#include "qqtuserserialprotocol.h"
#include "qqtcore.h"
#include "qqt-qt.h"

void QQTWritePassAck::pack ( QByteArray& l )
{
    setCmd ( _SERIAL_WRITEPASSACK );
    translate();
    QQTSerialMessage::packer ( l );
}


void QQTWriteSerialNoAck::pack ( QByteArray& l )
{
    setCmd ( _SERIAL_WRITEDEVNOACK );
    translate();
    QQTSerialMessage::packer ( l );
}


void QQTHandupAck::pack ( QByteArray& l )
{
    setCmd ( _SERIAL_HANDACK );
    translate();
    QQTSerialMessage::packer ( l );
}


void QQTCloseAck::pack ( QByteArray& l )
{
    setCmd ( _SERIAL_CLOSEACK );
    translate();
    QQTSerialMessage::packer ( l );
}


void QQTReadSerialNoAck::pack ( QByteArray& l )
{
    setCmd ( _SERIAL_READDEVNOACK );
    translate();
    QQTSerialMessage::packer ( l );
}


void QQTReadPassAck::pack ( QByteArray& l )
{
    setCmd ( _SERIAL_READPASSACK );
    translate();
    QQTSerialMessage::packer ( l );
}


void QQTExceptionAck::pack ( QByteArray& l )
{
    setCmd ( _SERIAL_EXCEPTIONACK );
    translate();
    QQTSerialMessage::packer ( l );
}

QQTUserSerialProtocol::QQTUserSerialProtocol ( QObject* parent ) :
    QQtProtocol ( parent )
{
#ifdef __EMBEDDED_LINUX__
    QString portName ( "/dev/ttyS2" );
#else
    QString portName ( "/dev/ttyS2" );
#endif
    s0 = QQTUserSerialPortInstance ( this, portName, QQtSerialPort::Baud57600 );

    if ( s0->open ( QIODevice::ReadWrite ) ) //Open Port dev.
        pline() << QString ( "serial port %1 open success!" ).arg ( portName );
    else
        pline() << QString ( "serial port %1 open failed! errcode =" ).arg ( portName ) << s0->errorString();
}

QQTUserSerialProtocol::~QQTUserSerialProtocol()
{
    s0->close();
}

void QQTUserSerialProtocol::recvHandup ( const QByteArray& l )
{
    sendHandupAck();
}

void QQTUserSerialProtocol::sendHandupAck()
{
    //status c51 + local
    QByteArray s;
    s << quint8 ( 0x00 );
    QByteArray l;
    QQTHandupAck ack;
    ack.setData ( s );
    ack.pack ( l );
    write ( l );
}

void QQTUserSerialProtocol::recvClose ( const QByteArray& l )
{
    sendCloseAck();
}

void QQTUserSerialProtocol::sendCloseAck()
{
    QByteArray s;
    s << quint8 ( 0x00 );
    QByteArray l;
    QQTCloseAck ack;
    ack.setData ( s );
    ack.pack ( l );
    write ( l );
}

void QQTUserSerialProtocol::recvWriteSerialNumber ( const QByteArray& l )
{
    QSettings set;
    set.setValue ( "Device/DeviceNo", l );
    set.sync();
    sendWriteSerialNumberAck();
    emit sigSerialUnlock();
}

void QQTUserSerialProtocol::sendWriteSerialNumberAck()
{
    QQTWriteSerialNoAck ack;
    QSettings set;
    QByteArray sn = set.value ( "/Device/DeviceNo" ).toByteArray();
    ack.setData ( sn );
    QByteArray l;
    ack.pack ( l );
    write ( l );
}

void QQTUserSerialProtocol::recvReadSerial ( const QByteArray& l )
{
    sendReadSerialAck();
}

void QQTUserSerialProtocol::sendReadSerialAck()
{
    QSettings set;
    QByteArray serial = set.value ( "Device/DeviceNo" ).toByteArray();
    QByteArray l;
    QQTReadSerialNoAck ack;
    ack.setData ( serial );
    ack.pack ( l );
    write ( l );
}

void QQTUserSerialProtocol::recvWritePassword ( const QByteArray& l )
{
    QSettings set;
    set.setValue ( "Device/Password", l );
    set.sync();
    sendWritePasswordAck();
}

void QQTUserSerialProtocol::sendWritePasswordAck()
{
    QQTWritePassAck ack;
    QSettings set;
    QByteArray sn = set.value ( "/Device/Password" ).toByteArray();
    ack.setData ( sn );
    QByteArray l;
    ack.pack ( l );
    write ( l );
}

void QQTUserSerialProtocol::  recvReadPassword ( const QByteArray& l )
{
    sendReadPasswordAck();
}

void QQTUserSerialProtocol::sendReadPasswordAck()
{
    QSettings set;
    QByteArray serial = set.value ( "Device/Password" ).toByteArray();
    QByteArray l;
    QQTReadPassAck ack;
    ack.setData ( serial );
    ack.pack ( l );
    write ( l );
}

void QQTUserSerialProtocol::sendExceptionAck()
{
    /*
     * 机器运行出现异常自动通过这个串口上报
     */
    QByteArray l;
    QQTExceptionAck ack;
    //ack.setData("");
    ack.pack ( l );
    write ( l );
}

quint16 QQTUserSerialProtocol::minlength()
{
    return 10;
}

quint16 QQTUserSerialProtocol::maxlength()
{
    return 128;
}

quint16 QQTUserSerialProtocol::splitter ( const QByteArray& s )
{
    QByteArray l = s.left ( 4 );
    quint16 b0 = 0, b1 = 0;
    l >> b0 >> b1;
    return b1;
}


bool QQTUserSerialProtocol::dispatcher ( const QByteArray& m )
{
    bool ret = true;

    QQTSerialMessage qMsg;
    qMsg.parser ( m );
    pline() << qMsg;

    switch ( qMsg.cmd() )
    {
    case _SERIAL_HAND:
        recvHandup ( qMsg.data() );
        break;

    case _SERIAL_CLOSE:
        recvClose ( qMsg.data() );
        break;

    case _SERIAL_WRITEDEVNO:
        recvWriteSerialNumber ( qMsg.data() );
        break;

    case _SERIAL_READDEVNO:
        recvReadSerial ( qMsg.data() );
        break;

    case _SERIAL_WRITEPASS:
        recvWritePassword ( qMsg.data() );
        break;

    case _SERIAL_READPASS:
        recvReadPassword ( qMsg.data() );
        break;

    default:
        ret = false;
        pline() << "receive unknown command:" << hex << qMsg.cmd();
        break;
    }

    return ret;
}

QQtSerialPort* QQTUserSerialPortInstance ( QObject* parent, QString name, QQtSerialPort::BaudRate )
{
    static QQtSerialPort* s0 = NULL;

    if ( s0 == 0 )
    {
        s0 = new QQtSerialPort ( parent );
        s0->setPortName ( name );
        s0->setBaudRate ( QQtSerialPort::Baud57600 );
        s0->setDataBits ( QQtSerialPort::Data8 );
        s0->setParity ( QQtSerialPort::NoParity );
        s0->setStopBits ( QQtSerialPort::OneStop );
        s0->setFlowControl ( QQtSerialPort::NoFlowControl );
    }

    return s0;
}