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#include "symbiandevicemanager.h"

#include <QtCore/QSettings>

#include <QtCore/QStringList>

#include <QtCore/QFileInfo>

#include <QtCore/QtDebug>

#include <QtCore/QTextStream>

#include <QtCore/QSharedData>

#include <QtCore/QScopedPointer>

namespace SymbianUtils {

enum { debug = 0 };

static const char REGKEY_CURRENT_CONTROL_SET[] = "HKEY_LOCAL_MACHINE\\SYSTEM\\CurrentControlSet";

static const char USBSER[] = "Services/usbser/Enum";

const char *SymbianDeviceManager::linuxBlueToothDeviceRootC = "/dev/rfcomm";

// ------------- SymbianDevice

class SymbianDeviceData : public QSharedData {

public:

    QString portName;

    QString friendlyName;

    QString deviceDesc;

    QString manufacturer;

    DeviceCommunicationType type;

};

SymbianDevice::SymbianDevice(SymbianDeviceData *data) :

    m_data(data)

{

}

SymbianDevice::SymbianDevice() :

    m_data(new SymbianDeviceData)

{

}

SymbianDevice::SymbianDevice(const SymbianDevice &rhs) :

        m_data(rhs.m_data)

{

}

SymbianDevice &SymbianDevice::operator=(const SymbianDevice &rhs)

{

    if (this != &rhs)

        m_data = rhs.m_data;

    return *this;

}

SymbianDevice::~SymbianDevice()

{

}

QString SymbianDevice::portName() const

{

    return m_data->portName;

}

QString SymbianDevice::friendlyName() const

{

    return m_data->friendlyName;

}

QString SymbianDevice::deviceDesc() const

{

    return m_data->deviceDesc;

}

QString SymbianDevice::manufacturer() const

{

    return m_data->manufacturer;

}

DeviceCommunicationType SymbianDevice::type() const

{

    return m_data->type;

}

bool SymbianDevice::isNull() const

{

}

QString SymbianDevice::toString() const

{

    QString rc;

    QTextStream str(&rc);

    format(str);

    return rc;

}

void SymbianDevice::format(QTextStream &str) const

{

    str << (m_data->type == BlueToothCommunication ? "Bluetooth: " : "Serial: ")

        << m_data->portName;

    if (!m_data->friendlyName.isEmpty()) {

        str << " (" << m_data->friendlyName;

        if (!m_data->deviceDesc.isEmpty())

          str << " / " << m_data->deviceDesc;

        str << ')';

    }

    if (!m_data->manufacturer.isEmpty())

        str << " [" << m_data->manufacturer << ']';

}

// Compare by port and friendly name

int SymbianDevice::compare(const SymbianDevice &rhs) const

{

    if (const int prc = m_data->portName.compare(rhs.m_data->portName))

        return prc;

    if (const int frc = m_data->friendlyName.compare(rhs.m_data->friendlyName))

        return frc;

    return 0;

}

{

    d.nospace() << cd.toString();

    return d;

}

// ------------- SymbianDeviceManagerPrivate

struct SymbianDeviceManagerPrivate {

    bool m_initialized;

    SymbianDeviceManager::SymbianDeviceList m_devices;

};

SymbianDeviceManager::SymbianDeviceManager(QObject *parent) :

    QObject(parent),

    d(new SymbianDeviceManagerPrivate)

{

}

SymbianDeviceManager::~SymbianDeviceManager()

{

    delete d;

}

SymbianDeviceManager::SymbianDeviceList SymbianDeviceManager::devices() const

{

    return d->m_devices;

}

QString SymbianDeviceManager::toString() const

{

    QString rc;

    QTextStream str(&rc);

    const int count = d->m_devices.size();

    for (int i = 0; i < count; i++) {

        str << '#' << i << ' ';

        d->m_devices.at(i).format(str);

        str << '\n';

    }

    return rc;

}

QString SymbianDeviceManager::friendlyNameForPort(const QString &port) const

{

}

void SymbianDeviceManager::update()

{

    update(true);

}

void SymbianDeviceManager::update(bool emitSignals)

{

    typedef SymbianDeviceList::iterator SymbianDeviceListIterator;

    if (debug)

               qPrintable(toString()));

    d->m_initialized = true;

    // Get ordered new list

    SymbianDeviceList newDevices = serialPorts() + blueToothDevices();

    if (newDevices.size() > 1)

        qStableSort(newDevices.begin(), newDevices.end());

        return;

    // Merge the lists and emit the respective added/removed signals, assuming

    // no one can plug a different device on the same port at the speed of lightning

    if (!d->m_devices.isEmpty()) {

        // Find deleted devices

        for (SymbianDeviceListIterator oldIt = d->m_devices.begin(); oldIt != d->m_devices.end(); ) {

            if (newDevices.contains(*oldIt)) {

                ++oldIt;

            } else {

                oldIt = d->m_devices.erase(oldIt);

                if (emitSignals)

                    emit deviceRemoved(toBeDeleted);

            }

        }

    }

    if (!newDevices.isEmpty()) {

        // Find new devices and insert in order

        foreach(const SymbianDevice &newDevice, newDevices) {

            if (!d->m_devices.contains(newDevice)) {

                d->m_devices.append(newDevice);

                if (emitSignals)

                    emit deviceAdded(newDevice);

            }

        }

        if (d->m_devices.size() > 1)

            qStableSort(d->m_devices.begin(), d->m_devices.end());

    }

    if (emitSignals)

        emit updated();

    if (debug)

        qDebug("<SerialDeviceLister::update\n%s\n", qPrintable(toString()));

}

SymbianDeviceManager::SymbianDeviceList SymbianDeviceManager::serialPorts() const

{

    SymbianDeviceList rc;

#ifdef Q_OS_WIN

    const QSettings registry(REGKEY_CURRENT_CONTROL_SET, QSettings::NativeFormat);

    const QString usbSerialRootKey = QLatin1String(USBSER) + QLatin1Char('/');

    const int count = registry.value(usbSerialRootKey + QLatin1String("Count")).toInt();

    for (int i = 0; i < count; ++i) {

        QString driver = registry.value(usbSerialRootKey + QString::number(i)).toString();

        if (driver.contains(QLatin1String("JAVACOMM"))) {

            driver.replace(QLatin1Char('\\'), QLatin1Char('/'));

            const QString driverRootKey = QLatin1String("Enum/") + driver + QLatin1Char('/');

            if (debug > 1)

                qDebug() << "SerialDeviceLister::serialPorts(): Checking " << i << count

                         << REGKEY_CURRENT_CONTROL_SET << usbSerialRootKey << driverRootKey;

            QScopedPointer<SymbianDeviceData> device(new SymbianDeviceData);

            device->type = SerialPortCommunication;

            device->friendlyName = registry.value(driverRootKey + QLatin1String("FriendlyName")).toString();

            device->portName = registry.value(driverRootKey + QLatin1String("Device Parameters/PortName")).toString();

            device->deviceDesc = registry.value(driverRootKey + QLatin1String("DeviceDesc")).toString();

            device->manufacturer = registry.value(driverRootKey + QLatin1String("Mfg")).toString();

            rc.append(SymbianDevice(device.take()));

        }

    }

#endif

    return rc;

}

SymbianDeviceManager::SymbianDeviceList SymbianDeviceManager::blueToothDevices() const

{

    SymbianDeviceList rc;

#if defined(Q_OS_UNIX) && !defined(Q_OS_MAC)

    // Bluetooth devices are created on connection. List the existing ones

    // or at least the first one.

    const QString prefix = QLatin1String(linuxBlueToothDeviceRootC);

    for (int d = 0; d < 4; d++) {

        QScopedPointer<SymbianDeviceData> device(new SymbianDeviceData);

        device->type = BlueToothCommunication;

        device->portName = prefix + QString::number(d);

        if (d == 0 || QFileInfo(device->portName).exists()) {

            rc.push_back(SymbianDevice(device.take()));

        }

    }

#endif

    return rc;

}

Q_GLOBAL_STATIC(SymbianDeviceManager, symbianDeviceManager)

SymbianDeviceManager *SymbianDeviceManager::instance()

{

    return symbianDeviceManager();

}

{

    d.nospace() << sdm.toString();

    return d;

}

} // namespace SymbianUtilsInternal