public void ReadInfrequentData()
{
var reader = new LogFileReader("test5.zip");
var sampleProvider = reader.GetProvider(new[] { "test", "Henk" }, 100, 20000); // from 100ms to 20000ms
var lastTime = 99;
int inperiodIntegerCheck = 100 / 20 - 1;
string inperiodStringCheck = "FFFF";
foreach (var sample in sampleProvider.GetSamples())
{
var time = sample.Timestamp;
// The difference is always 1, because test has sample every 1.
Assert.AreEqual(1, time - lastTime);
lastTime = time;
var other = sample.Get("Henk");
var int1 = other.ReadAs <int>("testInt");
var string1 = other.ReadAs <string>("test");
if (time % 20 == 0)
{
inperiodIntegerCheck++;
}
if (time % 20 == 5)
{
byte[] b = new byte[4];
for (int i = 0; i < 4; i++)
{
b[i] = ((byte)(0x41 + (1 + inperiodIntegerCheck) % 26));
}
inperiodStringCheck = Encoding.ASCII.GetString(b);
}
Assert.AreEqual(inperiodIntegerCheck, int1);
Assert.AreEqual(inperiodStringCheck, string1);
}
var sampleProvider2 = reader.GetProvider(new[] { "Henk" }, 100, 2000000); // from 100ms to 20000ms
lastTime = 99;
foreach (var sample in sampleProvider2.GetSamples())
{
var time = sample.Timestamp;
Assert.AreEqual(1, time - lastTime);
lastTime = time;
// even though this group only has new data every '1', the main timeline still has every 1.
// So they are synchronised this way
}
}
public void Export()
{
StringBuilder csv = new StringBuilder();
var telRead = new LogFileReader("Tmp.zip");
var telProvider = telRead.GetProvider(new[] {"Session","Driver 7427264"}, 0, 1000000);
foreach(var sample in telProvider.GetSamples())
{
var me = sample.Get("Driver 7427264");
var sess = sample.Get("Session");
if(me!= null)
csv.AppendLine(sample.Timestamp + "," +
sess.ReadAs<float>("Time") + "," +
me.ReadAs<string>("TyreCompoundFront") + "," +
me.ReadAs<float>("Speed") + "," +
me.ReadAs<float>("Fuel") + "," +
me.ReadAs<float>("InputThrottle") + "," +
me.ReadAs<float>("InputBrake") + "," +
me.ReadAs<float>("TyreTemperatureInsideLF") + "," +
me.ReadAs<float>("RPM") + "," +
me.ReadAs<int>("Gear"));
}
File.WriteAllText("dump.csv", csv.ToString());
}
public void Export()
{
if (File.Exists("TelemetryLoggerTests_Tmp.zip") == false)
{
Assert.Ignore();
}
StringBuilder csv = new StringBuilder();
var telRead = new LogFileReader("TelemetryLoggerTests_Tmp.zip");
var telProvider = telRead.GetProvider(new[] { "Session", "Driver 7427264" }, 0, 1000000);
foreach (var sample in telProvider.GetSamples())
{
var me = sample.Get("Driver 7427264");
var sess = sample.Get("Session");
if (me != null)
{
csv.AppendLine(sample.Timestamp + "," +
sess.ReadAs <float>("Time") + "," +
me.ReadAs <string>("TyreCompoundFront") + "," +
me.ReadAs <float>("Speed") + "," +
me.ReadAs <float>("Fuel") + "," +
me.ReadAs <float>("InputThrottle") + "," +
me.ReadAs <float>("InputBrake") + "," +
me.ReadAs <float>("TyreTemperatureInsideLF") + "," +
me.ReadAs <float>("RPM") + "," +
me.ReadAs <int>("Gear"));
}
}
File.WriteAllText("dump.csv", csv.ToString());
}
public void PlaybackTestData()
{
float[] rpmWave;
float[] speedWave;
GetWaves(out rpmWave, out speedWave);
StringBuilder outSine = new StringBuilder();
var telRead = new LogFileReader("Tmp.zip");
var telProvider = telRead.GetProvider(new[] { "Driver" }, 0, 1024*25);
var index = 0;
foreach (var sample in telProvider.GetSamples())
{
var driver = sample.Get("Driver");
Assert.AreEqual(true, driver.ReadAs<bool>("IsPlayer"));
Assert.AreEqual(false, driver.ReadAs<bool>("IsAI"));
Assert.AreEqual(speedWave[index], driver.ReadAs<float>("Speed"));
Assert.AreEqual(rpmWave[index], driver.ReadAs<float>("RPM"));
index++;
outSine.AppendLine(index+","+driver.ReadAs<float>("Speed") + "," + driver.ReadAs<float>("RPM"));
}
File.WriteAllText("sinewave.csv", outSine.ToString());
Assert.AreEqual(1024, index);
telProvider = telRead.GetProvider(new[] { "Driver" }, 512*25, 1024 * 25);
index = 512;
foreach (var sample in telProvider.GetSamples())
{
var driver = sample.Get("Driver");
Assert.AreEqual(true, driver.ReadAs<bool>("IsPlayer"));
Assert.AreEqual(false, driver.ReadAs<bool>("IsAI"));
Assert.AreEqual(speedWave[index], driver.ReadAs<float>("Speed"));
Assert.AreEqual(rpmWave[index], driver.ReadAs<float>("RPM"));
index++;
}
Assert.AreEqual(1024, index);
}
public void PlaybackTestData()
{
float[] rpmWave;
float[] speedWave;
GetWaves(out rpmWave, out speedWave);
StringBuilder outSine = new StringBuilder();
var telRead = new LogFileReader("Tmp.zip");
var telProvider = telRead.GetProvider(new[] { "Driver" }, 0, 1024 * 25);
var index = 0;
foreach (var sample in telProvider.GetSamples())
{
var driver = sample.Get("Driver");
Assert.AreEqual(true, driver.ReadAs <bool>("IsPlayer"));
Assert.AreEqual(false, driver.ReadAs <bool>("IsAI"));
Assert.AreEqual(speedWave[index], driver.ReadAs <float>("Speed"));
Assert.AreEqual(rpmWave[index], driver.ReadAs <float>("RPM"));
index++;
outSine.AppendLine(index + "," + driver.ReadAs <float>("Speed") + "," + driver.ReadAs <float>("RPM"));
}
File.WriteAllText("sinewave.csv", outSine.ToString());
Assert.AreEqual(1024, index);
telProvider = telRead.GetProvider(new[] { "Driver" }, 512 * 25, 1024 * 25);
index = 512;
foreach (var sample in telProvider.GetSamples())
{
var driver = sample.Get("Driver");
Assert.AreEqual(true, driver.ReadAs <bool>("IsPlayer"));
Assert.AreEqual(false, driver.ReadAs <bool>("IsAI"));
Assert.AreEqual(speedWave[index], driver.ReadAs <float>("Speed"));
Assert.AreEqual(rpmWave[index], driver.ReadAs <float>("RPM"));
index++;
}
Assert.AreEqual(1024, index);
}
public void ReadInfrequentData()
{
var reader = new LogFileReader("test5.zip");
var sampleProvider = reader.GetProvider(new[] { "test", "Henk" }, 100, 20000); // from 100ms to 20000ms
var lastTime = 99;
int inperiodIntegerCheck = 100 / 20 - 1;
string inperiodStringCheck = "FFFF";
foreach (var sample in sampleProvider.GetSamples())
{
var time = sample.Timestamp;
// The difference is always 1, because test has sample every 1.
Assert.AreEqual(1, time - lastTime);
lastTime = time;
var other = sample.Get("Henk");
var int1 = other.ReadAs<int>("testInt");
var string1 = other.ReadAs<string>("test");
if (time % 20 == 0)
inperiodIntegerCheck++;
if (time % 20 == 5)
{
byte[] b = new byte[4];
for (int i = 0; i < 4; i++)
b[i] = ((byte)(0x41 + (1 + inperiodIntegerCheck) % 26));
inperiodStringCheck = Encoding.ASCII.GetString(b);
}
Assert.AreEqual(inperiodIntegerCheck, int1);
Assert.AreEqual(inperiodStringCheck, string1);
}
var sampleProvider2 = reader.GetProvider(new[] { "Henk" }, 100, 2000000); // from 100ms to 20000ms
lastTime = 99;
foreach (var sample in sampleProvider2.GetSamples())
{
var time = sample.Timestamp;
Assert.AreEqual(1, time - lastTime);
lastTime = time;
// even though this group only has new data every '1', the main timeline still has every 1.
// So they are synchronised this way
}
}
public void ReadFrequentData()
{
var reader = new LogFileReader("test4.zip");
var sampleProvider = reader.GetProvider(new[] { "test" }, 100, 20000); // from 100ms to 2000ms
int startI = 100;
foreach (var sample in sampleProvider.GetSamples())
{
var group = sample.Get("test");
var whatWasAnInteger = group.ReadAs<float>("testInt");
Assert.AreEqual((float)startI, whatWasAnInteger);
startI++;
Assert.LessOrEqual(whatWasAnInteger, 20001);
Assert.GreaterOrEqual(whatWasAnInteger, 100);
}
}
public void ReadFrequentData()
{
var reader = new LogFileReader("test4.zip");
var sampleProvider = reader.GetProvider(new[] { "test" }, 100, 20000); // from 100ms to 2000ms
int startI = 100;
foreach (var sample in sampleProvider.GetSamples())
{
var group = sample.Get("test");
var whatWasAnInteger = group.ReadAs <float>("testInt");
Assert.AreEqual((float)startI, whatWasAnInteger);
startI++;
Assert.LessOrEqual(whatWasAnInteger, 20001);
Assert.GreaterOrEqual(whatWasAnInteger, 100);
}
}
public void analyzer()
{
// read the data file
var telRead = new LogFileReader(TestConstants.TestFolder + "\\2013-03-19-18-48 - Session.zip"); // data file of movie
var telProvider = telRead.GetProvider(new[] { "Driver 7427264" }, 0, 100000000); // TODO: end-of-file-time
StringBuilder builder = new StringBuilder();
builder.AppendLine("Time,RPM,Speed,X,Y,Z,Yaw,Whlspd LF, Whlspd RF, Whlspd LR, Whlspd RR,Blocking,Spinning");
foreach (var sample in telProvider.GetSamples())
{
var me = sample.Get("Driver 7427264");
//
builder.AppendLine(sample.Timestamp + "," + me.ReadAs <float>("RPM") + "," + me.ReadAs <float>("Speed") +
"," + me.ReadAs <float>("CoordinateX") + "," + me.ReadAs <float>("CoordinateY") + "," + me.ReadAs <float>("CoordinateZ") + "," + me.ReadAs <float>("Yaw")
+ "," + me.ReadAs <float>("TyreSpeedLF") + "," + me.ReadAs <float>("TyreSpeedRF") + "," + me.ReadAs <float>("TyreSpeedLR") + "," + me.ReadAs <float>("TyreSpeedRR")
+ "," + IsLockingWheels(me) + "," + IsSpinningWheels(me));
}
File.WriteAllText("out.2csv", builder.ToString());
}
public void analyzer()
{
// read the data file
var telRead = new LogFileReader(TestConstants.TestFolder + "\\2013-03-19-18-48 - Session.zip"); // data file of movie
var telProvider = telRead.GetProvider(new[] { "Driver 7427264" }, 0, 100000000); // TODO: end-of-file-time
StringBuilder builder = new StringBuilder();
builder.AppendLine("Time,RPM,Speed,X,Y,Z,Yaw,Whlspd LF, Whlspd RF, Whlspd LR, Whlspd RR,Blocking,Spinning");
foreach (var sample in telProvider.GetSamples())
{
var me = sample.Get("Driver 7427264");
//
builder.AppendLine(sample.Timestamp + "," + me.ReadAs<float>("RPM") + "," + me.ReadAs<float>("Speed") +
"," + me.ReadAs<float>("CoordinateX") + "," + me.ReadAs<float>("CoordinateY") + "," + me.ReadAs<float>("CoordinateZ") + "," + me.ReadAs<float>("Yaw")
+ "," + me.ReadAs<float>("TyreSpeedLF")+ "," + me.ReadAs<float>("TyreSpeedRF")+ "," + me.ReadAs<float>("TyreSpeedLR")+ "," + me.ReadAs<float>("TyreSpeedRR")
+ "," + IsLockingWheels(me) + "," + IsSpinningWheels(me));
}
File .WriteAllText("out.2csv", builder.ToString());
}