public static void ExportSchedulesFITFile(Stream exportStream, MemoryStream dataStream)
{
MemoryStream tempDataStream = new MemoryStream();
// Reserve size for header
tempDataStream.Write(new Byte[12], 0, 12);
// File id message
FITMessage fileIdMessage = new FITMessage(FITGlobalMessageIds.FileId);
FITMessageField fileType = new FITMessageField((Byte)FITFileIdFieldsIds.FileType);
FITMessageField manufacturerId = new FITMessageField((Byte)FITFileIdFieldsIds.ManufacturerId);
FITMessageField productId = new FITMessageField((Byte)FITFileIdFieldsIds.ProductId);
FITMessageField serialNumber = new FITMessageField((Byte)FITFileIdFieldsIds.SerialNumber);
FITMessageField exportDate = new FITMessageField((Byte)FITFileIdFieldsIds.ExportDate);
FITMessageField number = new FITMessageField((Byte)FITFileIdFieldsIds.Number);
manufacturerId.SetUInt16(1);
fileType.SetEnum((Byte)FITFileTypes.Schedules);
// Invalid fields
productId.SetUInt16(0xFFFF);
serialNumber.SetUInt32z(0);
exportDate.SetUInt32(0xFFFFFFFF);
number.SetUInt16(0xFFFF);
fileIdMessage.AddField(serialNumber);
fileIdMessage.AddField(exportDate);
fileIdMessage.AddField(manufacturerId);
fileIdMessage.AddField(productId);
fileIdMessage.AddField(number);
fileIdMessage.AddField(fileType);
fileIdMessage.Serialize(tempDataStream);
// Write all passed in data to output stream
tempDataStream.Write(dataStream.GetBuffer(), 0, (int)dataStream.Length);
// Write FIT header at the start of the stream
GarminFitnessByteRange headerSize = new GarminFitnessByteRange(12);
GarminFitnessByteRange protocolVersion = new GarminFitnessByteRange((Byte)((FITConstants.FITProtocolMajorVersion << 4) | FITConstants.FITProtocolMinorVersion));
GarminFitnessUInt16Range profileVersion = new GarminFitnessUInt16Range((UInt16)((FITConstants.FITProfileMajorVersion * FITConstants.FITProfileMajorVersionMultiplier) + FITConstants.FITProfileMinorVersion));
GarminFitnessInt32Range dataSize = new GarminFitnessInt32Range(0);
tempDataStream.Seek(0, SeekOrigin.Begin);
dataSize.Value = (int)tempDataStream.Length - 12;
headerSize.Serialize(tempDataStream);
protocolVersion.Serialize(tempDataStream);
profileVersion.Serialize(tempDataStream);
dataSize.Serialize(tempDataStream);
tempDataStream.Write(Encoding.UTF8.GetBytes(FITConstants.FITFileDescriptor), 0, 4);
// Write CRC
GarminFitnessUInt16Range crc = new GarminFitnessUInt16Range(FITUtils.ComputeStreamCRC(tempDataStream));
tempDataStream.Seek(0, SeekOrigin.End);
crc.Serialize(tempDataStream);
// Write all data to output stream
exportStream.Write(tempDataStream.GetBuffer(), 0, (int)tempDataStream.Length);
}
public void TestFITScheduleDeserialization()
{
FITMessage serializedMessage = new FITMessage(FITGlobalMessageIds.WorkoutSchedules);
FITMessageField dateField = new FITMessageField((Byte)FITScheduleFieldIds.ScheduledDate);
DateTime referenceDate = new DateTime(1989, 12, 31);
DateTime resultDate;
serializedMessage.AddField(dateField);
DateTime currentDate = DateTime.Today;
dateField.SetUInt32((UInt32)(currentDate - referenceDate).TotalSeconds);
resultDate = WorkoutImporter.ImportWorkoutScheduleMessage(serializedMessage);
Assert.AreEqual(currentDate, resultDate, "Deserialized date invalid for FIT format");
currentDate = currentDate.AddDays(1);
dateField.SetUInt32((UInt32)(currentDate - referenceDate).TotalSeconds);
resultDate = WorkoutImporter.ImportWorkoutScheduleMessage(serializedMessage);
Assert.AreEqual(currentDate, resultDate, "Deserialized date invalid for FIT format");
dateField.SetUInt32(315576000);
resultDate = WorkoutImporter.ImportWorkoutScheduleMessage(serializedMessage);
Assert.AreEqual(new DateTime(1999, 12, 31, 12, 0, 0), resultDate, "Deserialized date invalid for FIT format");
// New Zealand time (UST+12H) is a case where we had problems because the offset changes the day
String currentZoneName = Time.CurrentTimeZone.standardName;
bool res = Time.SetTimeZone("New Zealand Standard Time");
dateField.SetUInt32(315576000);
resultDate = WorkoutImporter.ImportWorkoutScheduleMessage(serializedMessage);
res = Time.SetTimeZone(currentZoneName);
Assert.AreEqual(new DateTime(1999, 12, 31, 12, 0, 0), resultDate, "Deserialized date invalid for FIT format");
}
public void TestFITDeserialization()
{
ILogbook logbook = PluginMain.GetApplication().Logbook;
Workout placeholderWorkout = null;
FITMessage serializedMessage = new FITMessage(FITGlobalMessageIds.Workout);
FITMessageField nameField = new FITMessageField((Byte)FITWorkoutFieldIds.WorkoutName);
FITMessageField numStepsField = new FITMessageField((Byte)FITWorkoutFieldIds.NumSteps);
FITMessageField categoryField = new FITMessageField((Byte)FITWorkoutFieldIds.SportType);
try
{
placeholderWorkout = WorkoutImporter.ImportWorkoutFromMessage(serializedMessage, logbook.ActivityCategories[0]);
Assert.Fail("Workout without name was FIT deserialized");
}
catch (FITParserException)
{
}
nameField.SetString(String.Empty);
serializedMessage.AddField(nameField);
try
{
placeholderWorkout = WorkoutImporter.ImportWorkoutFromMessage(serializedMessage, logbook.ActivityCategories[0]);
Assert.Fail("Workout without step count was FIT deserialized");
}
catch (FITParserException)
{
}
numStepsField.SetUInt16(0);
serializedMessage.AddField(numStepsField);
// Name
nameField.SetString("TestName");
placeholderWorkout = WorkoutImporter.ImportWorkoutFromMessage(serializedMessage, logbook.ActivityCategories[0]);
Assert.AreEqual("TestName", placeholderWorkout.Name, "Workout name not properly FIT deserialized");
GarminWorkoutManager.Instance.RemoveWorkout(placeholderWorkout);
nameField.SetString("Workout2");
placeholderWorkout = WorkoutImporter.ImportWorkoutFromMessage(serializedMessage, logbook.ActivityCategories[0]);
Assert.AreEqual("Workout2", placeholderWorkout.Name, "Workout name not properly FIT deserialized");
GarminWorkoutManager.Instance.RemoveWorkout(placeholderWorkout);
// No need to test category, we ignore them in the application at this time (TODO)
// Number of steps is tested in the steps list test since it requires multiple messages
// Do not test steps deserialization here, it has it's own test
}
public void TestFITDeserialization()
{
Workout placeholderWorkout = new Workout("Test", PluginMain.GetApplication().Logbook.ActivityCategories[0]);
RegularStep placeholderStep = new RegularStep(placeholderWorkout);
FITMessage serializedMessage = new FITMessage(FITGlobalMessageIds.WorkoutStep);
FITMessageField typeField = new FITMessageField((Byte)FITWorkoutStepFieldIds.TargetType);
FITMessageField valueField = new FITMessageField((Byte)FITWorkoutStepFieldIds.TargetValue);
FITMessageField lowRangeField = new FITMessageField((Byte)FITWorkoutStepFieldIds.TargetCustomValueLow);
FITMessageField highRangeField = new FITMessageField((Byte)FITWorkoutStepFieldIds.TargetCustomValueHigh);
ITarget loadedTarget = null;
serializedMessage.AddField(typeField);
// No target
typeField.SetEnum((Byte)FITWorkoutStepTargetTypes.NoTarget);
loadedTarget = TargetFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(loadedTarget is NullTarget, "No target not properly FIT deserialized without value fields");
serializedMessage.AddField(valueField);
serializedMessage.AddField(lowRangeField);
serializedMessage.AddField(highRangeField);
loadedTarget = TargetFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(loadedTarget is NullTarget, "No target not properly FIT deserialized with unset value fields");
valueField.SetUInt32(1);
lowRangeField.SetUInt32(1);
highRangeField.SetUInt32(1);
loadedTarget = TargetFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(loadedTarget is NullTarget, "No target not properly FIT deserialized with value fields");
// Cadence targets
BaseCadenceTarget cadenceTarget;
// Cadence range
CadenceRangeTarget cadenceRangeTarget;
typeField.SetEnum((Byte)FITWorkoutStepTargetTypes.Cadence);
valueField.SetUInt32(0);
lowRangeField.SetUInt32(80);
highRangeField.SetUInt32(90);
loadedTarget = TargetFactory.Create(serializedMessage, placeholderStep);
Assert.IsNotNull(loadedTarget, "CadenceRange target wasn't properly deserialized");
Assert.IsTrue(loadedTarget is BaseCadenceTarget, "CadenceRange target wasn't deserialized as proper type");
cadenceTarget = loadedTarget as BaseCadenceTarget;
Assert.IsTrue(cadenceTarget.ConcreteTarget is CadenceRangeTarget, "CadenceRange target wasn't deserialized as proper concrete type");
cadenceRangeTarget = cadenceTarget.ConcreteTarget as CadenceRangeTarget;
Assert.AreEqual(80, cadenceRangeTarget.MinCadence, "CadenceRange min value wasn't properly deserialized");
Assert.AreEqual(90, cadenceRangeTarget.MaxCadence, "CadenceRange max value wasn't properly deserialized");
lowRangeField.SetUInt32(60);
highRangeField.SetUInt32(120);
loadedTarget = TargetFactory.Create(serializedMessage, placeholderStep);
Assert.IsNotNull(loadedTarget, "CadenceRange target wasn't properly deserialized");
Assert.IsTrue(loadedTarget is BaseCadenceTarget, "CadenceRange target wasn't deserialized as proper type");
cadenceTarget = loadedTarget as BaseCadenceTarget;
Assert.IsTrue(cadenceTarget.ConcreteTarget is CadenceRangeTarget, "CadenceRange target wasn't deserialized as proper concrete type");
cadenceRangeTarget = cadenceTarget.ConcreteTarget as CadenceRangeTarget;
Assert.AreEqual(60, cadenceRangeTarget.MinCadence, "CadenceRange min value wasn't properly deserialized");
Assert.AreEqual(120, cadenceRangeTarget.MaxCadence, "CadenceRange max value wasn't properly deserialized");
// Speed targets
BaseSpeedTarget speedTarget;
// Speed range
SpeedRangeTarget speedRangeTarget;
double speed;
typeField.SetEnum((Byte)FITWorkoutStepTargetTypes.Speed);
valueField.SetUInt32(0);
lowRangeField.SetUInt32(5555);
highRangeField.SetUInt32(8333);
loadedTarget = TargetFactory.Create(serializedMessage, placeholderStep);
Assert.IsNotNull(loadedTarget, "SpeedRange target wasn't properly deserialized");
Assert.IsTrue(loadedTarget is BaseSpeedTarget, "SpeedRange target wasn't deserialized as proper type");
speedTarget = loadedTarget as BaseSpeedTarget;
Assert.IsTrue(speedTarget.ConcreteTarget is SpeedRangeTarget, "SpeedRange target wasn't deserialized as proper concrete type");
speedRangeTarget = speedTarget.ConcreteTarget as SpeedRangeTarget;
speed = Length.Convert(speedRangeTarget.GetMinSpeedInBaseUnitsPerHour(), speedRangeTarget.BaseUnit, Length.Units.Kilometer);
Assert.AreEqual(20, speed, 0.01, "SpeedRange min value wasn't properly deserialized");
speed = Length.Convert(speedRangeTarget.GetMaxSpeedInBaseUnitsPerHour(), speedRangeTarget.BaseUnit, Length.Units.Kilometer);
Assert.AreEqual(30, speed, 0.01, "SpeedRange max value wasn't properly deserialized");
lowRangeField.SetUInt32(1788);
highRangeField.SetUInt32(3576);
loadedTarget = TargetFactory.Create(serializedMessage, placeholderStep);
Assert.IsNotNull(loadedTarget, "SpeedRange target wasn't properly deserialized");
Assert.IsTrue(loadedTarget is BaseSpeedTarget, "SpeedRange target wasn't deserialized as proper type");
speedTarget = loadedTarget as BaseSpeedTarget;
Assert.IsTrue(speedTarget.ConcreteTarget is SpeedRangeTarget, "SpeedRange target wasn't deserialized as proper concrete type");
speedRangeTarget = speedTarget.ConcreteTarget as SpeedRangeTarget;
speed = Length.Convert(speedRangeTarget.GetMinSpeedInBaseUnitsPerHour(), speedRangeTarget.BaseUnit, Length.Units.Mile);
Assert.AreEqual(4, speed, 0.01, "SpeedRange min value wasn't properly deserialized");
speed = Length.Convert(speedRangeTarget.GetMaxSpeedInBaseUnitsPerHour(), speedRangeTarget.BaseUnit, Length.Units.Mile);
Assert.AreEqual(8, speed, 0.01, "SpeedRange max value wasn't properly deserialized");
// Speed Garmin zone
SpeedZoneGTCTarget speedGTCTarget;
valueField.SetUInt32(1);
loadedTarget = TargetFactory.Create(serializedMessage, placeholderStep);
Assert.IsNotNull(loadedTarget, "SpeedGTC target wasn't properly deserialized");
Assert.IsTrue(loadedTarget is BaseSpeedTarget, "SpeedGTC target wasn't deserialized as proper type");
speedTarget = loadedTarget as BaseSpeedTarget;
Assert.IsTrue(speedTarget.ConcreteTarget is SpeedZoneGTCTarget, "SpeedGTC target wasn't deserialized as proper concrete type");
speedGTCTarget = speedTarget.ConcreteTarget as SpeedZoneGTCTarget;
Assert.AreEqual(1, speedGTCTarget.Zone, "SpeedGTC zone value wasn't properly deserialized");
valueField.SetUInt32(3);
loadedTarget = TargetFactory.Create(serializedMessage, placeholderStep);
Assert.IsNotNull(loadedTarget, "SpeedGTC target wasn't properly deserialized");
Assert.IsTrue(loadedTarget is BaseSpeedTarget, "SpeedGTC target wasn't deserialized as proper type");
speedTarget = loadedTarget as BaseSpeedTarget;
Assert.IsTrue(speedTarget.ConcreteTarget is SpeedZoneGTCTarget, "SpeedGTC target wasn't deserialized as proper concrete type");
speedGTCTarget = speedTarget.ConcreteTarget as SpeedZoneGTCTarget;
Assert.AreEqual(3, speedGTCTarget.Zone, "SpeedGTC zone value wasn't properly deserialized");
// Heart rate targets
BaseHeartRateTarget hrTarget;
// Heart rate range
HeartRateRangeTarget hrRangeTarget;
typeField.SetEnum((Byte)FITWorkoutStepTargetTypes.HeartRate);
valueField.SetUInt32(0);
lowRangeField.SetUInt32(230);
highRangeField.SetUInt32(270);
loadedTarget = TargetFactory.Create(serializedMessage, placeholderStep);
Assert.IsNotNull(loadedTarget, "HRRange target wasn't properly deserialized");
Assert.IsTrue(loadedTarget is BaseHeartRateTarget, "HRRange target wasn't deserialized as proper type");
hrTarget = loadedTarget as BaseHeartRateTarget;
Assert.IsTrue(hrTarget.ConcreteTarget is HeartRateRangeTarget, "HRRange target wasn't deserialized as proper concrete type");
hrRangeTarget = hrTarget.ConcreteTarget as HeartRateRangeTarget;
Assert.AreEqual(false, hrRangeTarget.IsPercentMaxHeartRate, "HRRange %Max wasn't properly deserialized");
Assert.AreEqual(130, hrRangeTarget.MinHeartRate, "HRRange min value wasn't properly deserialized");
Assert.AreEqual(170, hrRangeTarget.MaxHeartRate, "HRRange max value wasn't properly deserialized");
lowRangeField.SetUInt32(50);
highRangeField.SetUInt32(70);
loadedTarget = TargetFactory.Create(serializedMessage, placeholderStep);
Assert.IsNotNull(loadedTarget, "HRRange target wasn't properly deserialized");
Assert.IsTrue(loadedTarget is BaseHeartRateTarget, "HRRange target wasn't deserialized as proper type");
hrTarget = loadedTarget as BaseHeartRateTarget;
Assert.IsTrue(hrTarget.ConcreteTarget is HeartRateRangeTarget, "HRRange target wasn't deserialized as proper concrete type");
hrRangeTarget = hrTarget.ConcreteTarget as HeartRateRangeTarget;
Assert.AreEqual(true, hrRangeTarget.IsPercentMaxHeartRate, "HRRange %Max wasn't properly deserialized");
Assert.AreEqual(50, hrRangeTarget.MinHeartRate, "HRRange min value wasn't properly deserialized");
Assert.AreEqual(70, hrRangeTarget.MaxHeartRate, "HRRange max value wasn't properly deserialized");
// Heart rate Garmin zone
HeartRateZoneGTCTarget hrGTCTarget;
valueField.SetUInt32(2);
loadedTarget = TargetFactory.Create(serializedMessage, placeholderStep);
Assert.IsNotNull(loadedTarget, "HRGTC target wasn't properly deserialized");
Assert.IsTrue(loadedTarget is BaseHeartRateTarget, "HRGTC target wasn't deserialized as proper type");
hrTarget = loadedTarget as BaseHeartRateTarget;
Assert.IsTrue(hrTarget.ConcreteTarget is HeartRateZoneGTCTarget, "HRGTC target wasn't deserialized as proper concrete type");
hrGTCTarget = hrTarget.ConcreteTarget as HeartRateZoneGTCTarget;
Assert.AreEqual(2, hrGTCTarget.Zone, "HRGTC zone value wasn't properly deserialized");
valueField.SetUInt32(4);
loadedTarget = TargetFactory.Create(serializedMessage, placeholderStep);
Assert.IsNotNull(loadedTarget, "HRGTC target wasn't properly deserialized");
Assert.IsTrue(loadedTarget is BaseHeartRateTarget, "HRGTC target wasn't deserialized as proper type");
hrTarget = loadedTarget as BaseHeartRateTarget;
Assert.IsTrue(hrTarget.ConcreteTarget is HeartRateZoneGTCTarget, "HRGTC target wasn't deserialized as proper concrete type");
hrGTCTarget = hrTarget.ConcreteTarget as HeartRateZoneGTCTarget;
Assert.AreEqual(4, hrGTCTarget.Zone, "HRGTC zone value wasn't properly deserialized");
// Power targets
BasePowerTarget powerTarget;
// Power range
PowerRangeTarget powerRangeTarget;
typeField.SetEnum((Byte)FITWorkoutStepTargetTypes.Power);
valueField.SetUInt32(0);
lowRangeField.SetUInt32(1150);
highRangeField.SetUInt32(1200);
loadedTarget = TargetFactory.Create(serializedMessage, placeholderStep);
Assert.IsNotNull(loadedTarget, "PowerRange target wasn't properly deserialized");
Assert.IsTrue(loadedTarget is BasePowerTarget, "PowerRange target wasn't deserialized as proper type");
powerTarget = loadedTarget as BasePowerTarget;
Assert.IsTrue(powerTarget.ConcreteTarget is PowerRangeTarget, "PowerRange target wasn't deserialized as proper concrete type");
powerRangeTarget = powerTarget.ConcreteTarget as PowerRangeTarget;
Assert.AreEqual(false, powerRangeTarget.IsPercentFTP, "PowerRange %FTP wasn't properly deserialized");
Assert.AreEqual(150, powerRangeTarget.MinPower, "PowerRange min value wasn't properly deserialized");
Assert.AreEqual(200, powerRangeTarget.MaxPower, "PowerRange max value wasn't properly deserialized");
lowRangeField.SetUInt32(67);
highRangeField.SetUInt32(200);
loadedTarget = TargetFactory.Create(serializedMessage, placeholderStep);
Assert.IsNotNull(loadedTarget, "PowerRange target wasn't properly deserialized");
Assert.IsTrue(loadedTarget is BasePowerTarget, "PowerRange target wasn't deserialized as proper type");
powerTarget = loadedTarget as BasePowerTarget;
Assert.IsTrue(powerTarget.ConcreteTarget is PowerRangeTarget, "PowerRange target wasn't deserialized as proper concrete type");
powerRangeTarget = powerTarget.ConcreteTarget as PowerRangeTarget;
Assert.AreEqual(true, powerRangeTarget.IsPercentFTP, "PowerRange %FTP wasn't properly deserialized");
Assert.AreEqual(67, powerRangeTarget.MinPower, "PowerRange min value wasn't properly deserialized");
Assert.AreEqual(200, powerRangeTarget.MaxPower, "PowerRange max value wasn't properly deserialized");
// Power Garmin zone
PowerZoneGTCTarget powerGTCTarget;
valueField.SetUInt32(1);
loadedTarget = TargetFactory.Create(serializedMessage, placeholderStep);
Assert.IsNotNull(loadedTarget, "PowerGTC target wasn't properly deserialized");
Assert.IsTrue(loadedTarget is BasePowerTarget, "PowerGTC target wasn't deserialized as proper type");
powerTarget = loadedTarget as BasePowerTarget;
Assert.IsTrue(powerTarget.ConcreteTarget is PowerZoneGTCTarget, "PowerGTC target wasn't deserialized as proper concrete type");
powerGTCTarget = powerTarget.ConcreteTarget as PowerZoneGTCTarget;
Assert.AreEqual(1, powerGTCTarget.Zone, "PowerGTC zone value wasn't properly deserialized");
valueField.SetUInt32(7);
loadedTarget = TargetFactory.Create(serializedMessage, placeholderStep);
Assert.IsNotNull(loadedTarget, "PowerGTC target wasn't properly deserialized");
Assert.IsTrue(loadedTarget is BasePowerTarget, "PowerGTC target wasn't deserialized as proper type");
powerTarget = loadedTarget as BasePowerTarget;
Assert.IsTrue(powerTarget.ConcreteTarget is PowerZoneGTCTarget, "PowerGTC target wasn't deserialized as proper concrete type");
powerGTCTarget = powerTarget.ConcreteTarget as PowerZoneGTCTarget;
Assert.AreEqual(7, powerGTCTarget.Zone, "PowerGTC zone value wasn't properly deserialized");
}
public void TestFITDeserialization()
{
Workout placeholderWorkout = new Workout("Test", PluginMain.GetApplication().Logbook.ActivityCategories[0]);
RepeatStep placeholderStep = new RepeatStep(placeholderWorkout);
FITMessage serializedMessage = new FITMessage(FITGlobalMessageIds.WorkoutStep);
FITMessageField typeField = new FITMessageField((Byte)FITWorkoutStepFieldIds.DurationType);
FITMessageField valueField = new FITMessageField((Byte)FITWorkoutStepFieldIds.TargetValue);
IRepeatDuration deserializedDuration;
serializedMessage.AddField(typeField);
serializedMessage.AddField(valueField);
// Repeat count
typeField.SetEnum((Byte)FITWorkoutStepDurationTypes.RepeatCount);
valueField.SetUInt32(6);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is RepeatCountDuration, "Repeat count duration not properly FIT deserialized");
RepeatCountDuration repeatDuration = deserializedDuration as RepeatCountDuration;
Assert.AreEqual(6, repeatDuration.RepetitionCount, "Invalid value deserialized for FIT repeat count duration");
valueField.SetUInt32(2);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is RepeatCountDuration, "Repeat count duration not properly FIT deserialized");
repeatDuration = deserializedDuration as RepeatCountDuration;
Assert.AreEqual(2, repeatDuration.RepetitionCount, "Invalid value deserialized for FIT repeat count duration");
// Repeat until calories
typeField.SetEnum((Byte)FITWorkoutStepDurationTypes.RepeatUntilCalories);
valueField.SetUInt32(666);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is RepeatUntilCaloriesDuration, "Repeat until calories duration not properly FIT deserialized");
RepeatUntilCaloriesDuration caloriesDuration = deserializedDuration as RepeatUntilCaloriesDuration;
Assert.AreEqual(666, caloriesDuration.CaloriesToSpend, "Invalid value deserialized for FIT repeat until calories duration");
valueField.SetUInt32(150);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is RepeatUntilCaloriesDuration, "Repeat until calories duration not properly FIT deserialized");
caloriesDuration = deserializedDuration as RepeatUntilCaloriesDuration;
Assert.AreEqual(150, caloriesDuration.CaloriesToSpend, "Invalid value deserialized for FIT repeat until calories duration");
// Repeat until distance
typeField.SetEnum((Byte)FITWorkoutStepDurationTypes.RepeatUntilDistance);
valueField.SetUInt32(100000);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is RepeatUntilDistanceDuration, "Repeat until distance duration not properly FIT deserialized");
RepeatUntilDistanceDuration distanceDuration = deserializedDuration as RepeatUntilDistanceDuration;
Assert.AreEqual(1,
Length.Convert(distanceDuration.GetDistanceInBaseUnit(), distanceDuration.BaseUnit, Length.Units.Kilometer),
STCommon.Data.Constants.Delta,
"Invalid value deserialized for FIT repeat until distance duration");
valueField.SetUInt32(160934);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is RepeatUntilDistanceDuration, "Repeat until distance duration not properly FIT deserialized");
distanceDuration = deserializedDuration as RepeatUntilDistanceDuration;
Assert.AreEqual(1,
Length.Convert(distanceDuration.GetDistanceInBaseUnit(), distanceDuration.BaseUnit, Length.Units.Mile),
STCommon.Data.Constants.Delta,
"Invalid value deserialized for FIT repeat until distance duration");
// Repeat until HR Above
typeField.SetEnum((Byte)FITWorkoutStepDurationTypes.RepeatUntilHeartRateGreaterThan);
valueField.SetUInt32(220);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is RepeatUntilHeartRateAboveDuration, "Repeat until HRAbove duration not properly FIT deserialized");
RepeatUntilHeartRateAboveDuration hrAboveDuration = deserializedDuration as RepeatUntilHeartRateAboveDuration;
Assert.IsFalse(hrAboveDuration.IsPercentageMaxHeartRate, "Invalid value deserialized for FIT repeat until HRAbove duration");
Assert.AreEqual(120, hrAboveDuration.MaxHeartRate, "Invalid value deserialized for FIT repeat until HRAbove duration");
valueField.SetUInt32(80);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is RepeatUntilHeartRateAboveDuration, "Repeat until HRAbove duration not properly FIT deserialized");
hrAboveDuration = deserializedDuration as RepeatUntilHeartRateAboveDuration;
Assert.IsTrue(hrAboveDuration.IsPercentageMaxHeartRate, "Invalid value deserialized for FIT repeat until HRAbove duration");
Assert.AreEqual(80, hrAboveDuration.MaxHeartRate, "Invalid value deserialized for FIT repeat until HRAbove duration");
// Repeat until HR Below
typeField.SetEnum((Byte)FITWorkoutStepDurationTypes.RepeatUntilHeartRateLessThan);
valueField.SetUInt32(230);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is RepeatUntilHeartRateBelowDuration, "Repeat until HRBelow duration not properly FIT deserialized");
RepeatUntilHeartRateBelowDuration hrBelowDuration = deserializedDuration as RepeatUntilHeartRateBelowDuration;
Assert.IsFalse(hrBelowDuration.IsPercentageMaxHeartRate, "Invalid value deserialized for FIT repeat until HRBelow duration");
Assert.AreEqual(130, hrBelowDuration.MinHeartRate, "Invalid value deserialized for FIT repeat until HRBelow duration");
valueField.SetUInt32(65);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is RepeatUntilHeartRateBelowDuration, "Repeat until HRBelow duration not properly FIT deserialized");
hrBelowDuration = deserializedDuration as RepeatUntilHeartRateBelowDuration;
Assert.IsTrue(hrBelowDuration.IsPercentageMaxHeartRate, "Invalid value deserialized for FIT repeat until HRBelow duration");
Assert.AreEqual(65, hrBelowDuration.MinHeartRate, "Invalid value deserialized for FIT repeat until HRBelow duration");
// Repeat until Power Above
typeField.SetEnum((Byte)FITWorkoutStepDurationTypes.RepeatUntilPowerGreaterThan);
valueField.SetUInt32(1220);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is RepeatUntilPowerAboveDuration, "Repeat until PowerAbove duration not properly FIT deserialized");
RepeatUntilPowerAboveDuration powerAboveDuration = deserializedDuration as RepeatUntilPowerAboveDuration;
Assert.IsFalse(powerAboveDuration.IsPercentFTP, "Invalid value deserialized for FIT repeat until PowerAbove duration");
Assert.AreEqual(220, powerAboveDuration.MaxPower, "Invalid value deserialized for FIT repeat until PowerAbove duration");
valueField.SetUInt32(80);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is RepeatUntilPowerAboveDuration, "Repeat until PowerAbove duration not properly FIT deserialized");
powerAboveDuration = deserializedDuration as RepeatUntilPowerAboveDuration;
Assert.IsTrue(powerAboveDuration.IsPercentFTP, "Invalid value deserialized for FIT repeat until PowerAbove duration");
Assert.AreEqual(80, powerAboveDuration.MaxPower, "Invalid value deserialized for FIT repeat until PowerAbove duration");
// Repeat until Power Below
typeField.SetEnum((Byte)FITWorkoutStepDurationTypes.RepeatUntilPowerLessThan);
valueField.SetUInt32(1400);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is RepeatUntilPowerBelowDuration, "Repeat until PowerBelow duration not properly FIT deserialized");
RepeatUntilPowerBelowDuration powerBelowDuration = deserializedDuration as RepeatUntilPowerBelowDuration;
Assert.IsFalse(powerBelowDuration.IsPercentFTP, "Invalid value deserialized for FIT repeat until PowerBelow duration");
Assert.AreEqual(400, powerBelowDuration.MinPower, "Invalid value deserialized for FIT repeat until PowerBelow duration");
valueField.SetUInt32(125);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is RepeatUntilPowerBelowDuration, "Repeat until PowerBelow duration not properly FIT deserialized");
powerBelowDuration = deserializedDuration as RepeatUntilPowerBelowDuration;
Assert.IsTrue(powerBelowDuration.IsPercentFTP, "Invalid value deserialized for FIT repeat until PowerBelow duration");
Assert.AreEqual(125, powerBelowDuration.MinPower, "Invalid value deserialized for FIT repeat until PowerBelow duration");
// Repeat until time
typeField.SetEnum((Byte)FITWorkoutStepDurationTypes.RepeatUntilTime);
valueField.SetUInt32(60000);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is RepeatUntilTimeDuration, "Repeat until time duration not properly FIT deserialized");
RepeatUntilTimeDuration timeDuration = deserializedDuration as RepeatUntilTimeDuration;
Assert.AreEqual(60, timeDuration.TimeInSeconds, "Invalid value deserialized for FIT repeat until time duration");
valueField.SetUInt32(600000);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is RepeatUntilTimeDuration, "Repeat until time duration not properly FIT deserialized");
timeDuration = deserializedDuration as RepeatUntilTimeDuration;
Assert.AreEqual(600, timeDuration.TimeInSeconds, "Invalid value deserialized for FIT repeat until time duration");
}
public void TestRepeatStepFITDeserialization()
{
Workout placeholderWorkout = new Workout("Test", PluginMain.GetApplication().Logbook.ActivityCategories[0]);
RegularStep regularStep;
RepeatStep repeatStep = new RepeatStep(placeholderWorkout);
FITMessage serializedMessage = new FITMessage(FITGlobalMessageIds.WorkoutStep);
FITMessageField durationValueField = new FITMessageField((Byte)FITWorkoutStepFieldIds.DurationValue);
FITMessageField durationTypeField = new FITMessageField((Byte)FITWorkoutStepFieldIds.DurationType);
FITMessageField targetValueField = new FITMessageField((Byte)FITWorkoutStepFieldIds.TargetValue);
regularStep = placeholderWorkout.Steps[0] as RegularStep;
// Setup message
serializedMessage.AddField(durationValueField);
serializedMessage.AddField(durationTypeField);
serializedMessage.AddField(targetValueField);
durationValueField.SetUInt32(0); // Step id to start repeat at
durationTypeField.SetEnum((Byte)FITWorkoutStepDurationTypes.RepeatCount);
targetValueField.SetUInt32(2);
// This test is a little hard to follow because repeat steps in FIT format regroup previously deserialized steps.
// We will illustrate the expected output throughout the test to ease validation.
// At this point we have the following
// - Root
// - Regular step (id = 0)
// By deserializing the message we should get the following
// - Root
// - Repeat step (id = 1)
// - Regular step (id = 0)
repeatStep.DeserializeFromFIT(serializedMessage);
placeholderWorkout.Steps.AddStepToRoot(repeatStep);
Assert.AreEqual(1, placeholderWorkout.Steps.Count, "Incorrect number of steps in workout after FIT deserialization of repeat step with single child");
Assert.AreEqual(2, placeholderWorkout.StepCount, "Incorrect number of steps in workout after FIT deserialization of repeat step with single child");
Assert.IsTrue(placeholderWorkout.Steps[0] is RepeatStep, "Invalid workout structure after FIT deserialization of repeat step with single child");
Assert.AreEqual(repeatStep, placeholderWorkout.Steps[0], "Invalid workout structure after FIT deserialization of repeat step with single child");
Assert.AreEqual(1, repeatStep.StepsToRepeat.Count, "Invalid number of children in repeat after FIT deserialization of repeat step with single child");
Assert.AreEqual(regularStep, repeatStep.StepsToRepeat[0], "Invalid child in repeat after FIT deserialization of repeat step with single child");
placeholderWorkout.Steps.AddStepToRoot(new RegularStep(placeholderWorkout));
placeholderWorkout.Steps.AddStepToRoot(new RegularStep(placeholderWorkout));
repeatStep = new RepeatStep(placeholderWorkout);
durationValueField.SetUInt32(2); // Step id to start repeat at
// At this point we have the following
// - Root
// - Repeat step (id = 1)
// - Regular step (id = 0)
// - Regular step (id = 2)
// - Regular step (id = 3)
// By deserializing the message we should get the following
// - Root
// - Repeat step (id = 1)
// - Regular step (id = 0)
// - Repeat step (id = 4)
// - Regular step (id = 2)
// - Regular step (id = 3)
repeatStep.DeserializeFromFIT(serializedMessage);
placeholderWorkout.Steps.AddStepToRoot(repeatStep);
Assert.AreEqual(2, placeholderWorkout.Steps.Count, "Incorrect number of steps in workout after FIT deserialization of repeat step with multiple children");
Assert.AreEqual(5, placeholderWorkout.StepCount, "Incorrect number of steps in workout after FIT deserialization of repeat step with multiple children");
Assert.IsTrue(placeholderWorkout.Steps[1] is RepeatStep, "Invalid workout structure after FIT deserialization of repeat step with multiple children");
Assert.AreEqual(repeatStep, placeholderWorkout.Steps[1], "Invalid workout structure after FIT deserialization of repeat step with multiple children");
Assert.AreEqual(2, repeatStep.StepsToRepeat.Count, "Invalid number of children in repeat after FIT deserialization of repeat step with multiple children");
Assert.IsTrue(placeholderWorkout.Steps[0] is RepeatStep, "Invalid repeat step structure after FIT deserialization of repeat step with multiple children");
Assert.IsTrue(placeholderWorkout.Steps[1] is RepeatStep, "Invalid repeat step structure after FIT deserialization of repeat step with multiple children");
regularStep = new RegularStep(placeholderWorkout);
placeholderWorkout.Steps.InsertStepBeforeStep(regularStep, placeholderWorkout.Steps[0]);
repeatStep = new RepeatStep(placeholderWorkout);
durationValueField.SetUInt32(1); // Step id to start repeat at
// At this point we have the following
// - Root
// - Regular step (id = 0)
// - Repeat step (id = 2)
// - Regular step (id = 1)
// - Repeat step (id = 5)
// - Regular step (id = 4)
// - Regular step (id = 5)
// - Repeat step (not deserialized yet)
// By deserializing the message we should get the following
// - Root
// - Regular step (id = 0)
// - Repeat step (id = 6)
// - Repeat step (id = 2)
// - Regular step (id = 1)
// - Repeat step (id = 5)
// - Regular step (id = 3)
// - Regular step (id = 4)
repeatStep.DeserializeFromFIT(serializedMessage);
placeholderWorkout.Steps.AddStepToRoot(repeatStep);
Assert.AreEqual(2, placeholderWorkout.Steps.Count, "Incorrect number of steps in workout after FIT deserialization of repeat step with multiple nested children");
Assert.AreEqual(7, placeholderWorkout.StepCount, "Incorrect number of steps in workout after FIT deserialization of repeat step with multiple nested children");
Assert.IsTrue(placeholderWorkout.Steps[0] is RegularStep, "Invalid workout structure after FIT deserialization of repeat step with multiple nested children");
Assert.IsTrue(placeholderWorkout.Steps[1] is RepeatStep, "Invalid workout structure after FIT deserialization of repeat step with multiple nested children");
Assert.AreEqual(regularStep, placeholderWorkout.Steps[0], "Invalid workout structure after FIT deserialization of repeat step with multiple nested children");
Assert.AreEqual(repeatStep, placeholderWorkout.Steps[1], "Invalid workout structure after FIT deserialization of repeat step with multiple nested children");
Assert.AreEqual(2, repeatStep.StepsToRepeat.Count, "Invalid number of children in repeat after FIT deserialization of repeat step with multiple nested children");
Assert.IsTrue(repeatStep.StepsToRepeat[0] is RepeatStep, "Invalid repeat step structure after FIT deserialization of repeat step with multiple nested children");
Assert.IsTrue(repeatStep.StepsToRepeat[1] is RepeatStep, "Invalid repeat step structure after FIT deserialization of repeat step with multiple nested children");
}
public void TestFITDeserialization()
{
Workout placeholderWorkout = new Workout("Test", PluginMain.GetApplication().Logbook.ActivityCategories[0]);
RegularStep placeholderStep = new RegularStep(placeholderWorkout);
FITMessage serializedMessage = new FITMessage(FITGlobalMessageIds.WorkoutStep);
FITMessageField typeField = new FITMessageField((Byte)FITWorkoutStepFieldIds.DurationType);
FITMessageField valueField = new FITMessageField((Byte)FITWorkoutStepFieldIds.DurationValue);
IDuration deserializedDuration;
serializedMessage.AddField(typeField);
// Lap button
typeField.SetEnum((Byte)FITWorkoutStepDurationTypes.Open);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is LapButtonDuration, "Lap button duration not properly FIT deserialized without value field");
serializedMessage.AddField(valueField);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is LapButtonDuration, "Lap button duration not properly FIT deserialized with unset value field");
valueField.SetUInt32(1);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is LapButtonDuration, "Lap button duration not properly FIT deserialized with value field");
// Time duration
TimeDuration timeDuration;
typeField.SetEnum((Byte)FITWorkoutStepDurationTypes.Time);
valueField.SetUInt32(60000);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is TimeDuration, "Time duration not properly FIT deserialized");
timeDuration = deserializedDuration as TimeDuration;
Assert.AreEqual(60, timeDuration.TimeInSeconds, "Invalid value deserialized for FIT time duration");
valueField.SetUInt32(3600000);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is TimeDuration, "Time duration not properly FIT deserialized");
timeDuration = deserializedDuration as TimeDuration;
Assert.AreEqual(1, timeDuration.Hours, "Invalid value deserialized for FIT time duration");
Assert.AreEqual(0, timeDuration.Minutes, "Invalid value deserialized for FIT time duration");
Assert.AreEqual(0, timeDuration.Seconds, "Invalid value deserialized for FIT time duration");
// Distance duration
DistanceDuration distanceDuration;
typeField.SetEnum((Byte)FITWorkoutStepDurationTypes.Distance);
valueField.SetUInt32(60000);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is DistanceDuration, "Distance duration not properly FIT deserialized");
distanceDuration = deserializedDuration as DistanceDuration;
Assert.AreEqual(0.6,
Length.Convert(distanceDuration.GetDistanceInBaseUnit(), distanceDuration.BaseUnit, Length.Units.Kilometer),
"Invalid value deserialized for FIT distance duration");
valueField.SetUInt32(160934);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is DistanceDuration, "Distance duration not properly FIT deserialized");
distanceDuration = deserializedDuration as DistanceDuration;
Assert.AreEqual(1.0,
Length.Convert(distanceDuration.GetDistanceInBaseUnit(), distanceDuration.BaseUnit, Length.Units.Mile),
STCommon.Data.Constants.Delta,
"Invalid value deserialized for FIT distance duration");
// Calories duration
CaloriesDuration caloriesDuration;
typeField.SetEnum((Byte)FITWorkoutStepDurationTypes.Calories);
valueField.SetUInt32(456);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is CaloriesDuration, "Calories duration not properly FIT deserialized");
caloriesDuration = deserializedDuration as CaloriesDuration;
Assert.AreEqual(456, caloriesDuration.CaloriesToSpend, "Invalid value deserialized for FIT calories duration");
valueField.SetUInt32(100);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is CaloriesDuration, "Calories duration not properly FIT deserialized");
caloriesDuration = deserializedDuration as CaloriesDuration;
Assert.AreEqual(100, caloriesDuration.CaloriesToSpend, "Invalid value deserialized for FIT calories duration");
// HR Above
HeartRateAboveDuration hrAboveDuration;
typeField.SetEnum((Byte)FITWorkoutStepDurationTypes.HeartRateGreaterThan);
valueField.SetUInt32(256);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is HeartRateAboveDuration, "HRAbove duration not properly FIT deserialized");
hrAboveDuration = deserializedDuration as HeartRateAboveDuration;
Assert.AreEqual(false, hrAboveDuration.IsPercentageMaxHeartRate, "Invalid value deserialized for FIT HRAbove duration");
Assert.AreEqual(156, hrAboveDuration.MaxHeartRate, "Invalid value deserialized for FIT HRAbove duration");
valueField.SetUInt32(88);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is HeartRateAboveDuration, "HRAbove duration not properly FIT deserialized");
hrAboveDuration = deserializedDuration as HeartRateAboveDuration;
Assert.AreEqual(true, hrAboveDuration.IsPercentageMaxHeartRate, "Invalid value deserialized for FIT HRAbove duration");
Assert.AreEqual(88, hrAboveDuration.MaxHeartRate, "Invalid value deserialized for FIT HRAbove duration");
// HR Below
HeartRateBelowDuration hrBelowDuration;
typeField.SetEnum((Byte)FITWorkoutStepDurationTypes.HeartRateLessThan);
valueField.SetUInt32(270);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is HeartRateBelowDuration, "HRBelow duration not properly FIT deserialized");
hrBelowDuration = deserializedDuration as HeartRateBelowDuration;
Assert.AreEqual(false, hrBelowDuration.IsPercentageMaxHeartRate, "Invalid value deserialized for FIT HRBelow duration");
Assert.AreEqual(170, hrBelowDuration.MinHeartRate, "Invalid value deserialized for FIT HRBelow duration");
valueField.SetUInt32(70);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is HeartRateBelowDuration, "HRBelow duration not properly FIT deserialized");
hrBelowDuration = deserializedDuration as HeartRateBelowDuration;
Assert.AreEqual(true, hrBelowDuration.IsPercentageMaxHeartRate, "Invalid value deserialized for FIT HRBelow duration");
Assert.AreEqual(70, hrBelowDuration.MinHeartRate, "Invalid value deserialized for FIT HRBelow duration");
// Power Above
PowerAboveDuration powerAboveDuration;
typeField.SetEnum((Byte)FITWorkoutStepDurationTypes.PowerGreaterThan);
valueField.SetUInt32(1256);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is PowerAboveDuration, "PowerAbove duration not properly FIT deserialized");
powerAboveDuration = deserializedDuration as PowerAboveDuration;
Assert.AreEqual(false, powerAboveDuration.IsPercentFTP, "Invalid value deserialized for FIT PowerAbove duration");
Assert.AreEqual(256, powerAboveDuration.MaxPower, "Invalid value deserialized for FIT PowerAbove duration");
valueField.SetUInt32(185);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is PowerAboveDuration, "PowerAbove duration not properly FIT deserialized");
powerAboveDuration = deserializedDuration as PowerAboveDuration;
Assert.AreEqual(true, powerAboveDuration.IsPercentFTP, "Invalid value deserialized for FIT PowerAbove duration");
Assert.AreEqual(185, powerAboveDuration.MaxPower, "Invalid value deserialized for FIT PowerAbove duration");
// Power Below
PowerBelowDuration powerBelowDuration;
typeField.SetEnum((Byte)FITWorkoutStepDurationTypes.PowerLessThan);
valueField.SetUInt32(1300);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is PowerBelowDuration, "PowerBelow duration not properly FIT deserialized");
powerBelowDuration = deserializedDuration as PowerBelowDuration;
Assert.AreEqual(false, powerBelowDuration.IsPercentFTP, "Invalid value deserialized for FIT PowerBelow duration");
Assert.AreEqual(300, powerBelowDuration.MinPower, "Invalid value deserialized for FIT PowerBelow duration");
valueField.SetUInt32(55);
deserializedDuration = DurationFactory.Create(serializedMessage, placeholderStep);
Assert.IsTrue(deserializedDuration is PowerBelowDuration, "PowerBelow duration not properly FIT deserialized");
powerBelowDuration = deserializedDuration as PowerBelowDuration;
Assert.AreEqual(true, powerBelowDuration.IsPercentFTP, "Invalid value deserialized for FIT PowerBelow duration");
Assert.AreEqual(55, powerBelowDuration.MinPower, "Invalid value deserialized for FIT PowerBelow duration");
}
public void FillFITMessage(FITMessage workoutMessage)
{
FITMessageField capabilities = new FITMessageField((Byte)FITWorkoutFieldIds.Capabilities);
FITMessageField sportType = new FITMessageField((Byte)FITWorkoutFieldIds.SportType);
FITMessageField numValidSteps = new FITMessageField((Byte)FITWorkoutFieldIds.NumSteps);
FITMessageField unknown = new FITMessageField((Byte)FITWorkoutFieldIds.Unknown);
FITMessageField workoutName = new FITMessageField((Byte)FITWorkoutFieldIds.WorkoutName);
sportType.SetEnum((Byte)Options.Instance.GetFITSport(Category));
capabilities.SetUInt32z(32);
numValidSteps.SetUInt16(StepCount);
unknown.SetUInt16(0xFFFF);
workoutMessage.AddField(capabilities);
if (!String.IsNullOrEmpty(Name))
{
workoutName.SetString(Name, (Byte)(Constants.MaxNameLength + 1));
workoutMessage.AddField(workoutName);
}
workoutMessage.AddField(numValidSteps);
workoutMessage.AddField(unknown);
workoutMessage.AddField(sportType);
}
public void SerializeToFITSettings(Stream outputStream)
{
FITMessage userProfileMessage = new FITMessage(FITGlobalMessageIds.UserProfile);
FITMessageField profileName = new FITMessageField((Byte)FITUserProfileFieldIds.FriendlyName);
FITMessageField gender = new FITMessageField((Byte)FITUserProfileFieldIds.Gender);
FITMessageField weight = new FITMessageField((Byte)FITUserProfileFieldIds.Weight);
FITMessageField restingHR = new FITMessageField((Byte)FITUserProfileFieldIds.RestingHR);
profileName.SetString(ProfileName, (Byte)(Constants.MaxNameLength + 1));
userProfileMessage.AddField(profileName);
gender.SetEnum(IsMale ? (Byte)FITGenders.Male : (Byte)FITGenders.Female);
userProfileMessage.AddField(gender);
weight.SetUInt16((UInt16)(WeightInKilos * 10));
userProfileMessage.AddField(weight);
restingHR.SetUInt8(RestingHeartRate);
userProfileMessage.AddField(restingHR);
userProfileMessage.Serialize(outputStream);
(m_ActivityProfiles[(int)GarminCategories.Biking] as GarminBikingActivityProfile).SerializeBikeProfiles(outputStream);
}
public void SerializeToFITSport(Stream outputStream)
{
FITMessage sportMessage = new FITMessage(FITGlobalMessageIds.Sport);
FITMessageField sport = new FITMessageField((Byte)FITSportFieldIds.Sport);
FITMessageField subSport = new FITMessageField((Byte)FITSportFieldIds.SubSport);
sport.SetEnum((Byte)Utils.GetFITSport(Category));
subSport.SetEnum(0);
sportMessage.AddField(sport);
sportMessage.AddField(subSport);
sportMessage.Serialize(outputStream);
SerializeFITZonesTarget(outputStream);
SerializeFITHRZones(outputStream);
SerializeFITSpeedZones(outputStream);
SerializeFITPowerZones(outputStream);
}
public virtual void SerializeFITZonesTarget(Stream outputStream)
{
FITMessage zonesTargetMessage = new FITMessage(FITGlobalMessageIds.ZonesTarget);
FITMessageField maxHR = new FITMessageField((Byte)FITZonesTargetFieldIds.MaxHR);
FITMessageField FTP = new FITMessageField((Byte)FITZonesTargetFieldIds.FTP);
FITMessageField HRCalcType = new FITMessageField((Byte)FITZonesTargetFieldIds.HRCalcType);
FITMessageField powerCalcType = new FITMessageField((Byte)FITZonesTargetFieldIds.PowerCalcType);
maxHR.SetUInt8(MaximumHeartRate);
FTP.SetUInt16(0);
HRCalcType.SetEnum((Byte)FITHRCalcTypes.Custom);
powerCalcType.SetEnum((Byte)FITPowerCalcTypes.Custom);
zonesTargetMessage.AddField(maxHR);
zonesTargetMessage.AddField(FTP);
zonesTargetMessage.AddField(HRCalcType);
zonesTargetMessage.AddField(powerCalcType);
zonesTargetMessage.Serialize(outputStream);
}
public virtual void SerializeFITSpeedZones(Stream outputStream)
{
UInt16 i = 0;
foreach (GarminFitnessNamedSpeedZone zone in m_SpeedZones)
{
FITMessage zonesTargetMessage = new FITMessage(FITGlobalMessageIds.SpeedZones);
FITMessageField index = new FITMessageField((Byte)FITSpeedZonesFieldIds.MessageIndex);
FITMessageField zoneName = new FITMessageField((Byte)FITSpeedZonesFieldIds.Name);
FITMessageField highSpeed = new FITMessageField((Byte)FITSpeedZonesFieldIds.HighSpeed);
if (i == 0)
{
index.SetUInt16(i);
zoneName.SetString(zone.Name, (Byte)(Constants.MaxNameLength + 1));
highSpeed.SetUInt16((UInt16)(zone.Low * 1000));
zonesTargetMessage.AddField(index);
zonesTargetMessage.AddField(zoneName);
zonesTargetMessage.AddField(highSpeed);
zonesTargetMessage.Serialize(outputStream);
zonesTargetMessage.Clear();
}
index.SetUInt16((UInt16)(i + 1));
zoneName.SetString(zone.Name, (Byte)(Constants.MaxNameLength + 1));
highSpeed.SetUInt16((UInt16)(zone.High * 1000));
zonesTargetMessage.AddField(index);
zonesTargetMessage.AddField(zoneName);
zonesTargetMessage.AddField(highSpeed);
zonesTargetMessage.Serialize(outputStream, false);
++i;
}
}
public virtual void SerializeFITHRZones(Stream outputStream)
{
UInt16 i = 0;
foreach (GarminFitnessValueRange<GarminFitnessDoubleRange> zone in m_HeartRateZones)
{
FITMessage zonesTargetMessage = new FITMessage(FITGlobalMessageIds.HRZones);
FITMessageField index = new FITMessageField((Byte)FITHRZonesFieldIds.MessageIndex);
FITMessageField zoneName = new FITMessageField((Byte)FITHRZonesFieldIds.Name);
FITMessageField highBPM = new FITMessageField((Byte)FITHRZonesFieldIds.HighBPM);
if (i == 0)
{
index.SetUInt16(i);
zoneName.SetString(String.Format("HR Zone {0}", i), (Byte)(Constants.MaxNameLength + 1));
highBPM.SetUInt8((Byte)(zone.Lower * MaximumHeartRate));
zonesTargetMessage.AddField(index);
zonesTargetMessage.AddField(zoneName);
zonesTargetMessage.AddField(highBPM);
zonesTargetMessage.Serialize(outputStream);
zonesTargetMessage.Clear();
}
index.SetUInt16((UInt16)(i + 1));
zoneName.SetString(String.Format("HR Zone {0}", i + 1), (Byte)(Constants.MaxNameLength + 1));
highBPM.SetUInt8((Byte)(zone.Upper * MaximumHeartRate));
zonesTargetMessage.AddField(index);
zonesTargetMessage.AddField(zoneName);
zonesTargetMessage.AddField(highBPM);
zonesTargetMessage.Serialize(outputStream, false);
++i;
}
}
private void ProcessMessageDefinition()
{
if (m_DataStream != null)
{
FITMessage definition = null;
Byte[] temp;
UInt16 globalMessageId = 0;
Byte recordHeader = 0;
Byte localDefinitionId = 0;
Byte endianness = 0;
Byte fieldCount = 0;
bool isLittleEndian = true;
// Record header
recordHeader = (Byte)m_DataStream.ReadByte();
Debug.Assert(IsDefinitionHeaderByte(recordHeader));
localDefinitionId = (Byte)(recordHeader & 0xF);
// Skip reserved byte
m_DataStream.ReadByte();
// Architecture byte
endianness = (Byte)m_DataStream.ReadByte();
isLittleEndian = (FITEndianness)endianness == FITEndianness.LittleEndian;
// Global message id
temp = new Byte[sizeof(UInt16)];
m_DataStream.Read(temp, 0, 2);
if (!isLittleEndian)
{
Byte swapHolder = temp[0];
temp[0] = temp[1];
temp[1] = swapHolder;
}
globalMessageId = BitConverter.ToUInt16(temp, 0);
// Field count
fieldCount = (Byte)m_DataStream.ReadByte();
try
{
definition = new FITMessage((FITGlobalMessageIds)globalMessageId, isLittleEndian);
}
catch (Exception e)
{
// Unsuported message type
throw e;
}
// Read fields
for (int i = 0; i < fieldCount; ++i)
{
Byte fieldId = 0;
Byte fieldSize = 0;
Byte fieldType = 0;
fieldId = (Byte)m_DataStream.ReadByte();
fieldSize = (Byte)m_DataStream.ReadByte();
fieldType = (Byte)m_DataStream.ReadByte();
definition.AddField(new FITMessageField(fieldId, fieldType, fieldSize));
}
// We might overwrite an old message, this is valid
m_MessageDefinitions[localDefinitionId] = definition;
}
}
public static void ExportWorkoutToFIT(IWorkout workout, Stream exportStream, bool updateExportDate)
{
MemoryStream dataStream = new MemoryStream();
// Reserve size for header
dataStream.Write(new Byte[12], 0, 12);
// File id message
FITMessage fileIdMessage = new FITMessage(FITGlobalMessageIds.FileId);
FITMessageField fileType = new FITMessageField((Byte)FITFileIdFieldsIds.FileType);
FITMessageField manufacturerId = new FITMessageField((Byte)FITFileIdFieldsIds.ManufacturerId);
FITMessageField productId = new FITMessageField((Byte)FITFileIdFieldsIds.ProductId);
FITMessageField serialNumber = new FITMessageField((Byte)FITFileIdFieldsIds.SerialNumber);
FITMessageField exportDate = new FITMessageField((Byte)FITFileIdFieldsIds.ExportDate);
FITMessageField number = new FITMessageField((Byte)FITFileIdFieldsIds.Number);
fileType.SetEnum((Byte)FITFileTypes.Workout);
manufacturerId.SetUInt16(1);
productId.SetUInt16(20119);
serialNumber.SetUInt32z(0);
exportDate.SetUInt32(workout.CreationTimestamp);
number.SetUInt16(0xFFFF);
fileIdMessage.AddField(serialNumber);
fileIdMessage.AddField(exportDate);
fileIdMessage.AddField(manufacturerId);
fileIdMessage.AddField(productId);
fileIdMessage.AddField(number);
fileIdMessage.AddField(fileType);
fileIdMessage.Serialize(dataStream);
// File creator message
FITMessage fileCreatorMessage = new FITMessage(FITGlobalMessageIds.FileCreator);
FITMessageField software = new FITMessageField((Byte)FITFileCreatorFieldsIds.SoftwareVersion);
FITMessageField hardware = new FITMessageField((Byte)FITFileCreatorFieldsIds.HardwareVersion);
software.SetUInt16(3605);
hardware.SetUInt8(0);
fileCreatorMessage.AddField(software);
fileCreatorMessage.AddField(hardware);
fileCreatorMessage.Serialize(dataStream);
// Write workout
workout.SerializeToFIT(dataStream);
// Write FIT header at the start of the stream
GarminFitnessByteRange headerSize = new GarminFitnessByteRange(12);
GarminFitnessByteRange protocolVersion = new GarminFitnessByteRange((Byte)((FITConstants.FITProtocolMajorVersion << 4) | FITConstants.FITProtocolMinorVersion));
GarminFitnessUInt16Range profileVersion = new GarminFitnessUInt16Range((UInt16)((FITConstants.FITProfileMajorVersion * FITConstants.FITProfileMajorVersionMultiplier) + FITConstants.FITProfileMinorVersion));
GarminFitnessInt32Range dataSize = new GarminFitnessInt32Range(0);
dataStream.Seek(0, SeekOrigin.Begin);
dataSize.Value = (int)dataStream.Length - 12;
headerSize.Serialize(dataStream);
protocolVersion.Serialize(dataStream);
profileVersion.Serialize(dataStream);
dataSize.Serialize(dataStream);
dataStream.Write(Encoding.UTF8.GetBytes(FITConstants.FITFileDescriptor), 0, 4);
// Write CRC
GarminFitnessUInt16Range crc = new GarminFitnessUInt16Range(FITUtils.ComputeStreamCRC(dataStream));
dataStream.Seek(0, SeekOrigin.End);
crc.Serialize(dataStream);
// Write all data to output stream
exportStream.Write(dataStream.GetBuffer(), 0, (int)dataStream.Length);
if (updateExportDate)
{
workout.LastExportDate = DateTime.Now;
}
}
public virtual void SerializeToFIT(Stream stream, bool serializeDefiniton)
{
FITMessage message = new FITMessage(FITGlobalMessageIds.WorkoutStep);
FITMessageField stepId = new FITMessageField((Byte)FITWorkoutStepFieldIds.MessageIndex);
FITMessageField durationType = new FITMessageField((Byte)FITWorkoutStepFieldIds.DurationType);
FITMessageField durationValue = new FITMessageField((Byte)FITWorkoutStepFieldIds.DurationValue);
FITMessageField intensity = new FITMessageField((Byte)FITWorkoutStepFieldIds.Intensity);
FITMessageField stepName = new FITMessageField((Byte)FITWorkoutStepFieldIds.StepName);
FITMessageField targetHigh = new FITMessageField((Byte)FITWorkoutStepFieldIds.TargetCustomValueHigh);
FITMessageField targetLow = new FITMessageField((Byte)FITWorkoutStepFieldIds.TargetCustomValueLow);
FITMessageField targetType = new FITMessageField((Byte)FITWorkoutStepFieldIds.TargetType);
FITMessageField targetValue = new FITMessageField((Byte)FITWorkoutStepFieldIds.TargetValue);
// Fill in invalid data
durationType.SetEnum((Byte)0xFF);
durationValue.SetUInt32(0xFFFFFFFF);
intensity.SetEnum((Byte)0xFF);
stepName.SetString("", (Byte)(Constants.MaxNameLength + 1));
targetHigh.SetUInt32(0xFFFFFFFF);
targetLow.SetUInt32(0xFFFFFFFF);
targetType.SetEnum((Byte)0xFF);
targetValue.SetUInt32(0xFFFFFFFF);
message.AddField(stepName);
message.AddField(durationValue);
message.AddField(targetValue);
message.AddField(targetLow);
message.AddField(targetHigh);
message.AddField(stepId);
message.AddField(durationType);
message.AddField(targetType);
message.AddField(intensity);
FillFITStepMessage(message);
message.Serialize(stream, serializeDefiniton);
}
public void TestRegularStepFITDeserialization()
{
Workout placeholderWorkout = new Workout("Test", PluginMain.GetApplication().Logbook.ActivityCategories[0]);
RegularStep placeholderStep = new RegularStep(placeholderWorkout);
FITMessage serializedMessage = new FITMessage(FITGlobalMessageIds.WorkoutStep);
FITMessageField nameField = new FITMessageField((Byte)FITWorkoutStepFieldIds.StepName);
FITMessageField intensityField = new FITMessageField((Byte)FITWorkoutStepFieldIds.Intensity);
FITMessageField durationTypeField = new FITMessageField((Byte)FITWorkoutStepFieldIds.DurationType);
FITMessageField durationValueField = new FITMessageField((Byte)FITWorkoutStepFieldIds.DurationValue);
FITMessageField targetTypeField = new FITMessageField((Byte)FITWorkoutStepFieldIds.TargetType);
FITMessageField targetValueField = new FITMessageField((Byte)FITWorkoutStepFieldIds.TargetValue);
FITMessageField targetLowRangeField = new FITMessageField((Byte)FITWorkoutStepFieldIds.TargetCustomValueLow);
FITMessageField targetHighRangeField = new FITMessageField((Byte)FITWorkoutStepFieldIds.TargetCustomValueHigh);
// Setup message
serializedMessage.AddField(nameField);
serializedMessage.AddField(intensityField);
serializedMessage.AddField(durationTypeField);
serializedMessage.AddField(durationValueField);
serializedMessage.AddField(targetTypeField);
serializedMessage.AddField(targetValueField);
serializedMessage.AddField(targetLowRangeField);
serializedMessage.AddField(targetHighRangeField);
durationTypeField.SetEnum((Byte)FITWorkoutStepDurationTypes.Calories);
durationValueField.SetUInt32(456);
targetTypeField.SetEnum((Byte)FITWorkoutStepTargetTypes.Cadence);
targetValueField.SetUInt32(0);
targetLowRangeField.SetUInt32(80);
targetHighRangeField.SetUInt32(90);
// Active step
nameField.SetString("TestStep1");
intensityField.SetEnum((Byte)FITWorkoutStepIntensity.Active);
placeholderStep.DeserializeFromFIT(serializedMessage);
Assert.AreEqual("TestStep1", placeholderStep.Name, "Name not properly FIT deserialized for active step");
Assert.AreEqual(RegularStep.StepIntensity.Active, placeholderStep.Intensity, "Intensity not properly FIT deserialized for active step");
// Rest step
nameField.SetString("TestStep2");
intensityField.SetEnum((Byte)FITWorkoutStepIntensity.Rest);
placeholderStep.DeserializeFromFIT(serializedMessage);
Assert.AreEqual("TestStep2", placeholderStep.Name, "Name not properly FIT deserialized for rest step");
Assert.AreEqual(RegularStep.StepIntensity.Rest, placeholderStep.Intensity, "Intensity not properly FIT deserialized for rest step");
// Warmup step
nameField.SetString("TestStep3");
intensityField.SetEnum((Byte)FITWorkoutStepIntensity.Warmup);
placeholderStep.DeserializeFromFIT(serializedMessage);
Assert.AreEqual("TestStep3", placeholderStep.Name, "Name not properly FIT deserialized for warmup step");
Assert.AreEqual(RegularStep.StepIntensity.Warmup, placeholderStep.Intensity, "Intensity not properly FIT deserialized for warmup step");
// Cooldown step
nameField.SetString("TestStep4");
intensityField.SetEnum((Byte)FITWorkoutStepIntensity.Cooldown);
placeholderStep.DeserializeFromFIT(serializedMessage);
Assert.AreEqual("TestStep4", placeholderStep.Name, "Name not properly FIT deserialized for cooldown step");
Assert.AreEqual(RegularStep.StepIntensity.Cooldown, placeholderStep.Intensity, "Intensity not properly FIT deserialized for cooldown step");
// Duration & target test
Assert.IsTrue(placeholderStep.Duration is CaloriesDuration, "Duration not properly FIT deserialized in regular step");
Assert.IsTrue(placeholderStep.Target is BaseCadenceTarget, "Target not properly FIT deserialized in regular step");
}
public virtual void FillFITMessageForScheduledDate(FITMessage scheduleMessage, DateTime scheduledDate)
{
FITMessageField workoutManufacturer = new FITMessageField((Byte)FITScheduleFieldIds.WorkoutManufacturer);
FITMessageField workoutProduct = new FITMessageField((Byte)FITScheduleFieldIds.WorkoutProduct);
FITMessageField workoutSN = new FITMessageField((Byte)FITScheduleFieldIds.WorkoutSN);
FITMessageField scheduleType = new FITMessageField((Byte)FITScheduleFieldIds.ScheduleType);
FITMessageField workoutCompleted = new FITMessageField((Byte)FITScheduleFieldIds.WorkoutCompleted);
FITMessageField workoutId = new FITMessageField((Byte)FITScheduleFieldIds.WorkoutId);
FITMessageField scheduledField = new FITMessageField((Byte)FITScheduleFieldIds.ScheduledDate);
DateTime midDaySchedule = new DateTime(scheduledDate.Date.Year, scheduledDate.Date.Month, scheduledDate.Day, 12, 0, 0);
TimeSpan timeSinceReference = midDaySchedule - new DateTime(1989, 12, 31);
// Hardcoded fields from the schedule file
workoutManufacturer.SetUInt16(1); // Always 1
workoutProduct.SetUInt16(20119); // Always 20119
workoutSN.SetUInt32z(0); // Invalid
workoutCompleted.SetEnum((Byte)0xFF); // Invalid/Not completed
// Real data
scheduleType.SetEnum((Byte)FITScheduleType.Workout);
workoutId.SetUInt32(CreationTimestamp);
scheduleMessage.AddField(workoutSN);
scheduleMessage.AddField(workoutId);
scheduleMessage.AddField(scheduledField);
scheduleMessage.AddField(workoutManufacturer);
scheduleMessage.AddField(workoutProduct);
scheduleMessage.AddField(workoutCompleted);
scheduleMessage.AddField(scheduleType);
scheduledField.SetUInt32((UInt32)timeSinceReference.TotalSeconds);
}
public void SerializeBikeProfiles(Stream outputStream)
{
UInt16 i = 0;
foreach (GarminBikeProfile bike in m_Bikes)
{
FITMessage bikeProfileMessage = new FITMessage(FITGlobalMessageIds.BikeProfile);
FITMessageField index = new FITMessageField((Byte)FITBikeProfileFieldIds.MessageIndex);
FITMessageField name = new FITMessageField((Byte)FITBikeProfileFieldIds.Name);
FITMessageField odometer = new FITMessageField((Byte)FITBikeProfileFieldIds.Odometer);
FITMessageField customWheelSize = new FITMessageField((Byte)FITBikeProfileFieldIds.CustomWheelSize);
FITMessageField autoWheelSize = new FITMessageField((Byte)FITBikeProfileFieldIds.AutoWheelSize);
FITMessageField weight = new FITMessageField((Byte)FITBikeProfileFieldIds.Weight);
FITMessageField useAutoWheelSize = new FITMessageField((Byte)FITBikeProfileFieldIds.AutoWheelSetting);
FITMessageField cadenceSensor = new FITMessageField((Byte)FITBikeProfileFieldIds.SpeedCadenceSensorEnabled);
FITMessageField powerSensor = new FITMessageField((Byte)FITBikeProfileFieldIds.PowerSensorEnabled);
index.SetUInt16(i);
name.SetString(bike.Name, (Byte)(Constants.MaxNameLength + 1));
odometer.SetUInt32((UInt32)(bike.OdometerInMeters * 100));
customWheelSize.SetUInt16(bike.WheelSize);
autoWheelSize.SetUInt16(bike.WheelSize);
weight.SetUInt16((UInt16)Math.Round(Weight.Convert(bike.WeightInPounds, Weight.Units.Pound, Weight.Units.Kilogram) * 10, 0));
useAutoWheelSize.SetEnum(bike.AutoWheelSize ? (Byte)FITBoolean.True : (Byte)FITBoolean.False);
cadenceSensor.SetEnum(bike.HasCadenceSensor ? (Byte)FITBoolean.True : (Byte)FITBoolean.False);
powerSensor.SetEnum(bike.HasPowerSensor ? (Byte)FITBoolean.True : (Byte)FITBoolean.False);
bikeProfileMessage.AddField(index);
bikeProfileMessage.AddField(name);
bikeProfileMessage.AddField(odometer);
bikeProfileMessage.AddField(customWheelSize);
bikeProfileMessage.AddField(autoWheelSize);
bikeProfileMessage.AddField(weight);
bikeProfileMessage.AddField(useAutoWheelSize);
bikeProfileMessage.AddField(cadenceSensor);
bikeProfileMessage.AddField(powerSensor);
bikeProfileMessage.Serialize(outputStream, i == 0);
++i;
}
}