#include "bluepingplugin.h" #include #include #include #include #include #include #include #include #include using namespace Opie::Core; using Opie::Security::MultiauthPluginObject; using Opie::Security::MultiauthConfigWidget; /// creates and initializes the m_config Config object BluepingPlugin::BluepingPlugin() : MultiauthPluginObject(), m_ping(0) { m_config = new Config("Security"); m_config->setGroup("BluepingPlugin"); bluetoothAlreadyRestarted = false; } /// deletes the m_config Config object and noticeW if necessary BluepingPlugin::~BluepingPlugin() { delete m_config; delete m_ping; } /// Simply return its name (Blueping plugin) QString BluepingPlugin::pluginName() const { return "Blueping plugin"; } /// no configuration widget for the moment MultiauthConfigWidget * BluepingPlugin::configWidget(QWidget * parent) { return 0l; } QString BluepingPlugin::pixmapNameWidget() const { return "security/bluepingplugin"; } QString BluepingPlugin::pixmapNameConfig() const { return 0l; } /// Emit the MultiauthPluginObject::Success emitCode void BluepingPlugin::success() { emit emitCode(MultiauthPluginObject::Success); } /// Emit the MultiauthPluginObject::Failure emitCode void BluepingPlugin::failure() { emit emitCode(MultiauthPluginObject::Failure); } /// Emit the MultiauthPluginObject::Skip emitCode void BluepingPlugin::skip() { emit emitCode(MultiauthPluginObject::Skip); } /// do the actual ping void BluepingPlugin::ping() { m_ping = new OProcess(); odebug << "pinging device: " << macToPing << oendl; *m_ping << "l2ping" << "-c 1" << macToPing; // starting to ping in the background /// \todo as soon as ping is launched, check RSSI (signal strength) and check /// it's high enough, meaning the device is close enough? /// \todo make it optionally pollable, so don't finish the ping and call /// Opie suspend if l2ping timeouts? if ( !m_ping->start() ) { oerr << "could not start l2ping" << oendl; this->skip(); } QObject::connect(m_ping, SIGNAL(processExited(Opie::Core::OProcess*)), this, SLOT(pingFinished(Opie::Core::OProcess*)) ); } /// Deals with m_ping result void BluepingPlugin::pingFinished(OProcess * ping) { if ( ping->normalExit() && (ping->exitStatus() == 0) ) { odebug << "Successful Bluetooth ping!" << oendl; success(); } else { odebug << "Failed Bluetooth ping..." << oendl; failure(); } } /// Make one authentication attempt with this plugin /** * (very simple "success" / "failure" buttons in a dialog) * \return The outcome code of this authentication */ int BluepingPlugin::authenticate() { Config cfg("Security"); cfg.setGroup("BluepingPlugin"); macToPing = cfg.readEntry("mac"); if (!macToPing.isEmpty()) { /* Standard, inescapable authentication dialog */ QDialog bluepingDialog(0, "Blueping dialog", TRUE, Qt::WStyle_NoBorder | Qt::WStyle_Customize | Qt::WStyle_StaysOnTop); QRect desk = oApp->desktop()->geometry(); bluepingDialog.setGeometry( 0, 0, desk.width(), desk.height() ); // Creation of the particular widgets of our Blueping user interface QVBoxLayout *layout = new QVBoxLayout(&bluepingDialog); layout->setSpacing(11); layout->setMargin(11); layout->setAlignment( Qt::AlignTop ); QLabel title("

\"Blueping\"
plugin

", &bluepingDialog); QLabel subTitle("

Trying to reach your configured bluetooth device...

", &bluepingDialog); QLabel subTitle2("
You can skip this step and use another authentication way with the following button
", &bluepingDialog); QPushButton pbSkip("Skip", &bluepingDialog); layout->addWidget(&title); layout->addWidget(&subTitle); layout->addWidget(&subTitle2); layout->addWidget(&pbSkip, 0, Qt::AlignHCenter); // connect the skip button to the skip signal emitting function QObject::connect(&pbSkip, SIGNAL(clicked()), this, SLOT(skip())); // connect the signal emitting functions to the bluepingDialog done(int) finishing function QObject::connect(this, SIGNAL(emitCode(int)), &bluepingDialog, SLOT(done(int))); if (!bluetoothAlreadyRestarted) { // we have just started or resumed the device, so Bluetooth has to be (re)started OProcess killB; killB << "killall" << "hciattach"; odebug << "killing Bluetooth..." << oendl; if ( !killB.start(OProcess::Block) ) { oerr << "could not kill bluetooth" << oendl; } OProcess startB; switch ( ODevice::inst()->model() ) { case Model_iPAQ_H39xx: startB << "/sbin/hciattach" << "/dev/tts/1" << "bcsp" << "921600"; break; case Model_iPAQ_H5xxx: startB << "/sbin/hciattach" << "/dev/tts/1" << "any" << "921600"; break; default: startB << "/sbin/hciattach" << "/dev/ttySB0" << "bcsp" << "230400"; break; } // end switch on device models if ( !startB.start(OProcess::Block) ) { oerr << "could not (re)start bluetooth" << oendl; return MultiauthPluginObject::Skip; } else { if ( startB.normalExit() && (startB.exitStatus() == 0) ) { odebug << "hciattach exited normally."<< oendl; bluetoothAlreadyRestarted = true; // 500 ms timer, so l2ping won't try to find a route before bluetooth has \em really started QTimer::singleShot( 500, this, SLOT(ping()) ); } else { owarn << "hciattach exited anormally (error code: " << startB.exitStatus() << ")" << oendl; } // end if startBluetooth exit status == 0 } // end if startBluetooth started } else { // we don't need to wait, since bluetooth has been started long enough ago ping(); } // end if bluetooth not restarted // start the dialog event loop, while the ping is starting (or will start soon) in the background return bluepingDialog.exec(); } else { owarn << "No Bluetooth device has been set!" << oendl; owarn << "We will consider it as a successful authentication though." << oendl; return MultiauthPluginObject::Success; } // end if mac defined }