public virtual string[] FormatMPMStatsMessage(SiRFawareStatsParams DisplayStatsData)
{
string[] strArray = new string[2];
List<string> list = new List<string>();
if (DisplayStatsData.isValid_TimeSpentInFullPowerSec)
{
list.Add(DisplayStatsData.TimeSpentInFullPowerSec.ToString());
}
else
{
list.Add("N/A");
}
if (DisplayStatsData.isValid_RTCWakeupUncUs)
{
list.Add(DisplayStatsData.RTCWakeupUncUs.ToString());
}
else
{
list.Add("N/A");
}
if (DisplayStatsData.isValid_RTCCorrectionPerform)
{
list.Add(DisplayStatsData.RTCCorrectionPerform.ToString());
}
else
{
list.Add("N/A");
}
if (DisplayStatsData.isValid_TOW)
{
list.Add(DisplayStatsData.TOW.ToString());
}
else
{
list.Add("N/A");
}
if (DisplayStatsData.isValid_UnusedTokenLeft)
{
list.Add(DisplayStatsData.UnusedTokenLeft.ToString());
}
else
{
list.Add("N/A");
}
if (DisplayStatsData.isValid_TempRecord)
{
list.Add(DisplayStatsData.TempRecordC.ToString("F1"));
}
else
{
list.Add("N/A");
}
if (DisplayStatsData.isValid_TempRecord)
{
list.Add(DisplayStatsData.TempRecordT.ToString());
}
else
{
list.Add("N/A");
}
if (DisplayStatsData.isValid_AlmID)
{
list.Add(DisplayStatsData.AlmID.ToString());
}
else
{
list.Add("N/A");
}
if (DisplayStatsData.isValid_TotalSVMeasureWithBE)
{
list.Add(DisplayStatsData.TotalSVMeasureWithBE.ToString());
}
else
{
list.Add("N/A");
}
if (DisplayStatsData.isValid_TotalSVMeasureWithEE)
{
list.Add(DisplayStatsData.TotalSVMeasureWithEE.ToString());
}
else
{
list.Add("N/A");
}
if (DisplayStatsData.isValid_TotalSVMeasureWithAlm)
{
list.Add(DisplayStatsData.TotalSVMeasureWithAlm.ToString());
}
else
{
list.Add("N/A");
}
int num = 0;
strArray[0] = string.Format("\n--- Time in Full Power(s):\t\t\t{0}\n--- RTC Initial Time Uncertainty(us):\t\t{1}\n--- Total RTC Correction:\t\t\t{2}\n--- GPS TOW(ms):\t\t\t\t{3}\n--- Available Maintenance Power Time(s):\t{4}\n--- Temperature(C):\t\t\t\t{5}\n--- Temperature(T):\t\t\t\t{6}\n--- ALM ID:\t\t\t\t{7}\n--- Total SVs with BE:\t\t\t{8}\n--- Total SVs with EE:\t\t\t{9}\n--- Total SVs with ALM:\t\t\t{10}\n", new object[] { list[num++], list[num++], list[num++], list[num++], list[num++], list[num++], list[num++], list[num++], list[num++], list[num++], list[num++] });
list.Clear();
if (DisplayStatsData.isValid_uNavTimeCorrection)
{
list.Add(DisplayStatsData.uNavTimeCorrection.ToString());
}
else
{
list.Add("N/A");
}
if (DisplayStatsData.isValid_MeanCodePhaseCorrection)
{
list.Add((((double) DisplayStatsData.MeanCodePhaseCorrection) / 1000.0).ToString("F3"));
}
else
{
list.Add("N/A");
}
if (DisplayStatsData.isValid_StdPseudoRanges)
{
list.Add((((double) DisplayStatsData.StdPseudoRanges) / 1000.0).ToString("F3"));
}
else
{
list.Add("N/A");
}
if (DisplayStatsData.isValid_MeanDopplerResidual)
{
list.Add((((double) DisplayStatsData.MeanDopplerResidual) / 1000.0).ToString("F3"));
}
else
{
list.Add("N/A");
}
if (DisplayStatsData.isValid_StdDeltaRanges)
{
list.Add((((double) DisplayStatsData.StdDeltaRanges) / 1000.0).ToString("F3"));
}
else
{
list.Add("N/A");
}
if (DisplayStatsData.isValid_IsBitSynch)
{
list.Add((DisplayStatsData.IsBitSynch == 1) ? "Yes" : "No");
}
else
{
list.Add("N/A");
}
if (DisplayStatsData.isValid_IsFrameSynch)
{
list.Add((DisplayStatsData.IsFrameSynch == 1) ? "Yes" : "No");
}
else
{
list.Add("N/A");
}
if (DisplayStatsData.isValid_TotalTimeCorrection)
{
list.Add(DisplayStatsData.TotalTimeCorrection.ToString());
}
else
{
list.Add("N/A");
}
if (DisplayStatsData.isValid_SVBeforeEphCollection)
{
list.Add("0x" + DisplayStatsData.SVBeforeEphCollection.ToString("X"));
}
else
{
list.Add("N/A");
}
if (DisplayStatsData.isValid_SVAfterEphCollection)
{
list.Add("0x" + DisplayStatsData.SVAfterEphCollection.ToString("X"));
}
else
{
list.Add("N/A");
}
if (DisplayStatsData.isValid_IsNav)
{
list.Add((DisplayStatsData.IsNav == 1) ? "Yes" : "No");
}
else
{
list.Add("N/A");
}
if (DisplayStatsData.isValid_IsSuccessAlmCollection)
{
list.Add((DisplayStatsData.IsSuccessAlmCollection == 1) ? "Yes" : "No");
}
else
{
list.Add("N/A");
}
num = 0;
strArray[1] = string.Format("\n--- uNav Correction(us):\t\t{0}\n--- Mean Code Phase Correction(m):\t{1}\n--- Pseudo Range Std(m):\t\t{2}\n--- Mean Doppler residual(Hz):\t\t{3}\n--- Delta Ranges Std(Hz):\t\t{4}\n--- Bit Synch achieved:\t\t{5}\n--- Frame Synch achieved:\t\t{6}\n--- Total Time Correction:\t\t{7}\n--- SV mask before Eph collection:\t{8}\n--- SV mask after Eph collection:\t{9}\n--- Successful Nav:\t\t\t{10}\n--- Successful ALM collection:\t\t{11}\n", new object[] { list[num++], list[num++], list[num++], list[num++], list[num++], list[num++], list[num++], list[num++], list[num++], list[num++], list[num++], list[num++] });
return strArray;
}
public void UpdateSiRFawareGUI(Hashtable SiRFAwareScanResHash)
{
try
{
this.DisplayStatsData = this.comm.RxCtrl.DecodeMPMStats(SiRFAwareScanResHash);
if ((this.DisplayStatsDataList != null) && (this.DisplayStatsData != null))
{
this._cumulateTimeInFullPower += this.DisplayStatsData.TimeSpentInFullPowerSec;
this.DisplayStatsData.CumulateTimeInFullPower = this._cumulateTimeInFullPower;
if (this.DisplayStatsDataList.Count > 0x2710)
{
this.DisplayStatsDataList.RemoveAt(0);
}
this.DisplayStatsDataList.Add(this.DisplayStatsData);
this.frmSiRFawareUpdateGUI();
}
}
catch (Exception exception)
{
throw exception;
}
}
public virtual SiRFawareStatsParams DecodeMPMStats(Hashtable SiRFAwareScanResHash)
{
if (SiRFAwareScanResHash == null)
{
return null;
}
SiRFawareStatsParams @params = new SiRFawareStatsParams();
if (SiRFAwareScanResHash.Contains("Message Sub ID"))
{
@params.UpdateType = byte.Parse((string) SiRFAwareScanResHash["Message Sub ID"]);
}
if (SiRFAwareScanResHash.Contains("TimeInFullPwrSec"))
{
@params.TimeSpentInFullPowerSec = ushort.Parse((string) SiRFAwareScanResHash["TimeInFullPwrSec"]);
@params.isValid_TimeSpentInFullPowerSec = true;
}
if (SiRFAwareScanResHash.Contains("RTC_WAKEUP_UNC"))
{
@params.RTCWakeupUncUs = ushort.Parse((string) SiRFAwareScanResHash["RTC_WAKEUP_UNC"]);
@params.isValid_RTCWakeupUncUs = true;
}
if (SiRFAwareScanResHash.Contains("TOTAL_RTC_CORR"))
{
@params.RTCCorrectionPerform = ushort.Parse((string) SiRFAwareScanResHash["TOTAL_RTC_CORR"]);
@params.isValid_RTCCorrectionPerform = true;
}
if (SiRFAwareScanResHash.Contains("TOW_ms"))
{
@params.TOW = uint.Parse((string) SiRFAwareScanResHash["TOW_ms"]);
@params.isValid_TOW = true;
}
if (SiRFAwareScanResHash.Contains("Unused_Token"))
{
@params.UnusedTokenLeft = byte.Parse((string) SiRFAwareScanResHash["Unused_Token"]);
@params.isValid_UnusedTokenLeft = true;
}
if (SiRFAwareScanResHash.Contains("TemperatureT"))
{
@params.TempRecordT = byte.Parse((string) SiRFAwareScanResHash["TemperatureT"]);
@params.TempRecordC = (@params.TempRecordT * 0.546875) - 40.0;
@params.isValid_TempRecord = true;
}
if (SiRFAwareScanResHash.Contains("SVsBeforeCollection"))
{
@params.SVBeforeEphCollection = uint.Parse((string) SiRFAwareScanResHash["SVsBeforeCollection"]);
@params.isValid_SVBeforeEphCollection = true;
}
if (SiRFAwareScanResHash.Contains("SVsAfterCollection"))
{
@params.SVAfterEphCollection = uint.Parse((string) SiRFAwareScanResHash["SVsAfterCollection"]);
@params.isValid_SVAfterEphCollection = true;
}
if (SiRFAwareScanResHash.Contains("IsNav"))
{
@params.IsNav = byte.Parse((string) SiRFAwareScanResHash["IsNav"]);
@params.isValid_IsNav = true;
}
if (SiRFAwareScanResHash.Contains("Alm_ID"))
{
@params.AlmID = byte.Parse((string) SiRFAwareScanResHash["Alm_ID"]);
@params.isValid_AlmID = true;
}
if (SiRFAwareScanResHash.Contains("IsCollectionSuccessful"))
{
@params.IsSuccessAlmCollection = byte.Parse((string) SiRFAwareScanResHash["IsCollectionSuccessful"]);
@params.isValid_IsSuccessAlmCollection = true;
}
if (SiRFAwareScanResHash.Contains("BE_SVS"))
{
@params.TotalSVMeasureWithBE = byte.Parse((string) SiRFAwareScanResHash["BE_SVS"]);
@params.isValid_TotalSVMeasureWithBE = true;
}
if (SiRFAwareScanResHash.Contains("EE_SVS"))
{
@params.TotalSVMeasureWithEE = byte.Parse((string) SiRFAwareScanResHash["EE_SVS"]);
@params.isValid_TotalSVMeasureWithEE = true;
}
if (SiRFAwareScanResHash.Contains("ALM_SVS"))
{
@params.TotalSVMeasureWithAlm = byte.Parse((string) SiRFAwareScanResHash["ALM_SVS"]);
@params.isValid_TotalSVMeasureWithAlm = true;
}
if (SiRFAwareScanResHash.Contains("UNAV_TIME_CORR"))
{
@params.uNavTimeCorrection = short.Parse((string) SiRFAwareScanResHash["UNAV_TIME_CORR"]);
@params.isValid_uNavTimeCorrection = true;
}
if (SiRFAwareScanResHash.Contains("MEAN_CODE_PHASE_CORR"))
{
@params.MeanCodePhaseCorrection = int.Parse((string) SiRFAwareScanResHash["MEAN_CODE_PHASE_CORR"]);
@params.isValid_MeanCodePhaseCorrection = true;
}
if (SiRFAwareScanResHash.Contains("STD_PR"))
{
@params.StdPseudoRanges = int.Parse((string) SiRFAwareScanResHash["STD_PR"]);
@params.isValid_StdPseudoRanges = true;
}
if (SiRFAwareScanResHash.Contains("MEAN_DOPP_RES"))
{
@params.MeanDopplerResidual = int.Parse((string) SiRFAwareScanResHash["MEAN_DOPP_RES"]);
@params.isValid_MeanDopplerResidual = true;
}
if (SiRFAwareScanResHash.Contains("STD_DR"))
{
@params.StdDeltaRanges = int.Parse((string) SiRFAwareScanResHash["STD_DR"]);
@params.isValid_StdDeltaRanges = true;
}
if (SiRFAwareScanResHash.Contains("IsBitSync"))
{
@params.IsBitSynch = byte.Parse((string) SiRFAwareScanResHash["IsBitSync"]);
@params.isValid_IsBitSynch = true;
}
if (SiRFAwareScanResHash.Contains("IsFrmSync"))
{
@params.IsFrameSynch = byte.Parse((string) SiRFAwareScanResHash["IsFrmSync"]);
@params.isValid_IsFrameSynch = true;
}
if (SiRFAwareScanResHash.Contains("TotalTimeCorr"))
{
@params.TotalTimeCorrection = int.Parse((string) SiRFAwareScanResHash["TotalTimeCorr"]);
@params.isValid_TotalTimeCorrection = true;
}
return @params;
}
