void TrendReportFrame::Query6MonthText()
{
m_endTime = TTime::GetCurrentTimeEx();
if(m_endTime.GetMonth() <= 6)
{
TTime tmpTime(m_endTime.GetYear() - 1, 13 - m_endTime.GetMonth(), m_endTime.GetDay(), m_endTime.GetHour(), m_endTime.GetMinute(), m_endTime.GetSecond());
m_startTime = tmpTime;
}
else
{
TTime tmpTime(m_endTime.GetYear() , m_endTime.GetMonth() - 6, m_endTime.GetDay(), m_endTime.GetHour(), m_endTime.GetMinute(), m_endTime.GetSecond());
m_startTime = tmpTime;
}
m_strMonitorid = m_pTrendReportTree->getSelMonitorID();
pAlertStartTime->setText(m_startTime.Format());
pAlertEndTime->setText(m_endTime.Format());
ChangeTrendReport(m_strMonitorid, m_startTime, m_endTime);
WebSession::js_af_up = "hiddenbar()";
}
// Sets the maximum time (in milliseconds) that the media processing
// task will wait for a "frame start" signal. A value of -1 indicates
// that the task should wait "forever".
// The new timeout will take effect at the beginning of the next frame
// interval. For now, this method always returns OS_SUCCESS.
OsStatus MpMediaTask::setWaitTimeout(int msecs)
{
assert(msecs >= -1);
if (msecs == -1)
mSemTimeout = OsTime::OS_INFINITY;
else
{
OsTime tmpTime(msecs/1000, (msecs % 1000) * 1000);
mSemTimeout = tmpTime;
}
return OS_SUCCESS;
}
void FileTransferWidget::SetRemainTime()
{
if(m_speedBytes)
{
qint64 progress = 0, totalSize = 0;
if (m_transferMode == TM_RECIEVE_CLIENT)
{
progress = m_currentFileSize;
totalSize = m_filesHashIter->value();
}
else if (m_transferMode == TM_SEND_SERVER)
{
progress = m_currentFile.pos();
totalSize = m_currentFile.size();
}
int secsLeft = (totalSize - progress) / m_speedBytes;
QTime tmpTime(0,0,0);
m_ui->remainedLabel->setText(tmpTime.addSecs(secsLeft).toString());
}
}
byte dtsAmPmBuilderEnter(MenuData &data) {
AFTime tmpTime(hour(), 0, data.getCurrentBool());
setTime(tmpTime.getHour24(), minute(), 0, weekday(), ArduinoFuoco::AppSettings::SET_TIME_START_MONTH, ArduinoFuoco::AppSettings::SET_TIME_START_YEAR); // setTime(hr,min,sec,day,month,yr);
return 7;
}
