public async Task TRexExecutor_Manual_Happy_Project_NoValidPosition_Calculated()
{
var projectUid = Guid.NewGuid().ToString();
var projectAccountUid = Guid.NewGuid().ToString();
var projectOfInterest = new ProjectData
{
ProjectUID = projectUid,
ProjectType = CwsProjectType.AcceptsTagFiles,
CustomerUID = projectAccountUid,
IsArchived = false,
ProjectGeofenceWKT = projectBoundary
};
var northing = 67.8;
var easting = 21.3;
var getProjectUidsRequest = new GetProjectUidsRequest(projectUid, "cb450serial", 0, 0, northing, easting);
var coordinateConversionResult = new CoordinateConversionResult(new TwoDConversionCoordinate[0]);
var projectForProjectUid = projectOfInterest;
var platformSerialDevice = (DeviceData)null;
var projectListForPlatformSerial = (ProjectDataResult)null;
var expectedResult = new GetProjectUidsResult(string.Empty, string.Empty, string.Empty);
await ExecuteManual
(getProjectUidsRequest, projectForProjectUid,
platformSerialDevice, projectListForPlatformSerial,
coordinateConversionResult,
expectedResult, expectedCode : 3018, expectedMessage : "Manual Import: Unable to determine lat/long from northing/easting position"
);
}
private async Task ExecuteManual(GetProjectUidsRequest request, ProjectData projectForProjectUid,
DeviceData platformDevice, ProjectDataResult projectListForPlatform,
CoordinateConversionResult coordinateConversionResult,
GetProjectUidsResult expectedResult, int expectedCode, string expectedMessage
)
{
projectProxy.Setup(p => p.GetProject(request.ProjectUid, It.IsAny <HeaderDictionary>())).ReturnsAsync(projectForProjectUid);
deviceProxy.Setup(d => d.GetDevice(request.PlatformSerial, It.IsAny <HeaderDictionary>())).ReturnsAsync(platformDevice);
if (platformDevice != null)
{
deviceProxy.Setup(d => d.GetProjectsForDevice(platformDevice.DeviceUID, It.IsAny <HeaderDictionary>())).ReturnsAsync(projectListForPlatform);
}
if (coordinateConversionResult != null)
{
tRexCompactionDataProxy.Setup(x => x.SendDataPostRequest <CoordinateConversionResult, CoordinateConversionRequest>(
It.IsAny <CoordinateConversionRequest>(),
It.IsAny <string>(),
It.IsAny <HeaderDictionary>(), false))
.ReturnsAsync(coordinateConversionResult);
}
var executor = RequestExecutorContainer.Build <ProjectUidsExecutor>(
_loggerFactory.CreateLogger <ProjectUidsExecutorManualTests>(), ConfigStore, authorization.Object,
projectProxy.Object, deviceProxy.Object, tRexCompactionDataProxy.Object, requestCustomHeaders);
var result = await executor.ProcessAsync(request) as GetProjectUidsResult;
ValidateResult(result, expectedResult, expectedCode, expectedMessage);
}
public async Task TRexExecutor_Manual_Happy_Project_NoDevice_UsingNE()
{
var projectUid = Guid.NewGuid().ToString();
var projectAccountUid = Guid.NewGuid().ToString();
var projectOfInterest = new ProjectData
{
ProjectUID = projectUid,
ProjectType = CwsProjectType.AcceptsTagFiles,
CustomerUID = projectAccountUid,
IsArchived = false,
ProjectGeofenceWKT = projectBoundary
};
var northing = 67.8;
var easting = 21.3;
var getProjectUidsRequest = new GetProjectUidsRequest(projectUid, "cb460Serial", 0, 0, northing, easting);
// expected convertNEtoLL result
var points = new[] { new TwoDConversionCoordinate(insideLong.LonDegreesToRadians(), insideLat.LatDegreesToRadians()) };
var coordinateConversionResult = new CoordinateConversionResult(points);
var projectForProjectUid = projectOfInterest;
var platformSerialDevice = (DeviceData)null;
var projectListForplatformSerial = (ProjectDataResult)null;
var expectedResult = new GetProjectUidsResult(projectUid, string.Empty, string.Empty);
await ExecuteManual
(getProjectUidsRequest, projectForProjectUid,
platformSerialDevice, projectListForplatformSerial,
coordinateConversionResult,
expectedResult, expectedCode : 0, expectedMessage : "success"
);
}
public ContractExecutionResult TRexConvertNEtoLL([FromBody] CoordinateConversionRequest coordinateConversionRequest)
{
Logger.LogInformation($"{nameof(TRexConvertNEtoLL)}: coordinateConversionRequest {JsonConvert.SerializeObject(coordinateConversionRequest)}");
var coordinateConversionResult = new CoordinateConversionResult(new TwoDConversionCoordinate[0]);
if (coordinateConversionRequest.ProjectUid.HasValue && coordinateConversionRequest.ProjectUid.Value.ToString() == ConstantsUtil.DIMENSIONS_PROJECT_UID)
{
var points = new[] { new TwoDConversionCoordinate(180, 15) };
coordinateConversionResult = new CoordinateConversionResult(points);
}
Logger.LogInformation($"{nameof(TRexConvertNEtoLL)}: CoordinateConversionResult {JsonConvert.SerializeObject(coordinateConversionResult)}");
return(coordinateConversionResult);
}
public async Task TRexExecutor_Auto_Happy_EC520device_WithProject_UsingNE()
{
var projectUid = Guid.NewGuid().ToString();
var projectAccountUid = Guid.NewGuid().ToString();
var projectOfInterest = new ProjectData
{
ProjectUID = projectUid,
ProjectType = CwsProjectType.AcceptsTagFiles,
CustomerUID = projectAccountUid,
IsArchived = false,
ProjectGeofenceWKT = projectBoundary
};
var northing = 67.8;
var easting = 21.3;
var getProjectUidsRequest = new GetProjectUidsRequest(string.Empty, "ec520Serial", 0.0, 0.0, northing, easting);
// expected convertNEtoLL result
var points = new [] { new TwoDConversionCoordinate(insideLong.LonDegreesToRadians(), insideLat.LatDegreesToRadians()) };
var coordinateConversionResult = new CoordinateConversionResult(points);
var platformSerialDeviceUid = Guid.NewGuid().ToString();
var platformSerialAccountUid = Guid.NewGuid().ToString();
var platformSerialDevice = new DeviceData {
CustomerUID = platformSerialAccountUid, DeviceUID = platformSerialDeviceUid
};
var projectListForPlatformSerial = new ProjectDataResult()
{
ProjectDescriptors = new List <ProjectData>()
{
projectOfInterest
}
};
var expectedResult = new GetProjectUidsResult(projectUid, platformSerialDeviceUid, platformSerialAccountUid);
await ExecuteAuto
(getProjectUidsRequest,
platformSerialDevice, projectListForPlatformSerial,
coordinateConversionResult,
expectedResult, expectedCode : 0, expectedMessage : "success"
);
}
private async Task <ProjectExtentsResult> FormatProjectExtentsResult(
Guid projectUid, CoordinateConversionResult coordinateConversionResult)
{
Log.LogInformation($"{nameof(FormatProjectExtentsResult)}: {coordinateConversionResult}");
var project = await((RaptorPrincipal)User).GetProject(projectUid);
var returnResult = new ProjectExtentsResult
{
minLat = coordinateConversionResult.ConversionCoordinates[0].Y,
minLng = coordinateConversionResult.ConversionCoordinates[0].X,
maxLat = coordinateConversionResult.ConversionCoordinates[1].Y,
maxLng = coordinateConversionResult.ConversionCoordinates[1].X
};
//In case we have rogue tag files distorting the extents, restrict to project boundary
var projectPoints = CommonConverters.GeometryToPoints(project.ProjectGeofenceWKT).ToList();
var projMinLat = projectPoints.Min(p => p.Lat);
var projMinLng = projectPoints.Min(p => p.Lon);
var projMaxLat = projectPoints.Max(p => p.Lat);
var projMaxLng = projectPoints.Max(p => p.Lon);
if (returnResult.minLat < projMinLat || returnResult.minLat > projMaxLat ||
returnResult.maxLat < projMinLat || returnResult.maxLat > projMaxLat ||
returnResult.minLng < projMinLng || returnResult.minLng > projMaxLng ||
returnResult.maxLng < projMinLng || returnResult.maxLng > projMaxLng)
{
returnResult.minLat = projMinLat;
returnResult.minLng = projMinLng;
returnResult.maxLat = projMaxLat;
returnResult.maxLng = projMaxLng;
}
//Convert to degrees to return
returnResult.minLat = returnResult.minLat.LatRadiansToDegrees();
returnResult.minLng = returnResult.minLng.LonRadiansToDegrees();
returnResult.maxLat = returnResult.maxLat.LatRadiansToDegrees();
returnResult.maxLng = returnResult.maxLng.LonRadiansToDegrees();
Log.LogInformation("GetProjectExtents result: " + JsonConvert.SerializeObject(returnResult));
return(returnResult);
}
public async Task TRexExecutor_Auto_Sad_EC520device_WithProject_NoValidPosition_Calculated()
{
var projectUid = Guid.NewGuid().ToString();
var projectAccountUid = Guid.NewGuid().ToString();
var projectOfInterest = new ProjectData
{
ProjectUID = projectUid,
ProjectType = CwsProjectType.AcceptsTagFiles,
CustomerUID = projectAccountUid,
IsArchived = false,
ProjectGeofenceWKT = projectBoundary
};
var northing = 67.8;
var easting = 21.3;
var getProjectUidsRequest = new GetProjectUidsRequest(string.Empty, "ec520Serial", 0.0, 0.0, northing, easting);
var coordinateConversionResult = new CoordinateConversionResult(new TwoDConversionCoordinate[0]);
var platformSerialDeviceUid = Guid.NewGuid().ToString();
var platformSerialAccountUid = Guid.NewGuid().ToString();
var platformSerialDevice = new DeviceData {
CustomerUID = platformSerialAccountUid, DeviceUID = platformSerialDeviceUid
};
var projectListForPlatformSerial = new ProjectDataResult()
{
ProjectDescriptors = new List <ProjectData>()
{
projectOfInterest
}
};
var expectedResult = new GetProjectUidsResult(string.Empty, platformSerialDeviceUid, platformSerialAccountUid);
await ExecuteAuto
(getProjectUidsRequest,
platformSerialDevice, projectListForPlatformSerial,
coordinateConversionResult,
expectedResult, expectedCode : 3044, expectedMessage : "No projects found at the location provided"
);
}
