private void MonitorMemory()
{
if (Debug.GC(true) > 60000)
{
return;
}
Rebug.Print("RAM critically low... pausing actions. Freemem: " + Debug.GC(true) + " TimeStamp: " + Clock.Instance.ElapsedMilliseconds);
foreach (WorkItem action in _pauseableWorkItems)
{
action.Stop();
}
//var currentCount = _logger.PendingItems;
while (_logger.PendingItems > 0)
{
}
Rebug.Print("Resuming paused actions... Current FreeMem: " + Debug.GC(false) + " TimeStamp: " + Clock.Instance.ElapsedMilliseconds);
foreach (WorkItem action in _pauseableWorkItems)
{
action.Start();
}
}
public AccelUpdater(int dataCount, float zLaunchThreshold = 2.5f)
{
_zLaunchThreshold = zLaunchThreshold;
Rebug.Print("Initializing Accelerometer data updater");
_dataCount = dataCount;
_dataArray = new byte[dataCount + MetaDataCount + TimeDataCount]; //3 bytes for each time stamp, 2 for size, 1 for type, 1 for start
_workItem = new WorkItem(DumpAccelData, ref _dataArray, loggable: true, persistent: true, pauseable: true);
//start data packet w/ correct info
_dataArray[0] = (byte)PacketType.StartByte; // start bit = 0xff
_dataArray[1] = (byte)PacketType.AccelDump;
}
public GeigerUpdater(int delay, int size)
{
_dataCount = size;
_delay = delay;
Rebug.Print("Adding interrupt action for shielded geiger counter.");
ShieldedGeiger.OnInterrupt += Shielded_Counter;
Rebug.Print("Adding interrupt action for unshielded geiger counter.");
UnshieldedGeiger.OnInterrupt += Unshielded_Counter;
_dataArray = new byte[_dataCount + _metadataCount + _timedataCount];
_dataArray[0] = (byte)PacketType.StartByte; // start bit = 0xff
_dataArray[1] = (byte)PacketType.Geiger;
_workItem = new WorkItem(GatherCounts, ref _dataArray, loggable: true, pauseable: true, persistent: true);
}
