#include #include #include #include #include #include "obex.h" #include "obexsend.h" using namespace OpieObex; /* TRANSLATOR OpieObex::SendWidget */ SendWidget::SendWidget( QWidget* parent, const char* name ) : QWidget( parent, name ) { initUI(); } SendWidget::~SendWidget() { } void SendWidget::initUI() { m_obex = new Obex(this, "obex"); connect(m_obex, SIGNAL(error(int) ), this, SLOT(slotIrError(int) ) ); connect(m_obex, SIGNAL(sent(bool) ), this, SLOT(slotIrSent(bool) ) ); connect(m_obex, SIGNAL(currentTry(unsigned int ) ), this, SLOT(slotIrTry(unsigned int ) ) ); QCopChannel* chan = new QCopChannel("QPE/IrDaAppletBack", this ); connect(chan, SIGNAL(received(const QCString&, const QByteArray& ) ), this, SLOT(dispatchIrda(const QCString&, const QByteArray& ) ) ); chan = new QCopChannel("QPE/BluetoothBack", this ); connect(chan, SIGNAL(received(const QCString&, const QByteArray& ) ), this, SLOT(dispatchBt(const QCString&, const QByteArray& ) ) ); QVBoxLayout* lay = new QVBoxLayout(this); QHBox* nameBox = new QHBox(this); QLabel* name = new QLabel(nameBox); name->setText( tr("

Sending:

") ); name->setAlignment( AlignLeft | AlignTop ); m_lblFile = new QLabel(nameBox); lay->addWidget(nameBox, 0); QFrame* frame = new QFrame(this); frame->setFrameShape( QFrame::HLine ); frame->setFrameShadow( QFrame::Sunken ); lay->addWidget(frame, 10); QLabel* devices = new QLabel(this); devices->setText("Devices:"); devices->setAlignment( AlignLeft | AlignTop ); lay->addWidget( devices,10 ); m_devBox = new DeviceBox(this); lay->addWidget( m_devBox, 50 ); connect(m_devBox, SIGNAL(selectedDevice(int, int ) ), this, SLOT(slotSelectedDevice(int, int) ) ); QPushButton *but = new QPushButton(this); but->setText(tr("Done") ); connect(but, SIGNAL(clicked() ), this, SLOT(slotDone() ) ); lay->addWidget( but ); m_lay = lay; // QT does not like if you add items to an layout which already exits.... // and was layouted invalidate() does not help too // so we use RichText.... } /* * in send we'll first set everything up * and then wait for a list of devices. */ void SendWidget::send( const QString& file, const QString& desc ) { m_file = file; m_irDa.clear(); m_start = 0; m_lblFile->setText(desc.isEmpty() ? file : desc ); if ( !QCopChannel::isRegistered("QPE/IrDaApplet") ) { m_irDeSearch = m_devBox->addDevice( tr("IrDa is not enabled!"), DeviceBox::Error ); m_start++; }else m_irDeSearch = m_devBox->addDevice( tr("Searching for IrDa Devices."), DeviceBox::Search ); if ( !QCopChannel::isRegistered("QPE/Bluetooth") ) { m_btDeSearch = m_devBox->addDevice( tr("Bluetooth is not available"), DeviceBox::Error ); m_start++; }else m_btDeSearch = m_devBox->addDevice( tr("Searching for bluetooth Devices."), DeviceBox::Search ); if (m_start != 2 ) { QCopEnvelope e0("QPE/IrDaApplet", "enableIrda()"); QCopEnvelope e1("QPE/Bluetooth", "enableBluetooth()"); QCopEnvelope e2("QPE/IrDaApplet", "listDevices()"); QCopEnvelope e3("QPE/Bluetooth", "listDevices()"); } } void SendWidget::slotIrDaDevices( const QStringList& list) { qWarning("slot it irda devices "); for (QStringList::ConstIterator it = list.begin(); it != list.end(); ++it ) { int id = m_devBox->addDevice( (*it), DeviceBox::IrDa, tr("Scheduling for beam.") ); m_irDa.insert( id, (*it) ); } m_devBox->removeDevice( m_irDeSearch ); m_irDaIt = m_irDa.begin(); slotStartIrda(); } void SendWidget::slotBTDevices( const QMap& str ) { for(QMap::ConstIterator it = str.begin(); it != str.end(); ++it ) { int id = m_devBox->addDevice( it.key(), DeviceBox::BT, tr("Click to beam") ); m_bt.insert( id, Pair( it.key(), it.data() ) ); } m_devBox->removeDevice( m_btDeSearch ); } void SendWidget::slotSelectedDevice( int name, int dev ) { qWarning("Start beam? %d %d", name, dev ); if ( name == m_irDeSearch ) { for (QMap::Iterator it= m_irDa.begin(); it != m_irDa.end(); ++it ) m_devBox->removeDevice( it.key() ); QCopEnvelope e2("QPE/IrDaApplet", "listDevices()"); } } void SendWidget::dispatchIrda( const QCString& str, const QByteArray& ar ) { qWarning("dispatch irda %s", str.data() ); if ( str == "devices(QStringList)" ) { QDataStream stream( ar, IO_ReadOnly ); QStringList list; stream >> list; slotIrDaDevices( list ); } } void SendWidget::dispatchBt( const QCString&, const QByteArray& ) { } void SendWidget::slotIrError( int ) { } void SendWidget::slotIrSent( bool b) { qWarning("irda sent!!"); QString text = b ? tr("Sent") : tr("Failure"); m_devBox->setStatus( m_irDaIt.key(), text ); ++m_irDaIt; slotStartIrda(); } void SendWidget::slotIrTry(unsigned int trI) { m_devBox->setStatus( m_irDaIt.key(), tr("Try %1").arg( QString::number( trI ) ) ); } void SendWidget::slotStartIrda() { if (m_irDaIt == m_irDa.end() ) { m_irDeSearch = m_devBox->addDevice(tr("Search again for IrDa."), DeviceBox::Search ); return; } m_devBox->setStatus( m_irDaIt.key(), tr("Start sending") ); m_obex->send( m_file ); } void SendWidget::closeEvent( QCloseEvent* e) { e->accept(); // make sure QTimer::singleShot(0, this, SLOT(slotDone() ) ); } void SendWidget::slotDone() { QCopEnvelope e0("QPE/IrDaApplet", "disableIrda()"); QCopEnvelope e1("QPE/Bluetooth", "disableBluetooth()"); emit done(); } QString SendWidget::file()const { return m_file; } DeviceBox::DeviceBox( QWidget* parent ) : QTextBrowser( parent ) { } DeviceBox::~DeviceBox() { } int DeviceBox::addDevice( const QString& name, int dev, const QString& status ) { /* return a id for a range of devices */ int id = idFor ( dev ); DeviceItem item( name, status, dev,id ); m_dev.insert( id, item ); setText( allText() ); return id; } void DeviceBox::removeDevice( int id ) { if (!m_dev.contains(id) ) return; m_dev.remove( id ); setText( allText() ); } void DeviceBox::setStatus( int id, const QString& status ) { if ( !m_dev.contains(id) ) return; m_dev[id].setStatus(status ); setText( allText() ); } void DeviceBox::setSource( const QString& str ) { qWarning("SetSource:%d", str.toInt() ); int id = str.toInt(); emit selectedDevice( id, m_dev[id].device() ); } int DeviceBox::idFor ( int id ) { static int irId = 1501; static int irBT = 1001; static int irSr = 501; static int irEr = 0; int ret = -1; switch(id ) { case IrDa: ret = irId; irId++; break; case BT: ret = irBT; irBT++; break; case Search: ret = irSr; irSr++; break; case Error: ret = irEr; irEr++; break; } return ret; } QString DeviceBox::allText() { QString str; typedef QMap DeviceMap; for (QMap::Iterator it = m_dev.begin(); it != m_dev.end(); ++it ) { str += it.data().toString() + "
"; } return str; } DeviceItem::DeviceItem( const QString& name, const QString& status, int dev, int id) { m_name = name; m_status = status; m_dev = dev; m_id = id; } int DeviceItem::id()const { return m_id; } QString DeviceItem::name()const { return m_name; } QString DeviceItem::status()const { return m_status; } int DeviceItem::device()const { return m_dev; } QString DeviceItem::pixmap()const{ QString str; switch(m_dev) { case DeviceBox::IrDa: str ="obex/irda"; break; case DeviceBox::BT: str ="obex/bt"; break; case DeviceBox::Search: str = "mag"; break; case DeviceBox::Error: str = "editdelete"; break; }; return str; } DeviceItem::~DeviceItem() { } void DeviceItem::setStatus(const QString& status ) { m_status = status; } QString DeviceItem::toString()const { return "

"+m_name+" "+m_status+"

" ; }