public void AsAtDateFilterCustom_Success()
{
var filter = new Filter(null, DateTime.UtcNow.AddDays(-1), null, null, null, null, null, null, null, null, null, null,
null, null, null, null, null, null, null, true);
filter.Validate(_serviceExceptionHandler);
}
public void TemperatureRangeFilter_OutOfRange()
{
var filter = new Filter(temperatureRangeMin: -10.0, temperatureRangeMax: 320.0);
var ex = Assert.Throws <ServiceException>(() => filter.Validate(_serviceExceptionHandler));
Assert.True(ex.GetContent.Contains(":2076"), "wrong code for temperature out of range");
}
public void PassCountRangeFilter_MissingMax()
{
var filter = new Filter(passCountRangeMin: 5);
var ex = Assert.Throws <ServiceException>(() => filter.Validate(_serviceExceptionHandler));
Assert.True(ex.GetContent.Contains(":2073"), "wrong code for missing max pass count");
}
public void TemperatureRangeFilter_InvalidRange()
{
var filter = new Filter(temperatureRangeMin: 255.0, temperatureRangeMax: 127.5);
var ex = Assert.Throws <ServiceException>(() => filter.Validate(_serviceExceptionHandler));
Assert.True(ex.GetContent.Contains(":2074"), "wrong code for invalid temperature range");
}
public void PassCountRangeFilter_OutOfRange()
{
var filter = new Filter(passCountRangeMin: 900, passCountRangeMax: 1100);
var ex = Assert.Throws <ServiceException>(() => filter.Validate(_serviceExceptionHandler));
Assert.True(ex.GetContent.Contains(":2077"), "wrong code for pass count out of range");
}
public void HydrateJsonStringWithPolygonTest()
{
var filter = new Filter(_utcNow, _utcNow.AddDays(10), new Guid().ToString(), "designName", _machines, 123,
ElevationType.Lowest, true, null, true, 1);
// now add the polygon
var boundaryUid = Guid.NewGuid().ToString();
var boundaryName = "myBoundaryName";
var newBoundaryPoints = new List <VSS.MasterData.Models.Models.WGSPoint>
{
new WGSPoint(1, 170),
new WGSPoint(6, 160),
new WGSPoint(8, 150),
new WGSPoint(1, 170)
};
var boundaryType = GeofenceType.Filter;
filter.AddBoundary(boundaryUid, boundaryName, newBoundaryPoints, boundaryType);
var jsonString = JsonConvert.SerializeObject(filter);
Assert.True(jsonString != string.Empty);
filter = JsonConvert.DeserializeObject <Filter>(jsonString);
filter.Validate(_serviceExceptionHandler);
Assert.Equal(boundaryName, filter.PolygonName);
Assert.Equal(boundaryUid, filter.PolygonUid);
Assert.Equal(4, filter.PolygonLL.Count);
Assert.Equal(newBoundaryPoints[2].Lat, filter.PolygonLL[2].Lat);
Assert.Equal(boundaryType, filter.PolygonType);
}
public void TemperatureRangeFilter_MissingMax()
{
var filter = new Filter(temperatureRangeMin: 100.0);
var ex = Assert.Throws <ServiceException>(() => filter.Validate(_serviceExceptionHandler));
Assert.True(ex.GetContent.Contains(":2072"), "wrong code for missing max temperature");
}
public void PassCountRangeFilter_InvalidRange()
{
var filter = new Filter(passCountRangeMin: 25, passCountRangeMax: 15);
var ex = Assert.Throws <ServiceException>(() => filter.Validate(_serviceExceptionHandler));
Assert.True(ex.GetContent.Contains(":2075"), "wrong code for invalid pass count range");
}
public void ValidateJsonStringTest()
{
var filter = new Filter(_utcNow, _utcNow.AddDays(10), new Guid().ToString(), "designName", _machines, 123,
ElevationType.Lowest, true, _polygonLL, true, 1, _boundaryUid, _boundaryName);
var jsonString = JsonConvert.SerializeObject(filter);
Assert.True(jsonString != string.Empty);
filter = JsonConvert.DeserializeObject <Filter>(jsonString);
filter.Validate(_serviceExceptionHandler);
}
public void CanCreateFilterTest()
{
// Empty filter...
var filter = new Filter();
Assert.True(_validator.TryValidate(filter, out _));
// Complete filter...
filter = new Filter(_utcNow, _utcNow.AddDays(10), new Guid().ToString(), "designName", _machines, 123,
ElevationType.Lowest, true, _polygonLL, true, 1);
Assert.True(_validator.TryValidate(filter, out _));
}
public void ValidateSuccessTest()
{
// All properties' values are valid...
var filter = new Filter(_utcNow, _utcNow.AddDays(10), new Guid().ToString(), "designName", _machines, 123,
ElevationType.Lowest, true, _polygonLL, true, 1, _boundaryUid, _boundaryName);
filter.Validate(_serviceExceptionHandler);
// Date range is not provided...
filter = new Filter(null, null, new Guid().ToString(), "designName", _machines, 123, ElevationType.Lowest, true, null,
true, 1);
filter.Validate(_serviceExceptionHandler);
// Design UID is not provided...
filter = new Filter(_utcNow, _utcNow.AddDays(10), null, "designName", _machines, 123, ElevationType.Lowest, true, null,
true, 1);
filter.Validate(_serviceExceptionHandler);
// Machines' list is not provided...
filter = new Filter(_utcNow, _utcNow.AddDays(10), new Guid().ToString(), "designName", null, 123, ElevationType.Lowest,
true, null, true, 1);
filter.Validate(_serviceExceptionHandler);
// Machine's design name is not provided...
filter = new Filter(_utcNow, _utcNow.AddDays(10), new Guid().ToString(), "designName", _machines, null,
ElevationType.Lowest, true, null, true, 1);
filter.Validate(_serviceExceptionHandler);
// Elevation type is not provided...
filter = new Filter(_utcNow, _utcNow.AddDays(10), new Guid().ToString(), "designName", _machines, 123,
ElevationType.Lowest, true, null, true, 1);
filter.Validate(_serviceExceptionHandler);
// Vibration state is not provided...
filter = new Filter(_utcNow, _utcNow.AddDays(10), new Guid().ToString(), "designName", _machines, 123,
ElevationType.Lowest, null, null, true, 1);
filter.Validate(_serviceExceptionHandler);
// Forward direction flag is not provided...
filter = new Filter(_utcNow, _utcNow.AddDays(10), new Guid().ToString(), "designName", _machines, 123,
ElevationType.Lowest, true, null, null, 1);
filter.Validate(_serviceExceptionHandler);
// Layer number is not provided...
filter = new Filter(_utcNow, _utcNow.AddDays(10), new Guid().ToString(), "designName", _machines, 123,
ElevationType.Lowest, true, null, true, null);
filter.Validate(_serviceExceptionHandler);
}
/// <summary>
/// Create the filter and convert it to json
/// </summary>
/// <param name="elevation">ElevationType</param>
/// <param name="vibestate">true or false</param>
/// <param name="forward">true or false</param>
/// <param name="layerNo">layer number</param>
/// <returns>complete filter in json format</returns>
private static string CreateTestFilter(ElevationType?elevation = null, bool?vibestate = null, bool?forward = null,
int?layerNo = null)
{
var startUtc = DateTime.Now.AddMonths(-6).ToUniversalTime();
var endUtc = DateTime.Now.AddMonths(+6).ToUniversalTime();
var listPoints = new List <WGSPoint>
{
new WGSPoint(38.8361907402694, -121.349260032177),
new WGSPoint(38.8361656688414, -121.349217116833),
new WGSPoint(38.8387897637231, -121.347275197506),
new WGSPoint(38.8387145521594, -121.347189366818)
};
var filter = new VSS.Productivity3D.Filter.Abstractions.Models.Filter(startUtc, endUtc, Guid.NewGuid().ToString(), "DesignName", null, 123,
elevation, vibestate, listPoints, forward, layerNo, onMachineDesignName: "MachineDesign Name");
return(JsonConvert.SerializeObject(filter));
}
public void CanCompareFiltersNonEqual()
{
var filter1 = new Filter(DateTime.MinValue, DateTime.MaxValue, Guid.NewGuid().ToString(), "designName",
new List <MachineDetails> {
new MachineDetails(1, "test", true)
}, 15,
ElevationType.Lowest, true, new List <WGSPoint>(), false, -1, null, "123");
var hash1 = filter1.GetHashCode();
var filter2 = new Filter(DateTime.MinValue, DateTime.MaxValue, Guid.NewGuid().ToString(), "designName",
new List <MachineDetails> {
new MachineDetails(1, "test2", true)
}, 15,
ElevationType.Lowest, true, new List <WGSPoint>(), false, -1, null, "123");
var hash2 = filter2.GetHashCode();
Assert.True(filter1 != filter2);
Assert.NotEqual(hash1, hash2);
}
public void IncludeAlignmentFailure_InvalidRightOffset()
{
string alignmentUid = Guid.NewGuid().ToString();
double?startStation = 50;
double?endStation = 65;
double?leftOffset = 0;
double?rightOffset = null;
var filter = new Filter(_utcNow, _utcNow.AddDays(10), new Guid().ToString(), "designName", _machines, 123,
ElevationType.Lowest, true, null, true, 1, null, null,
alignmentUid, null, startStation, endStation, leftOffset, rightOffset);
var jsonString = JsonConvert.SerializeObject(filter);
Assert.True(jsonString != string.Empty);
filter = JsonConvert.DeserializeObject <Filter>(jsonString);
var ex = Assert.Throws <ServiceException>(() => filter.Validate(_serviceExceptionHandler));
Assert.True(ex.GetContent.Contains(":2066"), "wrong code for invalid Offset.");
}
public void IncludeAlignmentSuccess_WithNegativeOffset()
{
var alignmentUid = Guid.NewGuid().ToString();
double?startStation = 10.0;
double?endStation = 50.6;
double?leftOffset = -20;
double?rightOffset = 25;
var filter = new Filter(_utcNow, _utcNow.AddDays(10), new Guid().ToString(), "designName", _machines, 123,
ElevationType.Lowest, true, null, true, 1, null, null,
alignmentUid, null, startStation, endStation, leftOffset, rightOffset);
var jsonString = JsonConvert.SerializeObject(filter);
Assert.True(jsonString != string.Empty);
filter = JsonConvert.DeserializeObject <Filter>(jsonString);
filter.Validate(_serviceExceptionHandler);
Assert.Equal(alignmentUid, filter.AlignmentUid);
Assert.Equal(startStation, filter.StartStation);
Assert.Equal(endStation, filter.EndStation);
Assert.Equal(leftOffset, filter.LeftOffset);
Assert.Equal(rightOffset, filter.RightOffset);
}
public void ValidateFailureTest()
{
// Start UTC date is not provided...
var filter = new Filter(null, _utcNow.AddDays(10), new Guid().ToString(), "designName", _machines, 123,
ElevationType.Lowest, true, _polygonLL, true, 1);
Assert.Throws <ServiceException>(() => filter.Validate(_serviceExceptionHandler));
// End UTC date is not provided...
filter = new Filter(_utcNow, null, new Guid().ToString(), "designName", _machines, 123, ElevationType.Lowest, true,
_polygonLL, true, 1);
Assert.Throws <ServiceException>(() => filter.Validate(_serviceExceptionHandler));
// Invalid design UID's Guid is provided...
filter = new Filter(_utcNow, _utcNow.AddDays(10), INVALID_GUID, "designName", _machines, 123, ElevationType.Lowest,
true, _polygonLL, true, 1);
Assert.Throws <ServiceException>(() => filter.Validate(_serviceExceptionHandler));
// The provided polygon's boundary has less than 3 points...
_polygonLL.RemoveAt(_polygonLL.Count - 1);
filter = new Filter(_utcNow, _utcNow.AddDays(10), new Guid().ToString(), "designName", _machines, 123,
ElevationType.Lowest, true, _polygonLL, true, 1);
Assert.Throws <ServiceException>(() => filter.Validate(_serviceExceptionHandler));
}
public void AsAtDateFilterFailure_MissingEndUtc()
{
var filter = new Filter(asAtDate: true);
Assert.Throws <ServiceException>(() => filter.Validate(_serviceExceptionHandler));
}
public void PassCountRangeFilterSuccess()
{
var filter = new Filter(passCountRangeMin: 5, passCountRangeMax: 10);
filter.Validate(_serviceExceptionHandler);
}
public void AsAtDateFilterFailure_MissingStartUtc()
{
var filter = new Filter(endUtc: DateTime.UtcNow.AddDays(-1), asAtDate: false);
Assert.Throws <ServiceException>(() => filter.Validate(_serviceExceptionHandler));
}
public void TemperatureRangeFilterSuccess()
{
var filter = new Filter(temperatureRangeMin: 100.0, temperatureRangeMax: 120.5);
filter.Validate(_serviceExceptionHandler);
}
public void AutomaticsFilterSuccess()
{
var filter = new Filter(automaticsType: AutomaticsType.Manual);
filter.Validate(_serviceExceptionHandler);
}
