public void Reset()
{
State = eGSMState.Reset;
TotalErrors = 0;
TotalSuccess = 0;
PhaseOffsetValue = 0;
FN = -1;
MNC = -1;
MCC = -1;
LAC = -1;
CellIdent = -1;
lock (ActiveBursts)
{
ActiveBursts.Clear();
}
lock (UsedBursts)
{
UsedBursts.Clear();
}
/* set up default arfcn map */
ArfcnMap.Clear();
ArfcnMapRev.Clear();
ArfcnMap.Add(-1, 0);
ArfcnMapRev.Add(0, -1);
/* and set up empty timeslot configs */
TimeSlotConfig = new sTimeSlotInfo[1, 2][];
for (int pos = 0; pos < TimeSlotConfig.Length; pos++)
{
TimeSlotConfig[pos / 2, pos % 2] = new sTimeSlotInfo[8];
}
/* default is downlink of first ARFCN */
ARFCN = -1;
Dir = eLinkDirection.Downlink;
//CurrentTimeSlotConfig = new sTimeSlotInfo[8];
//CurrentTimeSlotHandlers = new sTimeSlotParam[8][];
AverageIdlePower = 0;
AveragePower = 0;
CurrentPower = 0;
}
internal void EnsureARFCN(long arfcn)
{
/* the first time an ARFCN was assigned? */
if (ARFCN == -1)
{
/* this is our default ARFCN now */
ArfcnMap.Clear();
ArfcnMapRev.Clear();
ArfcnMap.Add(arfcn, 0);
ArfcnMapRev.Add(0, arfcn);
_ARFCN = arfcn;
}
/* a new, unconfigured ARFCN? */
if (!ArfcnMap.ContainsKey(arfcn))
{
/* resize array */
int newIndex = (TimeSlotConfig.Length / 2);
sTimeSlotInfo[, ][] tmp = new sTimeSlotInfo[newIndex + 1, 2][];
Array.Copy(TimeSlotConfig, tmp, TimeSlotConfig.Length);
/* and set up new ARFCN timeslots */
for (int pos = 0; pos < 2; pos++)
{
tmp[newIndex, pos] = new sTimeSlotInfo[8];
for (int timeSlot = 0; timeSlot < 8; timeSlot++)
{
tmp[newIndex, pos][timeSlot].Type = eTimeSlotType.Unconfigured;
tmp[newIndex, pos][timeSlot].SubChanAssignments = new int[8];
}
}
TimeSlotConfig = tmp;
/* put reference */
ArfcnMap.Add(arfcn, newIndex);
ArfcnMapRev.Add(newIndex, arfcn);
}
}
