public void TestEmptyActivityTcx()
{
var expectedActivityTime = new DateTime(1, 2, 3, 4, 5, 6, DateTimeKind.Utc);
var writer = new TcxWriter(textWriter);
writer.StartActivity(expectedActivityTime, TcxSport.Other);
writer.EndActivity();
writer.Dispose();
var root = XElement.Parse(result.ToString());
var activities = GetActivities(root);
var activity = activities.Single();
Assert.AreEqual(activity.Sport, "Other");
Assert.AreEqual("0001-02-03T04:05:06Z", activity.Id);
Assert.AreEqual(0, activity.Laps.Count());
}
public void WriteTcxFile(IEnumerable<SourcedStream> laps, TextWriter textWriter)
{
using (var writer = new TcxWriter(textWriter))
{
writer.StartTcx();
bool firstFile = true;
var stats = new LapStats { Calories = 0, DistanceMeters = 0, TotalTimeSeconds = 0,AltitudeMeters = 0,AvgHeartRate = 0,MaxHeartRate = 0,MaxSpeed = 0};
foreach (var lap in laps)
{
var data = TcxDataFactory.CreateDefault().Create(lap);
if (firstFile)
{
writer.StartActivity(data.StartTime, data.Sport);
firstFile = false;
}
writer.StartLap(data.StartTime);
foreach (var point in data.TrackPoints)
{
if (point.IsLap)
{
double totalsec = writer.EndLap().TotalTimeSeconds;
stats = new LapStats { Calories = 0, DistanceMeters = 0, TotalTimeSeconds = totalsec, AltitudeMeters = 0, AvgHeartRate = 0, MaxHeartRate = 0, MaxSpeed = 0 };
writer.StartLap(data.StartTime.AddSeconds(stats.TotalTimeSeconds));
}
writer.StartTrackPoint();
writer.WriteTrackPointTime(point.Time);
writer.WriteTrackPointCadence(point.CadenceRpm);
writer.WriteTrackPointElapsedCalories(point.CaloriesElapsed + stats.Calories);
writer.WriteTrackPointElapsedDistanceMeters(point.DistanceMetersElapsed); // + stats.DistanceMeters);
writer.WriteTrackPointHeartRateBpm(point.HeartRateBpm);
writer.WriteTrackPointPowerWatts(point.PowerWatts);
writer.WriteTrackPointSpeedMetersPerSecond(point.SpeedMetersPerSecond);
writer.WriteTrackPointElapsedAltitude(point.AltitudeMetersElapsed + stats.AltitudeMeters);
writer.EndTrackPoint();
}
stats = writer.EndLap();
}
writer.EndActivity();
writer.EndTcx();
}
}
public void WriteTcxFile(IEnumerable <SourcedStream> laps, TextWriter textWriter)
{
using (TcxWriter writer = new TcxWriter(textWriter))
{
writer.StartTcx();
bool firstFile = true;
LapStats stats = new LapStats()
{
Calories = 0, DistanceMeters = 0, TotalTimeSeconds = 0
};
foreach (var lap in laps)
{
var data = TcxDataFactory.CreateDefault().Create(lap);
if (firstFile)
{
writer.StartActivity(data.StartTime, data.Sport);
firstFile = false;
}
writer.StartLap(data.StartTime);
foreach (var point in data.TrackPoints)
{
writer.StartTrackPoint();
writer.WriteTrackPointTime(point.Time);
writer.WriteTrackPointCadence(point.CadenceRpm);
writer.WriteTrackPointElapsedCalories(point.CaloriesElapsed + stats.Calories);
writer.WriteTrackPointElapsedDistanceMeters(point.DistanceMetersElapsed + stats.DistanceMeters);
writer.WriteTrackPointHeartRateBpm(point.HeartRateBpm);
writer.WriteTrackPointPowerWatts(point.PowerWatts);
writer.WriteTrackPointSpeedMetersPerSecond(point.SpeedMetersPerSecond);
writer.EndTrackPoint();
}
stats = writer.EndLap();
}
writer.EndActivity();
writer.EndTcx();
}
}
public void TestSingleLapSingleNoTrackTcx()
{
var expectedActivityTime = new DateTime(6, 5, 4, 3, 2, 1, DateTimeKind.Utc);
var writer = new TcxWriter(textWriter);
writer.StartActivity(expectedActivityTime, TcxSport.Biking);
writer.StartLap(expectedActivityTime);
writer.EndLap();
writer.EndActivity();
writer.Dispose();
var root = XElement.Parse(result.ToString());
var activities = GetActivities(root);
var activity = activities.Single();
Assert.AreEqual(activity.Sport, "Biking");
Assert.AreEqual("0006-05-04T03:02:01Z", activity.Id);
var lap = activity.Laps.Single();
Assert.AreEqual("0", lap.TotalTimeSeconds);
Assert.AreEqual("0", lap.DistanceMeters);
Assert.AreEqual("0", lap.Calories);
Assert.AreEqual("Active", lap.Intensity);
Assert.AreEqual("Manual", lap.TriggerMethod);
}
public void TestTwoLapsWithTwoTrackPointsEachTcx()
{
var writer = new TcxWriter(textWriter);
Action writeTrackPoints = () =>
{
writer.StartTrackPoint();
writer.WriteTrackPointCadence(1);
writer.WriteTrackPointElapsedCalories(2);
writer.WriteTrackPointElapsedDistanceMeters(3.3);
writer.WriteTrackPointHeartRateBpm(4);
writer.WriteTrackPointPowerWatts(5);
writer.WriteTrackPointSpeedMetersPerSecond(6.6);
writer.WriteTrackPointTime(point1Time);
writer.EndTrackPoint();
writer.StartTrackPoint();
writer.WriteTrackPointCadence(13);
writer.WriteTrackPointElapsedCalories(14);
writer.WriteTrackPointElapsedDistanceMeters(15.15);
writer.WriteTrackPointHeartRateBpm(16);
writer.WriteTrackPointPowerWatts(17);
writer.WriteTrackPointSpeedMetersPerSecond(18.18);
writer.WriteTrackPointTime(point2Time);
writer.EndTrackPoint();
};
var expectedActivityTime = new DateTime(6, 5, 4, 3, 2, 1, DateTimeKind.Utc);
writer.StartActivity(expectedActivityTime, TcxSport.Biking);
var expectedLap1Time = new DateTime(1, 2, 3, 4, 5, 6, DateTimeKind.Utc);
writer.StartLap(expectedLap1Time);
writeTrackPoints();
writer.EndLap();
var expectedLap2Time = new DateTime(1, 2, 3, 6, 5, 4, DateTimeKind.Utc);
writer.StartLap(expectedLap2Time);
writeTrackPoints();
writer.EndLap();
writer.EndActivity();
writer.Dispose();
var root = XElement.Parse(result.ToString());
var activities = GetActivities(root);
var activity = activities.Single();
Assert.AreEqual(activity.Sport, "Biking");
Assert.AreEqual("0006-05-04T03:02:01Z", activity.Id);
Assert.AreEqual(2, activity.Laps.Count());
AssertLap(activity.Laps.First());
AssertLap(activity.Laps.Last());
}
public void TestEmptyTcx()
{
var writer = new TcxWriter(textWriter);
writer.Dispose();
Assert.AreEqual(string.Empty, result.ToString());
}