#include "iXmlTable.h"
#include "nmDataAnalRun.h"

ZX_DEFINE_DYNAMIC(DataAnalRun, nmDataAnalRun)

nmDataAnalRun::nmDataAnalRun()
    : ZxDataObjectBin(0)
{
//    m_sAnalID = "";

    m_baDataBasic = QByteArray();
    m_baDataPvt = QByteArray();
    m_baDataKrog = QByteArray();

    m_sCth = "Nar";

    checkXmlTable();
}

nmDataAnalRun::nmDataAnalRun(const nmDataAnalRun &other)
    : ZxDataObjectBin(other)
{
    if (this == &other)
    {
        return;
    }
    checkXmlTable();

    //m_sAnalID = other.m_sAnalID;

    m_baDataBasic = other.m_baDataBasic;
    m_baDataPvt = other.m_baDataPvt;
    m_baDataKrog = other.m_baDataKrog;
}

nmDataAnalRun::~nmDataAnalRun()
{
}

ZxDataObject* nmDataAnalRun::clone()
{
    ensureLoaded();

    return (new nmDataAnalRun(*this));
}

QString nmDataAnalRun::type() const
{
    // 模块自行处理及定义，框架部分不再涉及
    return "zx_NumDataAnalRun"; // iDataModelType::sTypeAnalRun;
}

QString nmDataAnalRun::getTableName()
{
    // 返回表名，模型自行处理
    return "N_ANAL_RUN";
}

nmDataAnalRun &nmDataAnalRun::operator = (const nmDataAnalRun &other)
{
    if (this == &other)
    {
        return *this;
    }

    ZxDataObjectBin::operator = (other);

    //m_sAnalID = other.m_sAnalID;
    m_baDataBasic = other.m_baDataBasic;
    m_baDataPvt = other.m_baDataPvt;
    m_baDataKrog = other.m_baDataKrog;

    return *this;
}

bool nmDataAnalRun::operator == (const nmDataAnalRun &other) const
{
    return (
                ZxDataObjectBin::operator == (other) \
                //&& m_sAnalID.compare(other.m_sAnalID, Qt::CaseInsensitive) == 0

                && m_baDataBasic == other.m_baDataBasic
                && m_baDataPvt == other.m_baDataPvt

                && m_baDataKrog == other.m_baDataKrog
           );
}

bool nmDataAnalRun::operator != (const nmDataAnalRun &other) const
{
    return (
                ZxDataObjectBin::operator != (other) \
            //|| m_sAnalID.compare(other.m_sAnalID, Qt::CaseInsensitive) != 0
                || m_baDataBasic != other.m_baDataBasic
                || m_baDataPvt != other.m_baDataPvt

                || m_baDataKrog != other.m_baDataKrog
            );
}

void nmDataAnalRun::setDataBasic(const QByteArray& v)
{
    m_baDataBasic = v;
}
QByteArray nmDataAnalRun::getDataBasic() const
{
    ensureLoaded();
    return m_baDataBasic;
}

void nmDataAnalRun::setDataPvt(const QByteArray& v)
{
    m_baDataPvt = v;
}
QByteArray nmDataAnalRun::getDataPvt() const
{
    ensureLoaded();
    return m_baDataPvt;
}

void nmDataAnalRun::setDataKrog(const QByteArray& v)
{
    m_baDataKrog = v;
}
QByteArray nmDataAnalRun::getDataKrog() const
{
    ensureLoaded();
    return m_baDataKrog;
}

bool nmDataAnalRun::_parseData(VecVariant vec, int& n)
{
    m_sCode = vec.at(n++).toString();

    m_baDataBasic = vec.at(n++).toByteArray();
    m_baDataPvt = vec.at(n++).toByteArray();
    m_baDataKrog = vec.at(n++).toByteArray();

    return ZxDataObjectBin::_parseData(vec, n);
}

bool nmDataAnalRun::_sumUpData(VecVariant& vec)
{
    ensureLoaded();

    vec.append(m_sCode);

    vec.append(m_baDataBasic);
    vec.append(m_baDataPvt);
    vec.append(m_baDataKrog);

    return ZxDataObjectBin::_sumUpData(vec);
}

void nmDataAnalRun::onSerialize(ZxSerializer* ser)
{
    ZxDataObjectBin::onSerialize(ser);

//    ser->write("AnalID", m_sAnalID);
    ser->write("DataBasic", m_baDataBasic);
    ser->write("DataPvt", m_baDataPvt);
    ser->write("DataKrog", m_baDataKrog);
}

void nmDataAnalRun::onDeserialize(ZxSerializer* ser)
{
    ZxDataObjectBin::onDeserialize(ser);

//    ser->read("AnalID", m_sAnalID);
    ser->read("DataBasic", m_baDataBasic);
    ser->read("DataPvt", m_baDataPvt);
    ser->read("DataKrog", m_baDataKrog);
}

QIcon nmDataAnalRun::getIcon(bool expanded) const
{
    return zxLoadIcon("tAnal");
}