcon::Normal, QIcon::On );
m_love_action->setIcon( loveIcon );
m_love_action->setEnabled( false );
connect( m_love_action, SIGNAL(triggered(bool)), SLOT(changeLovedState(bool)));
}
{
m_tag_action = menu->addAction(tr("Tag")+ELLIPSIS);
m_tag_action->setIcon( QIcon( ":/meta_tag_REST.png" ) );
m_tag_action->setEnabled( false );
connect( m_tag_action, SIGNAL(triggered()), SLOT(onTagTriggered()));
}
{
m_share_action = menu->addAction(tr("Share")+ELLIPSIS);
m_share_action->setIcon( QIcon( ":/meta_share_REST.png" ) );
m_share_action->setEnabled( false );
connect( m_share_action, SIGNAL(triggered()), SLOT(onShareTriggered()));
}
{
m_ban_action = new QAction( tr( "Ban" ), this );
QIcon banIcon;
banIcon.addFile( ":/controls_ban_REST.png" );
m_ban_action->setIcon( banIcon );
m_ban_action->setEnabled( false );
}
{
m_play_action = new QAction( tr( "Play" ), this );
m_play_action->setCheckable( true );
QIcon playIcon;
playIcon.addFile( ":/controls_pause_REST.png", QSize(), QIcon::Normal, QIcon::On );
playIcon.addFile( ":/controls_play_REST.png", QSize(), QIcon::Normal, QIcon::Off );
m_play_action->setIcon( playIcon );
}
{
m_skip_action = new QAction( tr( "Skip" ), this );
QIcon skipIcon;
skipIcon.addFile( ":/controls_skip_REST.png" );
m_skip_action->setIcon( skipIcon );
m_skip_action->setEnabled( false );
}
#ifdef Q_WS_X11
menu->addSeparator();
m_scrobble_ipod_action = menu->addAction( tr( "Scrobble iPod..." ) );
connect( m_scrobble_ipod_action, SIGNAL( triggered() ), ScrobbleService::instance().deviceScrobbler(), SLOT( onScrobbleIpodTriggered() ) );
#endif
menu->addSeparator();
m_visit_profile_action = menu->addAction( tr( "Visit Last.fm profile" ) );
connect( m_visit_profile_action, SIGNAL( triggered() ), SLOT( onVisitProfileTriggered() ) );
menu->addSeparator();
m_submit_scrobbles_toggle = menu->addAction( tr("Enable Scrobbling") );
m_submit_scrobbles_toggle->setCheckable( true );
bool scrobblingOn = unicorn::UserSettings().value( "scrobblingOn", true ).toBool();
m_submit_scrobbles_toggle->setChecked( scrobblingOn );
ScrobbleService::instance().scrobbleSettingsChanged();
connect( m_submit_scrobbles_toggle, SIGNAL(toggled(bool)), SLOT(onScrobbleToggled(bool)) );
connect( this, SIGNAL(scrobbleToggled(bool)), &ScrobbleService::instance(), SLOT(scrobbleSettingsChanged()) );
menu->addSeparator();
QAction* quit = menu->addAction(tr("Quit %1").arg( applicationName()));
connect(quit, SIGNAL(triggered()), SLOT(quit()));
m_tray->setContextMenu(menu);
/// MainWindow
m_mw = new MainWindow( m_menuBar );
m_mw->addWinThumbBarButton( m_love_action );
m_mw->addWinThumbBarButton( m_ban_action );
m_mw->addWinThumbBarButton( m_play_action );
m_mw->addWinThumbBarButton( m_skip_action );
m_toggle_window_action = new QAction( this ), SLOT( trigger());
#ifndef Q_OS_LINUX
AudioscrobblerSettings settings;
setRaiseHotKey( settings.raiseShortcutModifiers(), settings.raiseShortcutKey() );
#endif
m_skip_action->setShortcut( Qt::CTRL + Qt::Key_Right );
m_tag_action->setShortcut( Qt::CTRL + Qt::Key_T );
m_share_action->setShortcut( Qt::CTRL + Qt::Key_S );
m_love_action->setShortcut( Qt::CTRL + Qt::Key_L );
m_ban_action->setShortcut( Qt::CTRL + Qt::Key_B );
// make the love buttons sychronised
connect(this, SIGNAL(lovedStateChanged(bool)), m_love_action, SLOT(setChecked(bool)));
// tell the radio that the scrobbler's love state has changed
connect(this, SIGNAL(lovedStateChanged(bool)), SLOT(sendBusLovedStateChanged(bool)));
// update the love buttons if love was pressed in the radio
connect(this, SIGNAL(busLovedStateChanged(bool)), m_love_action, SLOT(setChecked(bool)));
connect(this, SIGNAL(busLovedStateChanged(bool)), SLOT(onBusLovedStateChanged(bool)));
// tell everyone that is interested that data about the current track has been fetched
connect( m_mw, SIGNAL(trackGotInfo(XmlQuery)), SIGNAL(trackGotInfo(XmlQuery)));
connect( m_mw, SIGNAL(albumGotInfo(XmlQuery)), SIGNAL(albumGotInfo(XmlQuery)));
connect( m_mw, SIGNAL(artistGotInfo(XmlQuery)), SIGNAL(artistGotInfo(XmlQuery)));
connect( m_mw, SIGNAL(artistGotEvents(XmlQuery)), SIGNAL(artistGotEvents(XmlQuery)));
connect( m_mw, SIGNAL(trackGotTopFans(XmlQuery)), SIGNAL(trackGotTopFans(XmlQuery)));
connect( m_mw, SIGNAL(trackGotTags(XmlQuery)), SIGNAL(trackGotTags(XmlQuery)));
connect( m_mw, SIGNAL(finished()), SIGNAL(finished()));
connect( m_mw, SIGNAL(trackGotInfo(XmlQuery)), this, SLOT(onTrackGotInfo(XmlQuery)));
connect( m_show_window_action, SIGNAL( triggered()), SLOT( showWindow()), Qt::QueuedConnection );
connect( m_toggle_window_action, SIGNAL( triggered()), SLOT( toggleWindow()), Qt::QueuedConnection );
connect( this, SIGNAL(messageReceived(QStringList)), SLOT(onMessageReceived(QStringList)) );
connect( this, SIGNAL( sessionChanged( unicorn::Session* ) ), &ScrobbleService::instance(), SLOT( onSessionChanged( unicorn::Session* ) ) );
connect( &ScrobbleService::instance(), SIGNAL(trackStarted(Track,Track)), SLOT(onTrackStarted(Track,Track)));
connect( &ScrobbleService::instance(), SIGNAL(paused(bool)), SLOT(onTrackPaused(bool)));
connect( &RadioService::instance(), SIGNAL(trackSpooled(Track)), SLOT(onTrackSpooled(Track)) );
// clicking on a system tray message should show the scrobbler
connect( m_tray, SIGNAL(messageClicked()), m_show_window_action, SLOT(trigger()));
// make sure cached scrobbles get submitted when the connection comes back online
connect( m_icm, SIGNAL(up(QString)), &ScrobbleService::instance(), SLOT(submitCache()) );
emit messageReceived( arguments() );
#ifdef Q_OS_MAC
m_notify = new Notify( this );
connect( m_notify, SIGNAL(clicked()), SLOT(showWindow()) );
new CommandReciever( this );
#endif
}
static QMap<QString, Field> getFields(QDomElement record, bool* foundStrings = 0)
{
QDomNodeList types = record.elementsByTagName("type");
QMap<QString, QString> extraTypes;
QMap<QString, QString> extraTypesDefaults;
for (int i = 0; i < types.size(); i++) {
QDomElement e = types.at(i).toElement();
extraTypes[e.attribute("name")] = e.attribute("type");
if (e.elementsByTagName("enum").size() > 0)
extraTypesDefaults[e.attribute("name")] = e.elementsByTagName("enum").at(0).toElement().attribute("name");
}
QDomNodeList fields = record.elementsByTagName("field");
QMap<QString, Field> map;
for (int i = 0; i < fields.size(); i++) {
QDomElement e = fields.at(i).toElement();
QString name = e.attribute("name");
if (!name.startsWith("reserved")) {
map[name] = Field(name, getFieldType(e.attribute("type"), e.attribute("size").toUInt(), map[name].type, extraTypes));
if (foundStrings && map[name].type == "QString") *foundStrings = true;
if (hasParentNode(e, "array")) {
map[name].isArray = true;
}
if (e.elementsByTagName("enum").size() > 0) {
map[name].isEnum = true;
map[name].type = ucFirst(name);
map[name].defaultValue = e.elementsByTagName("enum").at(0).toElement().attribute("name");
}
if (extraTypes.contains(e.attribute("type"))) {
map[name].isEnum = true;
map[name].type = e.attribute("type");
map[name].defaultValue = extraTypesDefaults[e.attribute("type")];
}
if (e.hasAttribute("default"))
map[name].defaultValue = e.attribute("default");
}
}
for (int i = 0; i < fields.size(); i++) {
QDomElement e = fields.at(i).toElement();
if (e.hasAttribute("length")) {
QString name = e.attribute("length");
if (map.contains(name)) {
map[name].isStringLength = true;
map[name].lengthFor = e.attribute("name");
}
}
}
QDomNodeList arrays = record.elementsByTagName("array");
for (int i = 0; i < arrays.size(); i++) {
QDomElement e = arrays.at(i).toElement();
QString name = e.attribute("length");
if (map.contains(name)) {
Field& field = map[name];
field.isArrayLength = true;
QDomNodeList afields = e.elementsByTagName("field");
for (int j = 0; j < afields.size(); j++) {
QDomElement af = afields.at(j).toElement();
QString fname = af.attribute("name");
if (!fname.startsWith("reserved"))
field.arrayFields.append(map[fname]);
}
}
}
return map;
}
QDomDocument LibraryTreeWidget::toXml() const
{
QDomDocument doc;
QDomElement root = doc.createElement("project");
QDomElement properties = doc.createElement("properties");
// graphics options
properties.setAttribute("scaleMode", properties_.scaleMode);
properties.setAttribute("logicalWidth", properties_.logicalWidth);
properties.setAttribute("logicalHeight", properties_.logicalHeight);
QDomElement imageScales = doc.createElement("imageScales");
for (size_t i = 0; i < properties_.imageScales.size(); ++i)
{
QDomElement scale = doc.createElement("scale");
scale.setAttribute("suffix", properties_.imageScales[i].first);
scale.setAttribute("scale", properties_.imageScales[i].second);
imageScales.appendChild(scale);
}
properties.appendChild(imageScales);
properties.setAttribute("orientation", properties_.orientation);
properties.setAttribute("fps", properties_.fps);
// iOS options
properties.setAttribute("retinaDisplay", properties_.retinaDisplay);
properties.setAttribute("autorotation", properties_.autorotation);
// input options
properties.setAttribute("mouseToTouch", properties_.mouseToTouch ? 1 : 0);
properties.setAttribute("touchToMouse", properties_.touchToMouse ? 1 : 0);
properties.setAttribute("mouseTouchOrder", properties_.mouseTouchOrder);
// export options
properties.setAttribute("architecture", properties_.architecture);
properties.setAttribute("assetsOnly", properties_.assetsOnly ? 1 : 0);
properties.setAttribute("iosDevice", properties_.iosDevice);
properties.setAttribute("packageName", properties_.packageName);
properties.setAttribute("encryptCode", properties_.encryptCode);
properties.setAttribute("encryptAssets", properties_.encryptAssets);
root.appendChild(properties);
doc.appendChild(root);
QTreeWidgetItem* rootitem = invisibleRootItem();
if (rootitem->childCount())
rootitem = rootitem->child(0);
std::stack<std::pair<QTreeWidgetItem*, QDomElement> > stack;
stack.push(std::make_pair(rootitem, root));
while (stack.empty() == false)
{
QTreeWidgetItem* item = stack.top().first;
QDomElement element = stack.top().second;
stack.pop();
for (int i = 0; i < item->childCount(); ++i)
{
QTreeWidgetItem* childItem = item->child(i);
QMap<QString, QVariant> data = childItem->data(0, Qt::UserRole).toMap();
QString fileName = data["filename"].toString();
QDomElement childElement = doc.createElement(fileName.isEmpty() ? "folder" : "file");
if (fileName.isEmpty() == false)
{
childElement.setAttribute("source", fileName);
if (data.contains("downsizing") && data["downsizing"].toBool())
childElement.setAttribute("downsizing", 1);
if (data.contains("excludeFromExecution") && data["excludeFromExecution"].toBool())
childElement.setAttribute("excludeFromExecution", 1);
}
else
childElement.setAttribute("name", childItem->text(0));
element.appendChild(childElement);
stack.push(std::make_pair(childItem, childElement));
}
}
std::vector<std::pair<QString, QString> > dependencies = dependencyGraph_.dependencies();
for (std::size_t i = 0; i < dependencies.size(); ++i)
{
QDomElement childElement = doc.createElement("dependency");
childElement.setAttribute("from", dependencies[i].first);
childElement.setAttribute("to", dependencies[i].second);
root.appendChild(childElement);
}
return doc;
}