clients/EffectUI/srunningprocess.cpp

#include "srunningprocess.h"
#include <QTimer>
#include <QDebug>

namespace{
const int TIMER_SECOND = 15000; // 10 second
const int HALF_SECOND = 500; // 0.5 second
}

SRunningProcess::SRunningProcess():
    m_pTimer(new QTimer(this)), m_pErrorProcess(new SErrorProcess),
    m_pCompanyProcess(new SCompanyProcess), m_eMode(E_PROCESS_MODE::WAIT),
    m_pCurrentProcess(nullptr)
{
    m_pTimer->setInterval(TIMER_SECOND);
    initConnect();
}

bool SRunningProcess::isRunning()
{
    if (m_pCurrentProcess == nullptr && !m_pTimer->isActive())
        return false;
    else
        return !(m_pCurrentProcess->isWaiting() && !m_pTimer->isActive());
}

void SRunningProcess::setList(const QVector<SEffectRow>& _list)
{
    qDebug() << isRunning();

    if (!isRunning())
    {
        m_pCurrentProcess = m_pErrorProcess;
        m_pCurrentProcess->setList(_list);
    }
}

void SRunningProcess::setList(QVector<SEffectRow>&& _list)
{
    qDebug() << isRunning();

    if (!isRunning())
    {
        m_pCurrentProcess = m_pErrorProcess;
        m_pCurrentProcess->setList(std::move(_list));
    }
}

void SRunningProcess::setList(const QVector<int>& _list)
{
    qDebug() << isRunning();
    if (!isRunning())
    {
        m_pCurrentProcess = m_pCompanyProcess;
        m_pCurrentProcess->setList(_list);
    }
}

void SRunningProcess::setList(QVector<int>&& _list)
{
    qDebug() << isRunning();
    if (!isRunning())
    {
        m_pCurrentProcess = m_pCompanyProcess;
        m_pCurrentProcess->setList(std::move(_list));
    }
}


template <typename T>
void SRunningProcess::start(QVector<T>&& _list)
{
    if (!isRunning())
    {
        setList(std::forward(_list));
        start();
    }
}

void SRunningProcess::start()
{
    if (!isRunning())
    {
        m_pTimer->start();
        emit signalLog("Start Effect Process");
    }
}

void SRunningProcess::update()
{
    m_pCurrentProcess->update();
}

void SRunningProcess::slotLog(const QString &_strLog)
{
    emit signalLog(_strLog);
}

void SRunningProcess::terminate()
{
    m_pTimer->stop();
    m_pCurrentProcess->setModeWait();
    emit signalLog("Terminate Process");
}

void SRunningProcess::slotUserAbort()
{
    terminate();
    emit signalUserAbort();
}

void SRunningProcess::stop()
{
    m_pCurrentProcess->stop();
}

void SRunningProcess::slotCompanyComplete(int _num)
{
    qDebug() << "slotCompanyComplete";
    SReportSummary summary = m_pCurrentProcess->getReportSummary(_num);
    emit signalCompanyComplete(_num, summary);
}

void SRunningProcess::slotSuccessErrorCompany(int _num)
{
    emit signalSuccessErrorCompany(_num);
}

void SRunningProcess::slotTerminateError()
{
    terminate();
    //SError error = m_pCurrentProcess->getError();
    emit signalTerminateError();
}

void SRunningProcess::slotTerminateNormal()
{
    qDebug() << "slotTerminteNormal ??";
    QVector<SEffectRow> errors = m_pCurrentProcess->getErrorList();
    QMap<int, SReportSummary> reportSummary = m_pCurrentProcess->getReportSummary();
    terminate();
    emit signalTerminateNormal(errors, reportSummary);
}

void SRunningProcess::initConnect()
{
    QObject::connect(&(*m_pTimer), &QTimer::timeout, this, &SRunningProcess::update);

    QObject::connect(&(*m_pCompanyProcess), &SCompanyProcess::signalLog, this, &SRunningProcess::slotLog);
    QObject::connect(&(*m_pErrorProcess), &SErrorProcess::signalLog, this, &SRunningProcess::slotLog);

    QObject::connect(&(*m_pCompanyProcess), &SCompanyProcess::signalTerminate, this, &SRunningProcess::slotTerminateError);
    QObject::connect(&(*m_pErrorProcess), &SErrorProcess::signalTerminate, this, &SRunningProcess::slotTerminateError);

    QObject::connect(&(*m_pCompanyProcess), &SCompanyProcess::signalTerminateNormal, this, &SRunningProcess::slotTerminateNormal);
    QObject::connect(&(*m_pErrorProcess), &SErrorProcess::signalTerminateNormal, this, &SRunningProcess::slotTerminateNormal);

    QObject::connect(&(*m_pCompanyProcess), &SCompanyProcess::signalTerminateCompany, this, &SRunningProcess::slotCompanyComplete);
    QObject::connect(&(*m_pErrorProcess), &SErrorProcess::signalTerminateCompany, this, &SRunningProcess::slotSuccessErrorCompany);

    QObject::connect(&(*m_pCompanyProcess), &SCompanyProcess::signalUserAbort, this, &SRunningProcess::slotUserAbort);
    QObject::connect(&(*m_pErrorProcess), &SErrorProcess::signalUserAbort, this, &SRunningProcess::slotUserAbort);

    QObject::connect(&(*m_pCompanyProcess), &SCompanyProcess::signalCompanyStart, this, &SRunningProcess::slotCompanyStart);
    QObject::connect(&(*m_pCompanyProcess), &SCompanyProcess::signalCompanyOutdated, this, &SRunningProcess::slotCompanyOutDated);
}

void SRunningProcess::slotCompanyOutDated(const QVector<int>& _vecCompanyNum)
{
    emit signalCompanyOutDated(_vecCompanyNum);
}

void SRunningProcess::slotCompanyStart(int _companyNum)
{
    emit signalCompanyStart(_companyNum);
}