public async Task <DateTime> GetTimeOfArival(DateTime departureTime, Kilometer distanceToCover)
{
var request = _estimatedTimeOfArrivalRequestMapper.Map(departureTime, distanceToCover);
var response = await _httpClient.PostAsync(etaEndpointAddress, request);
return(_estimatedTimeOfArrivalResponseMapper.Map(response));
}
static float calculateFastestKilometreSpeed(List <int> metreSplits)
{
var km = new Kilometer();
foreach (var split in metreSplits)
{
km.Distance += split;
km.IncrementTime();
if (km.Distance >= 1000)
{
kilometerSplits.Add(km);
km = new Kilometer();
}
}
var fastest = float.MinValue;
foreach (var kilometer in kilometerSplits)
{
if (kilometer.Speed > fastest)
{
fastest = kilometer.Speed;
}
}
return(fastest);
}
public void TestKnots()
{
// initialize value.
Knots ten = 10;
// convert from.
KilometerPerHour tenInKilometerPerHour = 18.52;
MeterPerSecond tenInMeterPerSecond = 5.14444444444;
MilesPerHour tenInMilesPerHour = 11.50779;
// test converts to.
Assert.AreEqual(ten.Value, ((Knots)tenInKilometerPerHour).Value, 0.000001);
Assert.AreEqual(ten.Value, ((Knots)tenInMeterPerSecond).Value, 0.000001);
Assert.AreEqual(ten.Value, ((Knots)tenInMilesPerHour).Value, 0.000001);
// tests division of distance with time resulting in speed.
Kilometer distance = ten * (Hour)2;
Assert.AreEqual(18.52 * 2.0, distance.Value);
// tests some parsing functions.
Knots tenPointFive = 10.5;
Knots tenPointFiveParsed;
Assert.IsTrue(Knots.TryParse(tenPointFive.ToString(), out tenPointFiveParsed));
Assert.AreEqual(tenPointFive.Value, tenPointFiveParsed.Value);
Assert.IsTrue(Knots.TryParse("10.5", out tenPointFiveParsed));
Assert.AreEqual(tenPointFive.Value, tenPointFiveParsed.Value);
Assert.IsTrue(Knots.TryParse("10.5 knots", out tenPointFiveParsed));
Assert.AreEqual(tenPointFive.Value, tenPointFiveParsed.Value);
Assert.IsFalse(Knots.TryParse("10.5 m/s", out tenPointFiveParsed));
Assert.IsFalse(Knots.TryParse("10.5 mph", out tenPointFiveParsed));
Assert.IsFalse(Knots.TryParse("10.5 k/h", out tenPointFiveParsed));
}
public void Initialize()
{
_sut = new EstimatedTimeOfArrivalRequestMapper();
_timeOfDeparture = _fixture.Create <DateTime>();
_distance = _fixture.Create <Kilometer>();
}
//Returns reference to unit t be created
private Unit createUnit(string originalUnit)
{
Unit unit;
switch (originalUnit)
{
case "cm":
unit = new Centimeter();
break;
case "ft":
unit = new Foot();
break;
case "in":
unit = new Inch();
break;
case "km":
unit = new Kilometer();
break;
case "m":
unit = new Meter();
break;
case "mile":
unit = new Mile();
break;
default: throw new InvalidEnumArgumentException();
}
return(unit);
}
public void WhenKilometersNone_ShouldEqualZeroKilomters()
{
// Act
var actual = Kilometer.None;
// Assert
actual.Should().Be(Kilometer.FromDecimal(0));
}
public void Initialize()
{
_distance1InDecimals = _fixture.Create <decimal>() * _fixture.Create <decimal>();
_distance1 = Kilometer.FromDecimal(_distance1InDecimals);
_distance2InDecimals = _fixture.Create <decimal>();
_distance2 = Kilometer.FromDecimal(_distance2InDecimals);
}
private void setclear()
{
NameVehicle.Clear();
BranchVehicle.Clear();
typeVehicledetail.ResetText();
registration.Clear();
costperdatetext.Clear();
descriptiontext.Clear();
Kilometer.Clear();
}
public void WhenSubtracting_ResultShouldBeDistanceMinusOtherDistance()
{
// Act
var actual = _distance1 - _distance2;
// Assert
var expected = Kilometer.FromDecimal(_distance1InDecimals - _distance2InDecimals);
actual.Should().Be(expected);
}
public void WhenAdding_ResultShouldBeSumOfDistances()
{
// Act
var actual = _distance1 + _distance2;
// Assert
var expected = Kilometer.FromDecimal(_distance1InDecimals + _distance2InDecimals);
actual.Should().Be(expected);
}
public void WhenSameInstance_ShouldBeEqual()
{
// Arrange
var instance = Kilometer.FromDecimal(_distance);
// Act
var actual = instance.Equals(instance);
// Assert
actual.Should().BeTrue();
}
public void WhenDistanceProvided_ShouldDisplayDistanceAsKilometers()
{
// Arrange
var distance = _fixture.Create <decimal>();
// Act
var actual = Kilometer.FromDecimal(distance);
// Assert
actual.ToString().Should().Be($"{distance} km");
}
public void WhenDistanceProvided_ShouldSetDistance()
{
// Arrange
var distance = _fixture.Create <decimal>();
// Act
var actual = Kilometer.FromDecimal(distance);
// Assert
actual.ToDecimal().Should().Be(distance);
}
public void WhenNegativeDistance_ShouldThrowArgumentException()
{
// Arrange
var negativeDistance = -1 * _fixture.Create <decimal>();
// Act
Action act = () => Kilometer.FromDecimal(negativeDistance);
// Asset
act.Should().Throw <ArgumentException>("Distance must be bigger than 0 km.");
}
public void WhenDifferentDistance_ShouldNotBeEqual()
{
// Arrange
var instance1 = Kilometer.FromDecimal(_distance);
var instance2 = Kilometer.FromDecimal(_fixture.Create <decimal>());
// Act
var actual = instance1.Equals(instance2);
// Assert
actual.Should().BeFalse();
}
public void WhenSameDistance_ComparisonShouldBeTrue()
{
// Arrange
var instance1 = Kilometer.FromDecimal(_distance);
var instance2 = Kilometer.FromDecimal(_distance);
// Act
var actual = instance1 == instance2;
// Assert
actual.Should().BeTrue();
}
public void WhenCastedToObjectAndSameDistance_ShouldBeEqual()
{
// Arrange
var instance1 = Kilometer.FromDecimal(_distance);
var instance2 = Kilometer.FromDecimal(_distance);
// Act
var actual = instance1.Equals((object)instance2);
// Assert
actual.Should().BeTrue();
}
public void WhenDifferentDistances_ComparisonShouldBeTrue()
{
// Arrange
var instance1 = Kilometer.FromDecimal(_distance);
var instance2 = Kilometer.FromDecimal(_fixture.Create <decimal>());
// Act
var actual = instance1 != instance2;
// Assert
actual.Should().BeTrue();
}
public HttpContent Map(DateTime departureTime, Kilometer distance)
{
var request = new EstimatedTimeOfArrivalRequest
{
TimeOfDeparture = departureTime,
Kilometers = (int)distance.ToDecimal()
};
var jsonString = JsonConvert.SerializeObject(request);
return(new StringContent(jsonString, Encoding.UTF8, "application/json"));
}
public void WhenSameInstance_ComparisonShouldBeTrue()
{
// Arrange
var instance = Kilometer.FromDecimal(_distance);
// Act
#pragma warning disable CS1718 // Comparison made to same variable
var actual = instance == instance;
#pragma warning disable CS1718 // Comparison made to same variable
// Assert
actual.Should().BeTrue();
}
public void WhenDifferentObjects_ShouldHaveDifferentHashcodes()
{
// Arrange
var distance = Kilometer.FromDecimal(_fixture.Create <decimal>());
var otherDistance = Kilometer.FromDecimal(_fixture.Create <decimal>());
// Act
var actual1 = distance.GetHashCode();
var actual2 = otherDistance.GetHashCode();
// Asset
actual1.Should().NotBe(actual2);
}
public void Initialize()
{
_httpClient = Substitute.For <IHttpClient>();
_estimatedTimeOfArrivalRequestMapper = Substitute.For <IEstimatedTimeOfArrivalRequestMapper>();
_estimatedTimeOfArrivalResponseMapper = Substitute.For <IEstimatedTimeOfArrivalResponseMapper>();
_getDistanceRequestMapper = Substitute.For <IGetDistanceRequestMapper>();
_getDistanceResponseMapper = Substitute.For <IGetDistanceResponseMapper>();
_departureTime = _fixture.Create <DateTime>();
_distanceToCover = _fixture.Create <Kilometer>();
_sut = new AaaServiceProxy(_httpClient, _estimatedTimeOfArrivalRequestMapper, _estimatedTimeOfArrivalResponseMapper, _getDistanceRequestMapper, _getDistanceResponseMapper);
}
public void WhenAaaPopulatesEtaField_ShouldDeserializeTheirJsonToKilometers()
{
// Arrange
var httpResponseMessage = _theirResponse.ToHttpResponseMessage();
// Act
var actual = _mapper.Map(httpResponseMessage);
// Assert
var expected = Kilometer.FromDecimal(_theirResponse.Kilometers);
actual.Should().Be(expected);
}
public void TestKilometerPerHour()
{
// initialize value.
KilometerPerHour ten = 10;
// convert from.
Knots tenInKnots = 5.39956803;
MeterPerSecond tenInMeterPerSecond = 2.77777777778;
MilesPerHour tenInMilesPerHour = 6.21371192;
// test converts to.
Assert.AreEqual(ten.Value, ((KilometerPerHour)tenInKnots).Value, 0.000001);
Assert.AreEqual(ten.Value, ((KilometerPerHour)tenInMeterPerSecond).Value, 0.000001);
Assert.AreEqual(ten.Value, ((KilometerPerHour)tenInMilesPerHour).Value, 0.000001);
// tests division of distance with time resulting in speed.
Kilometer twenty = ten * (Hour)2;
Assert.AreEqual(20, twenty.Value);
// tests some parsing functions.
KilometerPerHour tenPointFive = 10.5;
KilometerPerHour tenPointFiveParsed;
Assert.IsTrue(KilometerPerHour.TryParse(tenPointFive.ToString(), out tenPointFiveParsed));
Assert.AreEqual(tenPointFive.Value, tenPointFiveParsed.Value);
Assert.IsTrue(KilometerPerHour.TryParse("10.5", out tenPointFiveParsed));
Assert.AreEqual(tenPointFive.Value, tenPointFiveParsed.Value);
Assert.IsTrue(KilometerPerHour.TryParse("10.5 km/h", out tenPointFiveParsed));
Assert.AreEqual(tenPointFive.Value, tenPointFiveParsed.Value);
Assert.IsTrue(KilometerPerHour.TryParse("10.5 kmh", out tenPointFiveParsed));
Assert.AreEqual(tenPointFive.Value, tenPointFiveParsed.Value);
Assert.IsTrue(KilometerPerHour.TryParse("10.5 kph", out tenPointFiveParsed));
Assert.AreEqual(tenPointFive.Value, tenPointFiveParsed.Value);
Assert.IsTrue(KilometerPerHour.TryParse("10.5 kmph", out tenPointFiveParsed));
Assert.AreEqual(tenPointFive.Value, tenPointFiveParsed.Value);
Assert.IsTrue(KilometerPerHour.TryParse("10.5km/h", out tenPointFiveParsed));
Assert.AreEqual(tenPointFive.Value, tenPointFiveParsed.Value);
Assert.IsTrue(KilometerPerHour.TryParse("10.5kmh", out tenPointFiveParsed));
Assert.AreEqual(tenPointFive.Value, tenPointFiveParsed.Value);
Assert.IsTrue(KilometerPerHour.TryParse("10.5kph", out tenPointFiveParsed));
Assert.AreEqual(tenPointFive.Value, tenPointFiveParsed.Value);
Assert.IsTrue(KilometerPerHour.TryParse("10.5kmph", out tenPointFiveParsed));
Assert.AreEqual(tenPointFive.Value, tenPointFiveParsed.Value);
Assert.IsFalse(KilometerPerHour.TryParse("10.5 m/s", out tenPointFiveParsed));
Assert.IsFalse(KilometerPerHour.TryParse("10.5 mph", out tenPointFiveParsed));
Assert.IsFalse(KilometerPerHour.TryParse("10.5 knots", out tenPointFiveParsed));
}
public Kilometer Map(HttpResponseMessage responseMessage)
{
if (responseMessage.StatusCode != System.Net.HttpStatusCode.OK)
{
throw new ApplicationException($"Failed to get data from AAA service: {responseMessage.ReasonPhrase}");
}
var response = responseMessage.Content.ReadAsStringAsync()
.GetAwaiter()
.GetResult();
var distanceResponse = JsonConvert.DeserializeObject <GetDistanceResponse>(response);
return(Kilometer.FromDecimal(distanceResponse.Kilometers));
}
public void MultiplyDivide()
{
MPH speed = (MPH)100.0; // 100 mph
Minute duration = (Minute)30.0; // 30 minutes
Mile miles = speed * (Hour)duration;
Assert.AreEqual((Mile)50.0, miles);
Assert.AreEqual("50 mil", miles.ToString(CultureInfo.InvariantCulture));
Kilometer kilometers = (Kilometer)miles;
Assert.AreEqual((Kilometer)80.467199999999991, kilometers);
Assert.AreEqual("80.4672 km", kilometers.ToString(CultureInfo.InvariantCulture));
speed = miles / (Hour)duration;
Assert.AreEqual((MPH)100.0, speed);
Assert.AreEqual("100 mph", speed.ToString(CultureInfo.InvariantCulture));
Assert.AreEqual("160.9344 km/h", ((Kilometer_Hour)speed).ToString(CultureInfo.InvariantCulture));
Assert.AreEqual("44.704 m/s", ((Meter_Sec)speed).ToString(CultureInfo.InvariantCulture));
}
public void TestMeterPerSecond()
{
// initialize value.
MeterPerSecond ten = 10;
// convert from.
Knots tenInKnots = 19.43844492440605;
KilometerPerHour tenInKilometerPerHour = 36;
MilesPerHour tenInMilesPerHour = 22.36936292054402;
// test converts to.
Assert.AreEqual(ten.Value, ((MeterPerSecond)tenInKnots).Value, 0.000001);
Assert.AreEqual(ten.Value, ((MeterPerSecond)tenInKilometerPerHour).Value, 0.000001);
Assert.AreEqual(ten.Value, ((MeterPerSecond)tenInMilesPerHour).Value, 0.000001);
// tests division of distance with time resulting in speed.
Kilometer twenty = ten * (Hour)2;
Assert.AreEqual(tenInKilometerPerHour.Value * 2.0, twenty.Value);
// tests some parsing functions.
MeterPerSecond tenPointFive = 10.5;
MeterPerSecond tenPointFiveParsed;
Assert.IsTrue(MeterPerSecond.TryParse(tenPointFive.ToString(), out tenPointFiveParsed));
Assert.AreEqual(tenPointFive.Value, tenPointFiveParsed.Value);
Assert.IsTrue(MeterPerSecond.TryParse("10.5", out tenPointFiveParsed));
Assert.AreEqual(tenPointFive.Value, tenPointFiveParsed.Value);
Assert.IsTrue(MeterPerSecond.TryParse("10.5 m/s", out tenPointFiveParsed));
Assert.AreEqual(tenPointFive.Value, tenPointFiveParsed.Value);
Assert.IsTrue(MeterPerSecond.TryParse("10.5m/s", out tenPointFiveParsed));
Assert.AreEqual(tenPointFive.Value, tenPointFiveParsed.Value);
Assert.IsFalse(MeterPerSecond.TryParse("10.5 km/h", out tenPointFiveParsed));
Assert.IsFalse(MeterPerSecond.TryParse("10.5 mph", out tenPointFiveParsed));
Assert.IsFalse(MeterPerSecond.TryParse("10.5 knots", out tenPointFiveParsed));
}
public OdometerMessage(byte[] payload)
{
payload.RequireBytes(RequireBytes);
Odometer = new Kilometer(BitConverter.ToUInt32(payload) / 1000m);
}
public void TestKm(double expected, double given, string text)
{
Kilometer kilometer = new Kilometer();
Assert.AreEqual(expected, kilometer.Calculate(given, text));
}
