public void ReadAutoReplyData(string filepath)
{
IniHelper helper = new IniHelper(filepath);
string section = string.Empty;
string key = string.Empty;
string msg = string.Empty;
section = "TTB_TIME_AIDING";
key = "ENABLE";
try
{
this.AutoReplyCtrl.TTBTimeAidingParams.Enable = Convert.ToByte(helper.IniReadValue(section, key)) == 1;
if (this.AutoReplyCtrl.TTBTimeAidingParams.Enable)
{
this.AutoReplyCtrl.TimeTransferCtrl.Reply = true;
this.AutoReplyCtrl.AutoReplyParams.AutoReplyTimeTrans = true;
}
}
catch (Exception exception)
{
msg = "TTB_TIME_AIDING ENABLE: " + exception.Message;
this.WriteApp(msg);
}
key = "TYPE";
try
{
this.AutoReplyCtrl.TTBTimeAidingParams.Type = Convert.ToByte(helper.IniReadValue(section, key));
}
catch (Exception exception2)
{
msg = "TTB_TIME_AIDING TYPE: " + exception2.Message;
this.WriteApp(msg);
}
key = "TIME_ACC";
try
{
this.AutoReplyCtrl.TTBTimeAidingParams.Accuracy = Convert.ToUInt16(helper.IniReadValue(section, key));
}
catch (Exception exception3)
{
msg = "TTB_TIME_AIDING TIME_ACC: " + exception3.Message;
this.WriteApp(msg);
}
key = "TIME_SKEW";
try
{
this.AutoReplyCtrl.TTBTimeAidingParams.Skew = Convert.ToUInt32(helper.IniReadValue(section, key));
}
catch (Exception exception4)
{
msg = "TTB_TIME_AIDING TIME_ACC: " + exception4.Message;
this.WriteApp(msg);
}
section = "FREQ_AIDING";
key = "REPLY";
try
{
this.AutoReplyCtrl.FreqTransferCtrl.Reply = Convert.ToByte(helper.IniReadValue(section, key)) == 1;
this.AutoReplyCtrl.AutoReplyParams.AutoReplyFreqTrans = this.AutoReplyCtrl.FreqTransferCtrl.Reply;
}
catch (Exception exception5)
{
msg = "FREQ_AIDING REPLY: " + exception5.Message;
this.WriteApp(msg);
}
key = "USE_FREQ_AIDING";
try
{
this.AutoReplyCtrl.FreqTransferCtrl.UseFreqAiding = Convert.ToInt16(helper.IniReadValue(section, key));
}
catch (Exception exception6)
{
msg = "USE_FREQ_AIDING: " + exception6.Message;
this.WriteApp(msg);
}
key = "TIME_TAG";
try
{
this.AutoReplyCtrl.FreqTransferCtrl.TimeTag = Convert.ToUInt32(helper.IniReadValue(section, key));
}
catch (Exception exception7)
{
msg = "FREQ_AIDING TIME_TAG: " + exception7.Message;
this.WriteApp(msg);
}
key = "REF_CLOCK_INFO";
try
{
this.AutoReplyCtrl.FreqTransferCtrl.RefClkInfo = Convert.ToByte(helper.IniReadValue(section, key));
}
catch (Exception exception8)
{
msg = "FREQ_AIDING REF_CLOCK_INFO: " + exception8.Message;
this.WriteApp(msg);
}
key = "REL_FREQ_ACC";
try
{
this.AutoReplyCtrl.FreqTransferCtrl.Accuracy = Convert.ToDouble(helper.IniReadValue(section, key));
}
catch (Exception exception9)
{
msg = "FREQ_AIDING REL_FREQ_ACC: " + exception9.Message;
this.WriteApp(msg);
}
key = "SCALED_FREQ_OFFSET";
try
{
this.AutoReplyCtrl.FreqTransferCtrl.ScaledFreqOffset = Convert.ToInt16(helper.IniReadValue(section, key));
}
catch (Exception exception10)
{
msg = "FREQ_AIDING SCALED_FREQ_OFFSET: " + exception10.Message;
this.WriteApp(msg);
}
key = "EXT_CLOCK_SKEW";
try
{
this.AutoReplyCtrl.FreqTransferCtrl.ExtClkSkewppm = Convert.ToDouble(helper.IniReadValue(section, key));
}
catch (Exception exception11)
{
msg = "FREQ_AIDING EXT_CLOCK_SKEW: " + exception11.Message;
this.WriteApp(msg);
}
key = "NORMIMAL_FREQ";
try
{
this.AutoReplyCtrl.FreqTransferCtrl.NomFreq = Convert.ToInt64(helper.IniReadValue(section, key));
}
catch (Exception exception12)
{
msg = "FREQ_AIDING NORMIMAL_FREQ: " + exception12.Message;
this.WriteApp(msg);
}
key = "INCLUDE_NORM_FREQ";
try
{
this.AutoReplyCtrl.FreqTransferCtrl.IncludeNormFreq = Convert.ToByte(helper.IniReadValue(section, key)) == 1;
}
catch (Exception exception13)
{
msg = "FREQ_AIDING NORMIMAL_FREQ: " + exception13.Message;
this.WriteApp(msg);
}
key = "FREQ_METHOD";
try
{
this.AutoReplyCtrl.FreqTransferCtrl.FreqAidingMethod = Convert.ToInt16(helper.IniReadValue(section, key));
}
catch (Exception exception14)
{
msg = "FREQ_AIDING FREQ_METHOD: " + exception14.Message;
this.WriteApp(msg);
}
key = "DEFAULT_FREQ_GUI_INDEX";
try
{
this.AutoReplyCtrl.FreqTransferCtrl.DefaultFreqIndex = Convert.ToInt16(helper.IniReadValue(section, key));
}
catch (Exception exception15)
{
msg = "FREQ_AIDING DEFAULT_FREQ_GUI_INDEX: " + exception15.Message;
this.WriteApp(msg);
}
this._lastClockDrift = clsGlobal.DEFAULT_RF_FREQ[this.AutoReplyCtrl.FreqTransferCtrl.DefaultFreqIndex];
key = "SPECIFIED_FREQ_GUI_INDEX";
try
{
this.AutoReplyCtrl.FreqTransferCtrl.SpecifiedRefFreq = Convert.ToInt16(helper.IniReadValue(section, key)) == 1;
}
catch (Exception exception16)
{
msg = "FREQ_AIDING SPECIFIED_FREQ_GUI_INDEX: " + exception16.Message;
this.WriteApp(msg);
}
key = "SLC_REPORT_FREQ_GUI_INDEX";
try
{
this.AutoReplyCtrl.FreqTransferCtrl.SLCReportFreqGuiIndex = Convert.ToInt16(helper.IniReadValue(section, key)) == 1;
}
catch (Exception exception17)
{
msg = "FREQ_AIDING SLC_REPORT_FREQ_GUI_INDEX: " + exception17.Message;
this.WriteApp(msg);
}
key = "REF_CLOCK_REQUEST_GUI_INDEX";
try
{
this.AutoReplyCtrl.FreqTransferCtrl.RefClockRequestGuiIndex = Convert.ToInt16(helper.IniReadValue(section, key));
}
catch (Exception exception18)
{
msg = "FREQ_AIDING REF_CLOCK_REQUEST_GUI_INDEX: " + exception18.Message;
this.WriteApp(msg);
}
key = "REF_CLOCK_ONOFF_GUI_INDEX";
try
{
this.AutoReplyCtrl.FreqTransferCtrl.RefClockOnOffGuiIndex = Convert.ToInt16(helper.IniReadValue(section, key));
}
catch (Exception exception19)
{
msg = "FREQ_AIDING REF_CLOCK_REQUEST_GUI_INDEX: " + exception19.Message;
this.WriteApp(msg);
}
key = "EXT_REF_CLOCK_GUI_INDEX";
try
{
this.AutoReplyCtrl.FreqTransferCtrl.ExtRefClockGuiIndex = Convert.ToInt16(helper.IniReadValue(section, key));
}
catch (Exception exception20)
{
msg = "FREQ_AIDING EXT_REF_CLOCK_GUI_INDEX: " + exception20.Message;
this.WriteApp(msg);
}
key = "SCALED_FREQ_OFFSET_GUI_INDEX";
try
{
this.AutoReplyCtrl.FreqTransferCtrl.ScaledFreqOffsetGuiIndex = Convert.ToInt16(helper.IniReadValue(section, key));
}
catch (Exception exception21)
{
msg = "FREQ_AIDING SCALED_FREQ_OFFSET_GUI_INDEX: " + exception21.Message;
this.WriteApp(msg);
}
key = "FREQ_ACC_USER_GUI";
try
{
this.AutoReplyCtrl.FreqTransferCtrl.FreqAccUserSpecifiedGui = Convert.ToDouble(helper.IniReadValue(section, key));
}
catch (Exception exception22)
{
msg = "FREQ_ACC_USER_GUI: " + exception22.Message;
this.WriteApp(msg);
}
key = "FREQ_OFFSET_USER_GUI";
try
{
this.AutoReplyCtrl.FreqTransferCtrl.FreqOffsetUserSpecifiedGui = Convert.ToDouble(helper.IniReadValue(section, key));
}
catch (Exception exception23)
{
msg = "FREQ_OFFSET_USER_GUI: " + exception23.Message;
this.WriteApp(msg);
}
key = "FREQ_ACC_RX_GUI";
try
{
this.AutoReplyCtrl.FreqTransferCtrl.FreqAccFromRxGui = Convert.ToDouble(helper.IniReadValue(section, key));
}
catch (Exception exception24)
{
msg = "FREQ_ACC_RX_GUI: " + exception24.Message;
this.WriteApp(msg);
}
key = "FREQ_OFFSET_RX_GUI";
try
{
this.AutoReplyCtrl.FreqTransferCtrl.FreqOffsetFromRxGui = Convert.ToDouble(helper.IniReadValue(section, key));
}
catch (Exception exception25)
{
msg = "FREQ_OFFSET_RX_GUI: " + exception25.Message;
this.WriteApp(msg);
}
if (this.AutoReplyCtrl.FreqTransferCtrl.SpecifiedRefFreq)
{
this.AutoReplyCtrl.FreqTransferCtrl.FreqOffset = this.AutoReplyCtrl.FreqTransferCtrl.FreqOffsetUserSpecifiedGui;
this.AutoReplyCtrl.FreqTransferCtrl.Accuracy = this.AutoReplyCtrl.FreqTransferCtrl.FreqAccUserSpecifiedGui;
}
else
{
this.AutoReplyCtrl.FreqTransferCtrl.FreqOffset = this.AutoReplyCtrl.FreqTransferCtrl.FreqOffsetFromRxGui;
this.AutoReplyCtrl.FreqTransferCtrl.Accuracy = this.AutoReplyCtrl.FreqTransferCtrl.FreqAccFromRxGui;
}
key = "USE_TTB_FREQ";
try
{
this.AutoReplyCtrl.AutoReplyParams.UseTTB_ForFreqAid = Convert.ToInt32(helper.IniReadValue(section, key)) == 1;
}
catch (Exception exception26)
{
msg = "USE_TTB_FREQ: " + exception26.Message;
this.WriteApp(msg);
}
key = "IGNORE_XO";
try
{
this.AutoReplyCtrl.AutoReplyParams.FreqAidingIgnoreXO = Convert.ToInt32(helper.IniReadValue(section, key)) == 1;
}
catch (Exception exception27)
{
msg = "IGNORE_XO: " + exception27.Message;
this.WriteApp(msg);
}
this.AutoReplyCtrl.AutoReplyFreqTransferResp();
section = "HW_CONFIG";
key = "REPLY";
if (helper.IniReadValue(section, key) == "1")
{
this.AutoReplyCtrl.HWCfgCtrl.Reply = true;
if (this.AutoReplyCtrl.TTBTimeAidingParams.Enable || this.AutoReplyCtrl.AutoReplyParams.UseTTB_ForFreqAid)
{
this.AutoReplyCtrl.AutoReplyParams.UseTTB_ForHwCfg = true;
}
else
{
this.AutoReplyCtrl.AutoReplyParams.UseTTB_ForHwCfg = false;
}
}
else
{
this.AutoReplyCtrl.HWCfgCtrl.Reply = false;
}
this.AutoReplyCtrl.AutoReplyParams.AutoReplyHWCfg = this.AutoReplyCtrl.HWCfgCtrl.Reply;
key = "PRECISE_TIME_ENABLED";
try
{
this.AutoReplyCtrl.HWCfgCtrl.PreciseTimeEnabled = Convert.ToByte(helper.IniReadValue(section, key));
if (this.AutoReplyCtrl.HWCfgCtrl.PreciseTimeEnabled == 1)
{
if (this.AutoReplyCtrl.TTBTimeAidingParams.Enable)
{
this.AutoReplyCtrl.AutoReplyParams.UseTTB_ForTimeAid = true;
}
else
{
this.AutoReplyCtrl.AutoReplyParams.UseTTB_ForTimeAid = false;
}
}
}
catch (Exception exception28)
{
msg = "PRECISE_TIME_ENABLED: " + exception28.Message;
this.WriteApp(msg);
}
key = "PRECISE_TIME_DIRECTION";
try
{
this.AutoReplyCtrl.HWCfgCtrl.PreciseTimeDirection = Convert.ToByte(helper.IniReadValue(section, key));
}
catch (Exception exception29)
{
msg = "PRECISE_TIME_DIRECTION: " + exception29.Message;
this.WriteApp(msg);
}
key = "FREQ_AIDED_ENABLED";
try
{
this.AutoReplyCtrl.HWCfgCtrl.FreqAidEnabled = Convert.ToByte(helper.IniReadValue(section, key));
}
catch (Exception exception30)
{
msg = "FREQ_AIDED_ENABLED: " + exception30.Message;
this.WriteApp(msg);
}
key = "FREQ_AIDED_METHOD";
try
{
this.AutoReplyCtrl.HWCfgCtrl.FreqAidMethod = Convert.ToByte(helper.IniReadValue(section, key));
}
catch (Exception exception31)
{
msg = "FREQ_AIDED_METHOD: " + exception31.Message;
this.WriteApp(msg);
}
key = "RTC_AVAILABLE";
try
{
this.AutoReplyCtrl.HWCfgCtrl.RTCAvailabe = Convert.ToByte(helper.IniReadValue(section, key));
}
catch (Exception exception32)
{
msg = "RTC_AVAILABLE: " + exception32.Message;
this.WriteApp(msg);
}
key = "RTC_SOURCE";
try
{
this.AutoReplyCtrl.HWCfgCtrl.RTCSource = Convert.ToByte(helper.IniReadValue(section, key));
}
catch (Exception exception33)
{
msg = "RTC_SOURCE: " + exception33.Message;
this.WriteApp(msg);
}
key = "COARSE_TIME_ENABLE";
try
{
this.AutoReplyCtrl.HWCfgCtrl.CoarseTimeEnabled = Convert.ToByte(helper.IniReadValue(section, key));
if (this.AutoReplyCtrl.HWCfgCtrl.CoarseTimeEnabled == 1)
{
if (this.AutoReplyCtrl.TTBTimeAidingParams.Enable)
{
this.AutoReplyCtrl.AutoReplyParams.UseTTB_ForTimeAid = true;
}
else
{
this.AutoReplyCtrl.AutoReplyParams.UseTTB_ForTimeAid = false;
}
}
}
catch (Exception exception34)
{
msg = "COARSE_TIME_ENABLE: " + exception34.Message;
this.WriteApp(msg);
}
key = "REF_CLOCK_ENABLED";
try
{
this.AutoReplyCtrl.HWCfgCtrl.RefClkEnabled = Convert.ToByte(helper.IniReadValue(section, key));
}
catch (Exception exception35)
{
msg = "REF_CLOCK_ENABLED: " + exception35.Message;
this.WriteApp(msg);
}
key = "NORMINAL_FREQ_HZ";
try
{
this.AutoReplyCtrl.HWCfgCtrl.NorminalFreqHz = Convert.ToInt64(helper.IniReadValue(section, key));
}
catch (Exception exception36)
{
msg = "NORMINAL_FREQ_HZ: " + exception36.Message;
this.WriteApp(msg);
}
key = "ENHANCED_NETWORK";
try
{
this.AutoReplyCtrl.HWCfgCtrl.NetworkEnhanceType = Convert.ToByte(helper.IniReadValue(section, key));
}
catch (Exception exception37)
{
msg = "ENHANCED_NETWORK: " + exception37.Message;
this.WriteApp(msg);
}
this.AutoReplyCtrl.AutoReplyHWCfgResp();
section = "APPROXIMATE_POSITION";
key = "REPLY";
try
{
this.AutoReplyCtrl.ApproxPositionCtrl.Reply = Convert.ToByte(helper.IniReadValue(section, key)) == 1;
}
catch (Exception exception38)
{
msg = "APPROXIMATE_POSITION REPLY: " + exception38.Message;
this.WriteApp(msg);
}
this.AutoReplyCtrl.AutoReplyParams.AutoReplyApproxPos = this.AutoReplyCtrl.ApproxPositionCtrl.Reply;
key = "REJECT";
try
{
this.AutoReplyCtrl.ApproxPositionCtrl.Reject = Convert.ToByte(helper.IniReadValue(section, key)) == 1;
}
catch (Exception exception39)
{
msg = "APPROXIMATE_POSITION REJECT: " + exception39.Message;
this.WriteApp(msg);
}
key = "LAT";
try
{
this.AutoReplyCtrl.ApproxPositionCtrl.Lat = Convert.ToDouble(helper.IniReadValue(section, key));
this.RxCtrl.RxNavData.RefLat = this.AutoReplyCtrl.ApproxPositionCtrl.Lat;
}
catch (Exception exception40)
{
msg = "APPROXIMATE_POSITION LAT: " + exception40.Message;
this.WriteApp(msg);
}
key = "LON";
try
{
this.AutoReplyCtrl.ApproxPositionCtrl.Lon = Convert.ToDouble(helper.IniReadValue(section, key));
this.RxCtrl.RxNavData.RefLon = this.AutoReplyCtrl.ApproxPositionCtrl.Lon;
}
catch (Exception exception41)
{
msg = "APPROXIMATE_POSITION LON: " + exception41.Message;
this.WriteApp(msg);
}
key = "ALT";
try
{
this.AutoReplyCtrl.ApproxPositionCtrl.Alt = Convert.ToDouble(helper.IniReadValue(section, key));
this.RxCtrl.RxNavData.RefAlt = this.AutoReplyCtrl.ApproxPositionCtrl.Alt;
}
catch (Exception exception42)
{
msg = "APPROXIMATE_POSITION ALT: " + exception42.Message;
this.WriteApp(msg);
}
key = "EST_HOR_ERR";
try
{
this.AutoReplyCtrl.ApproxPositionCtrl.EstHorrErr = Convert.ToDouble(helper.IniReadValue(section, key));
}
catch (Exception exception43)
{
msg = "APPROXIMATE_POSITION EST_HOR_ERR: " + exception43.Message;
this.WriteApp(msg);
}
key = "EST_VER_ERR";
try
{
this.AutoReplyCtrl.ApproxPositionCtrl.EstVertiErr = Convert.ToDouble(helper.IniReadValue(section, key));
}
catch (Exception exception44)
{
msg = "APPROXIMATE_POSITION EST_VER_ERR: " + exception44.Message;
this.WriteApp(msg);
}
key = "LAT_SKEW";
try
{
this.AutoReplyCtrl.ApproxPositionCtrl.DistanceSkew = Convert.ToDouble(helper.IniReadValue(section, key));
}
catch (Exception exception45)
{
msg = "APPROXIMATE_POSITION LAT_SKEW: " + exception45.Message;
this.WriteApp(msg);
}
key = "LON_SKEW";
try
{
this.AutoReplyCtrl.ApproxPositionCtrl.HeadingSkew = Convert.ToDouble(helper.IniReadValue(section, key));
}
catch (Exception exception46)
{
msg = "APPROXIMATE_POSITION LON_SKEW: " + exception46.Message;
this.WriteApp(msg);
}
key = "LOC_NAME";
this.m_NavData.RefLocationName = helper.IniReadValue(section, key);
this.AutoReplyCtrl.AutoReplyApproxPositionResp();
section = "TIME_AIDING";
key = "REPLY";
try
{
this.AutoReplyCtrl.TimeTransferCtrl.Reply = Convert.ToByte(helper.IniReadValue(section, key)) == 1;
this.AutoReplyCtrl.AutoReplyParams.AutoReplyTimeTrans = this.AutoReplyCtrl.TimeTransferCtrl.Reply;
}
catch (Exception exception47)
{
msg = "TIME_AIDING REPLY: " + exception47.Message;
this.WriteApp(msg);
}
key = "REJECT";
try
{
this.AutoReplyCtrl.TimeTransferCtrl.Reject = Convert.ToByte(helper.IniReadValue(section, key)) == 1;
}
catch (Exception exception48)
{
msg = "TIME_AIDING REJECT: " + exception48.Message;
this.WriteApp(msg);
}
key = "TIME_AIDING_TYPE";
try
{
this.AutoReplyCtrl.TimeTransferCtrl.TTType = Convert.ToByte(helper.IniReadValue(section, key));
}
catch (Exception exception49)
{
msg = "TIME_AIDING_TYPE: " + exception49.Message;
this.WriteApp(msg);
}
key = "TIME_ACC";
try
{
this.AutoReplyCtrl.TimeTransferCtrl.Accuracy = Convert.ToDouble(helper.IniReadValue(section, key));
}
catch (Exception exception50)
{
msg = "TIME_ACC: " + exception50.Message;
this.WriteApp(msg);
}
key = "SKEW";
try
{
this.AutoReplyCtrl.TimeTransferCtrl.Skew = Convert.ToDouble(helper.IniReadValue(section, key));
}
catch (Exception exception51)
{
msg = "SKEW: " + exception51.Message;
this.WriteApp(msg);
}
key = "UTC_OFFSET";
try
{
this.RxCtrl.UTCOffset = Convert.ToByte(helper.IniReadValue(section, key));
}
catch (Exception exception52)
{
msg = "UTC Offset: " + exception52.Message;
this.WriteApp(msg);
}
key = "TIME_AIDING_SOURCE";
int num = 0;
try
{
num = Convert.ToInt32(helper.IniReadValue(section, key));
}
catch (Exception exception53)
{
msg = "TIME_AIDING_SOURCE: " + exception53.Message;
this.WriteApp(msg);
}
switch (num)
{
case 1:
this.AutoReplyCtrl.AutoReplyParams.UseTTB_ForTimeAid = false;
this.AutoReplyCtrl.AutoReplyParams.UseDOS_ForTimeAid = true;
this.AutoReplyCtrl.TimeTransferCtrl.Reject = false;
break;
case 2:
this.AutoReplyCtrl.AutoReplyParams.UseTTB_ForTimeAid = true;
this.AutoReplyCtrl.AutoReplyParams.UseDOS_ForTimeAid = false;
this.AutoReplyCtrl.TimeTransferCtrl.Reject = false;
break;
default:
this.AutoReplyCtrl.AutoReplyParams.UseTTB_ForTimeAid = false;
this.AutoReplyCtrl.AutoReplyParams.UseDOS_ForTimeAid = false;
this.AutoReplyCtrl.TimeTransferCtrl.Reject = true;
break;
}
this.AutoReplyCtrl.AutoReplyTimeTransferResp();
section = "POSITION_AIDING";
key = "REPLY";
try
{
this.AutoReplyCtrl.AutoReplyParams.AutoPosReq = Convert.ToByte(helper.IniReadValue(section, key)) == 1;
}
catch (Exception exception54)
{
msg = "POSITION_AIDING REPLY: " + exception54.Message;
this.WriteApp(msg);
}
key = "NUM_FIXED";
try
{
this.AutoReplyCtrl.PositionRequestCtrl.NumFixes = Convert.ToByte(helper.IniReadValue(section, key));
}
catch (Exception exception55)
{
msg = "NUM_FIXED: " + exception55.Message;
this.WriteApp(msg);
}
key = "TIME_BETWEEN_FIXES";
try
{
this.AutoReplyCtrl.PositionRequestCtrl.TimeBtwFixes = Convert.ToByte(helper.IniReadValue(section, key));
}
catch (Exception exception56)
{
msg = "TIME_BETWEEN_FIXES: " + exception56.Message;
this.WriteApp(msg);
}
key = "HOR_ERR_MAX";
try
{
this.AutoReplyCtrl.PositionRequestCtrl.HorrErrMax = Convert.ToByte(helper.IniReadValue(section, key));
}
catch (Exception exception57)
{
msg = "HOR_ERR_MAX: " + exception57.Message;
this.WriteApp(msg);
}
key = "VERT_ERR_MAX";
try
{
this.AutoReplyCtrl.PositionRequestCtrl.VertErrMax = Convert.ToByte(helper.IniReadValue(section, key));
}
catch (Exception exception58)
{
msg = "VERT_ERR_MAX: " + exception58.Message;
this.WriteApp(msg);
}
key = "RESP_TIME_MAX";
try
{
this.AutoReplyCtrl.PositionRequestCtrl.RespTimeMax = Convert.ToByte(helper.IniReadValue(section, key));
}
catch (Exception exception59)
{
msg = "RESP_TIME_MAX: " + exception59.Message;
this.WriteApp(msg);
}
key = "TIME_ACC_PRIORITY";
try
{
this.AutoReplyCtrl.PositionRequestCtrl.TimeAccPriority = Convert.ToByte(helper.IniReadValue(section, key));
}
catch (Exception exception60)
{
msg = "TIME_ACC_PRIORITY: " + exception60.Message;
this.WriteApp(msg);
}
key = "LOC_METHOD";
try
{
this.AutoReplyCtrl.PositionRequestCtrl.LocMethod = Convert.ToByte(helper.IniReadValue(section, key));
}
catch (Exception exception61)
{
msg = "LOC_METHOD: " + exception61.Message;
this.WriteApp(msg);
}
key = "EPH_SOURCE";
try
{
this.AutoReplyCtrl.PositionRequestCtrl.EphSource = Convert.ToByte(helper.IniReadValue(section, key));
switch (this.AutoReplyCtrl.PositionRequestCtrl.EphSource)
{
case 0:
this.AutoReplyCtrl.AutoReplyParams.AutoAid_Eph_fromFile = false;
this.AutoReplyCtrl.AutoReplyParams.AutoAid_Eph_fromTTB = false;
this.AutoReplyCtrl.AutoReplyParams.AutoAid_ExtEph_fromFile = false;
goto Label_1551;
case 1:
this.AutoReplyCtrl.AutoReplyParams.AutoAid_Eph_fromFile = true;
this.AutoReplyCtrl.AutoReplyParams.AutoAid_Eph_fromTTB = false;
this.AutoReplyCtrl.AutoReplyParams.AutoAid_ExtEph_fromFile = false;
goto Label_1551;
case 2:
this.AutoReplyCtrl.AutoReplyParams.AutoAid_Eph_fromFile = false;
this.AutoReplyCtrl.AutoReplyParams.AutoAid_Eph_fromTTB = true;
this.AutoReplyCtrl.AutoReplyParams.AutoAid_ExtEph_fromFile = false;
goto Label_1551;
case 3:
this.AutoReplyCtrl.AutoReplyParams.AutoAid_Eph_fromFile = false;
this.AutoReplyCtrl.AutoReplyParams.AutoAid_Eph_fromTTB = false;
this.AutoReplyCtrl.AutoReplyParams.AutoAid_ExtEph_fromFile = true;
goto Label_1551;
}
this.AutoReplyCtrl.AutoReplyParams.AutoAid_Eph_fromFile = false;
this.AutoReplyCtrl.AutoReplyParams.AutoAid_Eph_fromTTB = false;
this.AutoReplyCtrl.AutoReplyParams.AutoAid_ExtEph_fromFile = false;
}
catch (Exception exception62)
{
msg = "EPH_SOURCE: " + exception62.Message;
this.WriteApp(msg);
}
Label_1551:
key = "EPH_FILEPATH";
this.AutoReplyCtrl.EphFilePath = helper.IniReadValue(section, key);
key = "EPH_REPLY";
try
{
this.AutoReplyCtrl.PositionRequestCtrl.EphReply = Convert.ToByte(helper.IniReadValue(section, key));
}
catch (Exception exception63)
{
msg = "EPH_REPLY: " + exception63.Message;
this.WriteApp(msg);
}
key = "ACQ_ASSIST_SOURCE";
try
{
this.AutoReplyCtrl.PositionRequestCtrl.AcqAssistSource = Convert.ToByte(helper.IniReadValue(section, key));
switch (this.AutoReplyCtrl.PositionRequestCtrl.AcqAssistSource)
{
case 0:
this.AutoReplyCtrl.AutoReplyParams.AutoAid_AcqData_fromFile = false;
this.AutoReplyCtrl.AutoReplyParams.AutoAid_AcqData_fromTTB = false;
goto Label_16A3;
case 1:
this.AutoReplyCtrl.AutoReplyParams.AutoAid_AcqData_fromFile = false;
this.AutoReplyCtrl.AutoReplyParams.AutoAid_AcqData_fromTTB = true;
goto Label_16A3;
case 2:
this.AutoReplyCtrl.AutoReplyParams.AutoAid_AcqData_fromFile = true;
this.AutoReplyCtrl.AutoReplyParams.AutoAid_AcqData_fromTTB = false;
goto Label_16A3;
}
this.AutoReplyCtrl.AutoReplyParams.AutoAid_AcqData_fromFile = false;
this.AutoReplyCtrl.AutoReplyParams.AutoAid_AcqData_fromTTB = false;
}
catch (Exception exception64)
{
msg = "ACQ_ASSIST_SOURCE: " + exception64.Message;
this.WriteApp(msg);
}
Label_16A3:
key = "ACQ_ASSIST_REPLY";
try
{
this.AutoReplyCtrl.PositionRequestCtrl.AcqAssistReply = Convert.ToByte(helper.IniReadValue(section, key));
}
catch (Exception exception65)
{
msg = "ACQ_ASSIST_REPLY: " + exception65.Message;
this.WriteApp(msg);
}
key = "ACQ_ASSIST_FILEPATH";
this.AutoReplyCtrl.AcqDataFilePath = helper.IniReadValue(section, key);
key = "ALM_SOURCE";
try
{
this.AutoReplyCtrl.PositionRequestCtrl.AlmSource = Convert.ToByte(helper.IniReadValue(section, key));
switch (this.AutoReplyCtrl.PositionRequestCtrl.AlmSource)
{
case 0:
this.AutoReplyCtrl.AutoReplyParams.AutoAid_Alm = false;
goto Label_179A;
case 1:
this.AutoReplyCtrl.AutoReplyParams.AutoAid_Alm = true;
goto Label_179A;
}
this.AutoReplyCtrl.AutoReplyParams.AutoAid_Alm = false;
}
catch (Exception exception66)
{
msg = "ALM_SOURCE: " + exception66.Message;
this.WriteApp(msg);
}
Label_179A:
key = "ALM_REPLY";
try
{
this.AutoReplyCtrl.PositionRequestCtrl.AlmReply = Convert.ToByte(helper.IniReadValue(section, key));
}
catch (Exception exception67)
{
msg = "ALM_REPLY: " + exception67.Message;
this.WriteApp(msg);
}
key = "NAVBIT_SOURCE";
try
{
this.AutoReplyCtrl.PositionRequestCtrl.NavBitSource = Convert.ToByte(helper.IniReadValue(section, key));
switch (this.AutoReplyCtrl.PositionRequestCtrl.NavBitSource)
{
case 0:
this.AutoReplyCtrl.AutoReplyParams.AutoAid_NavBit = false;
goto Label_1878;
case 1:
this.AutoReplyCtrl.AutoReplyParams.AutoAid_NavBit = true;
goto Label_1878;
}
this.AutoReplyCtrl.AutoReplyParams.AutoAid_NavBit = false;
}
catch (Exception exception68)
{
msg = "NAVBIT_SOURCE: " + exception68.Message;
this.WriteApp(msg);
}
Label_1878:
key = "NAVBIT_REPLY";
try
{
this.AutoReplyCtrl.PositionRequestCtrl.NavBitReply = Convert.ToByte(helper.IniReadValue(section, key));
}
catch (Exception exception69)
{
msg = "NAVBIT_REPLY: " + exception69.Message;
this.WriteApp(msg);
}
this.AutoReplyCtrl.AutoSendPositionRequestMsg();
this.AutoReplyCtrl.UpdateAutoReplyStatus();
}
private void frmLowPowerLoadSettings()
{
string path = clsGlobal.InstalledDirectory + @"\scripts\SiRFLiveAutomationSetup.cfg";
string text = "\n";
if (!File.Exists(path))
{
text = "Config file not found: \n" + path + "\n";
MessageBox.Show(text, "ERROR", MessageBoxButtons.OK, MessageBoxIcon.Hand);
}
IniHelper helper = new IniHelper(path);
string section = string.Empty;
string key = string.Empty;
section = "POWER_MODE";
key = "MODE";
try
{
this.comm.LowPowerParams.Mode = Convert.ToByte(helper.IniReadValue(section, key));
}
catch (Exception exception)
{
text = text + "APM num fixes: " + exception.Message + "\n";
}
key = "APM_NUM_FIXES";
try
{
this.comm.LowPowerParams.APMNumFixes = Convert.ToByte(helper.IniReadValue(section, key));
this.apmNumFixesTxtBox.Text = this.comm.LowPowerParams.APMNumFixes.ToString();
}
catch (Exception exception2)
{
text = text + "APM num fixes: " + exception2.Message + "\n";
}
key = "APM_TBF";
try
{
this.comm.LowPowerParams.APMTBF = Convert.ToByte(helper.IniReadValue(section, key));
this.apmTBFTxtBox.Text = this.comm.LowPowerParams.APMTBF.ToString();
}
catch (Exception exception3)
{
text = text + "APM TBF: " + exception3.Message + "\n";
}
key = "APM_DUTY_CYCLE";
try
{
this.comm.LowPowerParams.APMDutyCycle = Convert.ToByte(helper.IniReadValue(section, key));
this.apmDutyCycleTxtBox.Text = this.comm.LowPowerParams.APMDutyCycle.ToString();
}
catch (Exception exception4)
{
text = text + "APM duty cycle: " + exception4.Message + "\n";
}
key = "APM_MAX_HOR_ERR";
try
{
this.comm.LowPowerParams.APMMaxHrzError = Convert.ToByte(helper.IniReadValue(section, key));
this.apmMaxHrzErrorTxtBox.Text = this.comm.LowPowerParams.APMMaxHrzError.ToString();
}
catch (Exception exception5)
{
text = text + "APM max Hrz. error: " + exception5.Message + "\n";
}
key = "APM_MAX_VERT_ERR";
try
{
this.comm.LowPowerParams.APMMaxVrtError = Convert.ToByte(helper.IniReadValue(section, key));
if (this.comm.LowPowerParams.APMMaxVrtError >= 8)
{
this.apmMaxVrtErrorComboBox.Items.Add(this.comm.LowPowerParams.APMMaxVrtError.ToString());
this.apmMaxVrtErrorComboBox.Text = this.comm.LowPowerParams.APMMaxVrtError.ToString();
}
else
{
this.apmMaxVrtErrorComboBox.SelectedIndex = this.comm.LowPowerParams.APMMaxVrtError;
}
}
catch (Exception exception6)
{
text = text + "APM max Vrt. error: " + exception6.Message + "\n";
}
key = "APM_PRIORITY";
try
{
this.comm.LowPowerParams.APMPriority = Convert.ToByte(helper.IniReadValue(section, key));
if (this.comm.LowPowerParams.APMPriority > 3)
{
this.apmPriorityComboBox.Items.Add(this.comm.LowPowerParams.APMPriority.ToString());
this.apmPriorityComboBox.Text = this.comm.LowPowerParams.APMPriority.ToString();
}
else
{
this.apmPriorityComboBox.SelectedIndex = this.comm.LowPowerParams.APMPriority - 1;
}
}
catch (Exception exception7)
{
text = text + "APM priority: " + exception7.Message + "\n";
}
key = "APM_MAX_OFFTIME";
try
{
this.comm.LowPowerParams.APMMaxOffTime = Convert.ToUInt32(helper.IniReadValue(section, key));
this.apmMaxOffTimeTxtBox.Text = this.comm.LowPowerParams.APMMaxOffTime.ToString();
}
catch (Exception exception8)
{
text = text + "APM max off time: " + exception8.Message + "\n";
}
key = "APM_MAX_SEARCH_TIME";
try
{
this.comm.LowPowerParams.APMMaxSearchTime = Convert.ToUInt32(helper.IniReadValue(section, key));
this.apmMaxSearchTimeTxtBox.Text = this.comm.LowPowerParams.APMMaxSearchTime.ToString();
}
catch (Exception exception9)
{
text = text + "APM max search time: " + exception9.Message + "\n";
}
key = "APM_TIME_ACC_PRIORITY";
try
{
this.comm.LowPowerParams.APMTimeAccPriority = Convert.ToByte(helper.IniReadValue(section, key));
if (this.comm.LowPowerParams.APMTimeAccPriority > 3)
{
this.apmTimeAccPriorityComboBox.Items.Add(this.comm.LowPowerParams.APMTimeAccPriority.ToString());
this.apmTimeAccPriorityComboBox.Text = this.comm.LowPowerParams.APMTimeAccPriority.ToString();
}
else
{
this.apmTimeAccPriorityComboBox.SelectedIndex = this.comm.LowPowerParams.APMTimeAccPriority;
}
}
catch (Exception exception10)
{
text = text + "APM time acc priority: " + exception10.Message + "\n";
}
key = "TP_UPDATE";
try
{
this.comm.LowPowerParams.TPUpdateRate = Convert.ToSByte(helper.IniReadValue(section, key));
this.tpUpdateRateCmbBox.Text = this.comm.LowPowerParams.TPUpdateRate.ToString();
}
catch (Exception exception11)
{
text = text + "TP update rate: " + exception11.Message + "\n";
}
key = "TP_ONTIME";
try
{
this.comm.LowPowerParams.TPOnTime = Convert.ToUInt32(helper.IniReadValue(section, key));
this.tpOnTimeCmbBox.Text = this.comm.LowPowerParams.TPOnTime.ToString();
}
catch (Exception exception12)
{
text = text + "TP on time: " + exception12.Message + "\n";
}
key = "TP_MAX_OFF_TIME";
try
{
this.comm.LowPowerParams.TPMaxOffTime = Convert.ToUInt32(helper.IniReadValue(section, key));
this.tpMaxOffTimeTxtBox.Text = this.comm.LowPowerParams.TPMaxOffTime.ToString();
}
catch (Exception exception13)
{
text = text + "TP max off time: " + exception13.Message + "\n";
}
key = "TP_MAX_SEARCH_TIME";
try
{
this.comm.LowPowerParams.TPMaxSearchTime = Convert.ToUInt32(helper.IniReadValue(section, key));
this.tpMaxSearchTimeTxtBox.Text = this.comm.LowPowerParams.TPMaxSearchTime.ToString();
}
catch (Exception exception14)
{
text = text + "TP max search time: " + exception14.Message + "\n";
}
key = "PTF_PERIOD";
try
{
this.comm.LowPowerParams.PTFPeriod = Convert.ToUInt32(helper.IniReadValue(section, key));
this.ptfPeriodTxtBox.Text = this.comm.LowPowerParams.PTFPeriod.ToString();
}
catch (Exception exception15)
{
text = text + "PTF period: " + exception15.Message + "\n";
}
key = "PTF_MAX_SEARCH_TIME";
try
{
this.comm.LowPowerParams.PTFMaxSearchTime = Convert.ToUInt32(helper.IniReadValue(section, key));
this.ptfMaxSearchTimeTxtBox.Text = this.comm.LowPowerParams.PTFMaxSearchTime.ToString();
}
catch (Exception exception16)
{
text = text + "PTF max search time: " + exception16.Message + "\n";
}
key = "PTF_MAX_OFF_TIME";
try
{
this.comm.LowPowerParams.PTFMaxOffTime = Convert.ToUInt32(helper.IniReadValue(section, key));
this.ptfMaxOffTimeTxtBox.Text = this.comm.LowPowerParams.PTFMaxOffTime.ToString();
}
catch (Exception exception17)
{
text = text + "PTF max off time: " + exception17.Message + "\n";
}
}
public static float GetCalibrationAtten(float cableLoss, int level, string type)
{
IniHelper helper = new IniHelper(clsGlobal.InstalledDirectory + @"\scripts\stationCalValues.cfg");
float num2 = Convert.ToSingle(helper.IniReadValue("CABLE_LOSS", "CAL_CABLE_LOSS"));
float num3 = Convert.ToSingle(helper.IniReadValue(type.ToUpper(), level.ToString()));
if (num2 < cableLoss)
{
return (num3 - (cableLoss - num2));
}
if (num2 > cableLoss)
{
return (num3 + (num2 - cableLoss));
}
return num3;
}
private void frmFileAnalysis_Load(object sender, EventArgs e)
{
if (this._fileType == ".gpx")
{
this.includeDateTimeChkBox.Enabled = true;
this.includeDateTimeChkBox.Visible = true;
}
else if (this._fileType == ".gps")
{
this.includeDateTimeChkBox.Enabled = false;
this.includeDateTimeChkBox.Visible = false;
}
else if (this._fileType == ".bin")
{
this.includeDateTimeChkBox.Enabled = false;
this.includeDateTimeChkBox.Visible = false;
}
else
{
this.includeDateTimeChkBox.Enabled = true;
this.includeDateTimeChkBox.Visible = true;
}
try
{
IniHelper helper = new IniHelper(this.fileAnalysisIniPath);
foreach (string str2 in helper.IniReadValue("SETUP", "AVAILABLE_CATEGORY").Split(new char[] { ',' }))
{
this.availableCategoryList.Add(str2);
this.fileAnalysisCategoryList.Items.Add(str2);
}
}
catch
{
}
}
