public static void OnEventMesg(object sender, MesgEventArgs e)
{
EventValues values = new EventValues();
EventMesg mesg = (EventMesg)e.mesg;
try
{
values._event0 = mesg.GetEvent();
values._eventType = mesg.GetEventType();
values._data = mesg.GetData();
////Make sure properties with sub properties arent null before trying to create objects based on them
if (mesg.GetTimestamp() != null)
{
uint tc = (uint)mesg.GetTimestamp().GetTimeStamp();
values._timestamp = FitConvert.ToLocalDateTime(tc);
}
}
catch (FitException exception)
{
Console.WriteLine("\tOnFileIDMesg Error {0}", exception.Message);
Console.WriteLine("\t{0}", exception.InnerException);
}
DataManager.Instance.EventValues.Add(values);
}
public static void OnFileIDMesg(object sender, MesgEventArgs e)
{
FileIdValues values = new FileIdValues();
FileIdMesg mesg = (FileIdMesg)e.mesg;
try
{
values._fileType = mesg.GetType();
values._manufacturer = mesg.GetManufacturer();
values._product = mesg.GetProduct();
values._serialNumber = mesg.GetSerialNumber();
//Make sure properties with sub properties arent null before trying to create objects based on them
if (mesg.GetTimeCreated() != null)
{
uint tc = (uint)mesg.GetFieldValue("TimeCreated");
values._timeCreated = FitConvert.ToLocalDateTime(tc);
}
}
catch (FitException exception)
{
Console.WriteLine("\tOnFileIDMesg Error {0}", exception.Message);
Console.WriteLine("\t{0}", exception.InnerException);
}
DataManager.Instance.FileIdValues.Add(values);
}
public static void OnDeviceInfoMesg(object sender, MesgEventArgs e)
{
DeviceInfoValues values = new DeviceInfoValues();
DeviceInfoMesg mesg = (DeviceInfoMesg)e.mesg;
try
{
values._deviceIndex = mesg.GetDeviceIndex();
values._deviceType = mesg.GetDeviceType();
values._manufacturer = mesg.GetManufacturer();
values._serialNumber = mesg.GetSerialNumber();
values._product = mesg.GetProduct();
values._softwareVersion = mesg.GetSoftwareVersion();
values._batteryVoltage = mesg.GetBatteryVoltage();
values._batteryStatus = mesg.GetBatteryStatus();
values._descriptor = mesg.GetDescriptorAsString();
values._antDeviceNumber = mesg.GetAntDeviceNumber();
values._sourceType = mesg.GetSourceType();
values._productName = mesg.GetProductNameAsString();
//Make sure properties with sub properties arent null before trying to create objects based on them
if (mesg.GetTimestamp() != null)
{
//values.timestamp = new Dynastream.Fit.DateTime(mesg.GetTimestamp().GetTimeStamp());
uint tc = (uint)mesg.GetTimestamp().GetTimeStamp();
values._timestamp = FitConvert.ToLocalDateTime(tc);
}
}
catch (FitException exception)
{
Console.WriteLine("\tOnFileIDMesg Error {0}", exception.Message);
Console.WriteLine("\t{0}", exception.InnerException);
}
DataManager.Instance.DeviceInfoValues.Add(values);
}
public static void OnActivityMesg(object sender, MesgEventArgs e)
{
ActivityValues values = new ActivityValues();
ActivityMesg mesg = (ActivityMesg)e.mesg;
try
{
values._totalTimerTime = mesg.GetTotalTimerTime();
values._numSessions = mesg.GetNumSessions();
values._type = mesg.GetType();
values._actiEvent = mesg.GetEvent();
values._eventType = mesg.GetEventType();
uint?localTimeStamp = mesg.GetLocalTimestamp();
if (localTimeStamp != null)
{
values._localTimestamp = FitConvert.ToDateTime(((uint)localTimeStamp));
}
//Make sure properties with sub properties arent null before trying to create objects based on them
if (mesg.GetTimestamp() != null)
{
//values.timestamp = new Dynastream.Fit.DateTime(mesg.GetTimestamp().GetTimeStamp());
uint tc = (uint)mesg.GetTimestamp().GetTimeStamp();
values._timestamp = FitConvert.ToLocalDateTime(mesg.GetTimestamp().GetTimeStamp());
}
}
catch (FitException exception)
{
Console.WriteLine("\tOnFileIDMesg Error {0}", exception.Message);
Console.WriteLine("\t{0}", exception.InnerException);
}
DataManager.Instance.ActivityValues.Add(values);
}
public void SetValue(byte fieldNum, int index, object value)
{
Type objType = value.GetType();
switch (fieldNum)
{
case 0:
_positionLat = FitConvert.ToDegrees(Convert.ToInt32(value));
break; //Int32 positionLat
case 1:
_positionLong = FitConvert.ToDegrees(Convert.ToInt32(value));
break; //Int32 positionLong
case 2:
_value2 = Convert.ToUInt16(value);
break; //UInt16, Altitude
case 3:
_value3 = Convert.ToByte(value);
break; //Byte, Heartrate?
case 5:
_value5 = Convert.ToUInt32(value);
break; //UInt32, Distance?
case 6:
_value6 = Convert.ToUInt16(value);
break; //UInt16, Speed?
case 9:
_value9 = Convert.ToInt16(value);
break; //Int16, Grade?
case 13:
_value13 = Convert.ToSByte(value);
break; //SByte, Temperature?
case 31:
_value31 = Convert.ToByte(value);
break; //Byte, GpsAccuracy?
case 253:
_timestamp = FitConvert.ToLocalDateTime((uint)value); //UInt32
break; //UInt32
default:
break;
}
}
public void SetValue(byte fieldNum, object value)
{
//Type objType = value.GetType();
switch (fieldNum)
{
case RecordMesg.FieldDefNum.PositionLat:
positionLat = FitConvert.ToDegrees((int)value); //Int32
break;
case RecordMesg.FieldDefNum.PositionLong:
positionLong = FitConvert.ToDegrees((int)value); //Int32
break;
case RecordMesg.FieldDefNum.Altitude:
altitude = Convert.ToSingle(value); //Single
break;
case RecordMesg.FieldDefNum.HeartRate:
heartRate = Convert.ToByte(value); //Byte
break;
case RecordMesg.FieldDefNum.Cadence:
cadence = Convert.ToByte(value); //Byte
break;
case RecordMesg.FieldDefNum.Distance:
distance = FitConvert.ToKm((float)value); //Single
break;
case RecordMesg.FieldDefNum.Speed:
speed = FitConvert.ToKmPerHour((float)value); //Single
break;
case RecordMesg.FieldDefNum.Power:
power = Convert.ToUInt16(value); //UInt16
break;
case RecordMesg.FieldDefNum.Grade:
grade = Convert.ToSingle(value); //Single
break;
case RecordMesg.FieldDefNum.Temperature:
temperature = Convert.ToSByte(value);
break;
case RecordMesg.FieldDefNum.LeftRightBalance:
leftRightBalance = Convert.ToByte(value); //Byte
break;
case RecordMesg.FieldDefNum.LeftTorqueEffectiveness:
leftTorqueEffectiveness = Convert.ToSingle(value); //Single
break;
case RecordMesg.FieldDefNum.RightTorqueEffectiveness:
rightTorqueEffectiveness = Convert.ToSingle(value); //Single
break;
case RecordMesg.FieldDefNum.LeftPedalSmoothness:
leftPedalSmoothness = Convert.ToSingle(value); //Single
break;
case RecordMesg.FieldDefNum.RightPedalSmoothness:
rightPedalSmoothness = Convert.ToSingle(value); //Single
break;
case RecordMesg.FieldDefNum.Timestamp:
timestamp = FitConvert.ToLocalDateTime((uint)value); //UInt32
break;
case RecordMesg.FieldDefNum.GpsAccuracy:
case RecordMesg.FieldDefNum.EnhancedSpeed:
case RecordMesg.FieldDefNum.EnhancedAltitude:
case RecordMesg.FieldDefNum.BatterySoc:
break;
default:
break;
}
}
public void SetValue(byte fieldNum, int index, object value)
{
Type objType = value.GetType();
switch (fieldNum)
{
case SessionMesg.FieldDefNum.Event:
break;
case SessionMesg.FieldDefNum.EventType:
break;
case SessionMesg.FieldDefNum.StartTime:
startTime = FitConvert.ToLocalDateTime((uint)value); //UInt32
break;
case SessionMesg.FieldDefNum.StartPositionLat:
break;
case SessionMesg.FieldDefNum.StartPositionLong:
break;
case SessionMesg.FieldDefNum.Sport:
sport = (Sport)value;
break;
case SessionMesg.FieldDefNum.SubSport:
break;
case SessionMesg.FieldDefNum.TotalElapsedTime:
totalElapsedTime = Convert.ToSingle(value); //Single
break;
case SessionMesg.FieldDefNum.TotalTimerTime:
totalTimerTime = Convert.ToSingle(value); //Single
break;
case SessionMesg.FieldDefNum.TotalDistance:
totalDistance = Convert.ToSingle(value); //Single
break;
case SessionMesg.FieldDefNum.TotalCalories:
totalCalories = Convert.ToUInt16(value); //UInt16
break;
case SessionMesg.FieldDefNum.AvgSpeed:
avgSpeed = FitConvert.ToKmPerHour(Convert.ToSingle(value)); //Single
break;
case SessionMesg.FieldDefNum.MaxSpeed:
maxSpeed = FitConvert.ToKmPerHour(Convert.ToSingle(value)); //Single
break;
case SessionMesg.FieldDefNum.AvgHeartRate:
avgHeartRate = Convert.ToByte(value); //Byte
break;
case SessionMesg.FieldDefNum.MaxHeartRate:
maxHeartRate = Convert.ToByte(value); //Byte
break;
case SessionMesg.FieldDefNum.AvgCadence:
avgCadence = Convert.ToByte(value); //Byte
break;
case SessionMesg.FieldDefNum.MaxCadence:
maxCadence = Convert.ToByte(value); //Byte
break;
case SessionMesg.FieldDefNum.AvgPower:
avgPower = Convert.ToUInt16(value); //UInt16
break;
case SessionMesg.FieldDefNum.MaxPower:
maxPower = Convert.ToUInt16(value); //UInt16
break;
case SessionMesg.FieldDefNum.TotalAscent:
totalAscent = Convert.ToUInt16(value); //UInt16
break;
case SessionMesg.FieldDefNum.TotalDescent:
totalDescent = Convert.ToUInt16(value); //UInt16
break;
case SessionMesg.FieldDefNum.NumLaps:
numLaps = Convert.ToUInt16(value); //UInt16
break;
case SessionMesg.FieldDefNum.NormalizedPower:
normalizedPower = Convert.ToUInt16(value); //UInt16
break;
case SessionMesg.FieldDefNum.TrainingStressScore:
trainingStressScore = Convert.ToSingle(value); //Single
break;
case SessionMesg.FieldDefNum.IntensityFactor:
intensityFactor = Convert.ToSingle(value); //Single
break;
case SessionMesg.FieldDefNum.LeftRightBalance:
break;
case SessionMesg.FieldDefNum.ThresholdPower:
thresholdPower = Convert.ToUInt16(value); //UInt16
break;
case SessionMesg.FieldDefNum.TotalWork:
totalWork = Convert.ToUInt32(value); //UInt32
break;
case SessionMesg.FieldDefNum.AvgAltitude:
avgAltitude = Convert.ToSingle(value); //Single
break;
case SessionMesg.FieldDefNum.MaxAltitude:
maxAltitude = Convert.ToSingle(value); //Single
break;
case SessionMesg.FieldDefNum.AvgGrade:
avgGrade = Convert.ToSingle(value); //Single
break;
case SessionMesg.FieldDefNum.MaxPosGrade:
maxPosGrade = Convert.ToSingle(value); //Single
break;
case SessionMesg.FieldDefNum.MaxNegGrade:
maxNegGrade = Convert.ToSingle(value); //Single
break;
case SessionMesg.FieldDefNum.AvgTemperature:
avgTemperature = Convert.ToSByte(value); //SByte
break;
case SessionMesg.FieldDefNum.MaxTemperature:
maxTemperature = Convert.ToSByte(value); //SByte
break;
case SessionMesg.FieldDefNum.MinHeartRate:
minHeartRate = Convert.ToByte(value); //Byte
break;
case SessionMesg.FieldDefNum.TimeInHrZone:
float val = Convert.ToSingle(value); //Single
switch (index)
{
case 0:
timeInHrZone0 = val;
break;
case 1:
timeInHrZone1 = val;
break;
case 2:
timeInHrZone2 = val;
break;
case 3:
timeInHrZone3 = val;
break;
case 4:
timeInHrZone4 = val;
break;
default:
break;
}
break;
case SessionMesg.FieldDefNum.TimeInPowerZone:
val = Convert.ToSingle(value); //Single
switch (index)
{
case 0:
timeInPowerZone0 = val;
break;
case 1:
timeInPowerZone1 = val;
break;
case 2:
timeInPowerZone2 = val;
break;
case 3:
timeInPowerZone3 = val;
break;
case 4:
timeInPowerZone4 = val;
break;
case 5:
timeInPowerZone5 = val;
break;
default:
break;
}
break;
case SessionMesg.FieldDefNum.MinAltitude:
minAltitude = Convert.ToSingle(value); //Single
break;
case SessionMesg.FieldDefNum.Timestamp:
timestamp = FitConvert.ToLocalDateTime((uint)value); //UInt32
break;
case SessionMesg.FieldDefNum.EnhancedAvgSpeed:
case SessionMesg.FieldDefNum.EnhancedMaxSpeed:
case SessionMesg.FieldDefNum.EnhancedAvgAltitude:
case SessionMesg.FieldDefNum.EnhancedMinAltitude:
case SessionMesg.FieldDefNum.EnhancedMaxAltitude:
break;
default:
break;
}
}
