static GlobalSpinBox *WOLbackendConnectRetry()
{
GlobalSpinBox *gc = new GlobalSpinBox("WOLbackendConnectRetry", 1, 60, 1);
gc->setLabel(QObject::tr("Wake attempts"));
gc->setHelpText(QObject::tr("Number of times the frontend will try to wake "
"up the master backend."));
gc->setValue(5);
return gc;
};
static GlobalSpinBox *StartupSecsBeforeRecording()
{
GlobalSpinBox *gc = new GlobalSpinBox("StartupSecsBeforeRecording", 0, 1200, 5);
gc->setLabel(QObject::tr("Startup before recording (secs)"));
gc->setValue(120);
gc->setHelpText(QObject::tr("The number of seconds the master backend "
"will be woken up before a recording starts."));
return gc;
};
static GlobalSpinBox *idleTimeoutSecs()
{
GlobalSpinBox *gc = new GlobalSpinBox("idleTimeoutSecs", 0, 1200, 5);
gc->setLabel(QObject::tr("Idle shutdown timeout (secs)"));
gc->setValue(0);
gc->setHelpText(QObject::tr("The number of seconds the master backend "
"idles before it shuts down all other backends. Set to 0 to "
"disable automatic shutdown."));
return gc;
};
static GlobalSpinBox *idleWaitForRecordingTime()
{
GlobalSpinBox *gc = new GlobalSpinBox("idleWaitForRecordingTime", 0, 120, 1);
gc->setLabel(QObject::tr("Maximum wait for recording (mins)"));
gc->setValue(15);
gc->setHelpText(QObject::tr("The number of minutes the master backend "
"waits for a recording. If it's idle but a recording "
"starts within this time period, the backends won't "
"shut down."));
return gc;
};
static GlobalSpinBox *WOLbackendReconnectWaitTime()
{
GlobalSpinBox *gc = new GlobalSpinBox("WOLbackendReconnectWaitTime", 0, 1200, 5);
gc->setLabel(QObject::tr("Delay between wake attempts (secs)"));
gc->setValue(0);
gc->setHelpText(QObject::tr("Length of time the frontend waits between "
"tries to wake up the master backend. This should be the "
"time your master backend needs to startup. Set to 0 to "
"disable."));
return gc;
};
static GlobalSpinBox *EITCrawIdleStart()
{
GlobalSpinBox *gc = new GlobalSpinBox("EITCrawIdleStart", 30, 7200, 30);
gc->setLabel(QObject::tr("Backend idle before EIT crawl (secs)"));
gc->setValue(60);
QString help = QObject::tr(
"The minimum number of seconds after a recorder becomes idle "
"to wait before MythTV begins collecting EIT listings data.");
gc->setHelpText(help);
return gc;
}
static GlobalSpinBox *MythFillMaxHour()
{
GlobalSpinBox *bs = new GlobalSpinBox("MythFillMaxHour", 0, 23, 1);
bs->setLabel(QObject::tr("mythfilldatabase execution end"));
bs->setValue(5);
bs->setHelpText(QObject::tr("This setting and the preceding one define a "
"time period when the mythfilldatabase process is "
"allowed to run. For example, setting start to 11 and "
"end to 13 would mean that the process would only "
"run between 11:00 AM and 1:59 PM."));
return bs;
}
static GlobalSpinBox *EITTransportTimeout()
{
GlobalSpinBox *gc = new GlobalSpinBox("EITTransportTimeout", 1, 15, 1);
gc->setLabel(QObject::tr("EIT transport timeout (mins)"));
gc->setValue(5);
QString helpText = QObject::tr(
"Maximum time to spend waiting (in minutes) for listings data "
"on one digital TV channel before checking for new listings data "
"on the next channel.");
gc->setHelpText(helpText);
return gc;
}
static GlobalSpinBox *MythFillMinHour()
{
GlobalSpinBox *bs = new GlobalSpinBox("MythFillMinHour", 0, 23, 1);
bs->setLabel(QObject::tr("Guide data program execution start"));
bs->setValue(0);
bs->setHelpText(QObject::tr("This setting and the following one define a "
"time period when the guide data program is allowed "
"to run. For example, setting start to 11 and "
"end to 13 would mean that the program would only "
"run between 11:00 AM and 1:59 PM."));
return bs;
}
static GlobalSpinBox *HDRingbufferSize()
{
GlobalSpinBox *bs = new GlobalSpinBox(
"HDRingbufferSize", 25*188, 512*188, 25*188);
bs->setLabel(QObject::tr("HD ringbuffer size (kB)"));
bs->setHelpText(QObject::tr("The HD device ringbuffer allows the "
"backend to weather moments of stress. "
"The larger the ringbuffer (in kilobytes), the longer "
"the moments of stress can be. However, "
"setting the size too large can cause "
"swapping, which is detrimental."));
bs->setValue(50*188);
return bs;
}