public IActionResult ComputeNormalModes([FromBody] KrakenInputModel model)
{
if (model == null)
{
return(BadRequest("Input data is not valid"));
}
var errors = _krakenInputModelValidator.Validate(model);
if (errors.Any())
{
return(BadRequest(new { validationErrors = errors }));
}
var acousticProblem = _krakenInputModelMapper.Map(model);
try
{
var computingResult = _krakenService.ComputeModes(acousticProblem);
var viewModel = _krakenResultModelMapper.Map(computingResult);
return(Json(viewModel));
}
catch (KrakenComputingException ex)
{
return(StatusCode(500, new { expectedError = true, error = ex.Message }));
}
}
public void ComputeNormalModesReturns500StatusCodeWhenKrakenComputingExceptionOccurs()
{
const string message = "error";
const int statusCode500 = 500;
var krakenServiceMock = _krakenServiceMocks.ComputeModesThrowsKrakenComputingException(message);
var krakenInputModelMapperMock = _mappersMocks.KrakenInputModelMapper();
var krakenResultModelMapperMock = _mappersMocks.KrakenResultModelMapper();
var krakenInputModelValidator = _modelValidatorMocks.ValidateReturnsEmptyList();
var krakenController = new KrakenController(krakenServiceMock.Object, krakenInputModelMapperMock.Object,
krakenResultModelMapperMock.Object, krakenInputModelValidator.Object);
var model = new KrakenInputModel();
var objectResult = krakenController.ComputeNormalModes(model) as ObjectResult;
Assert.NotNull(objectResult);
Assert.Equal(statusCode500, objectResult.StatusCode);
dynamic obj = new DynamicObjectResultValue(objectResult.Value);
Assert.True(obj.expectedError);
Assert.Equal(message, obj.error);
}
public void ComputeNormalModesReturnsBadRequestWithValidationErrorsWhenModelIsNotValid()
{
var validationErrors = new List <string> {
"error 1", "error 2"
};
var krakenServiceMock = _krakenServiceMocks.ComputeModesReturnsKrakenComputingResult();
var krakenInputModelMapperMock = _mappersMocks.KrakenInputModelMapper();
var krakenResultModelMapperMock = _mappersMocks.KrakenResultModelMapper();
var krakenInputModelValidator = _modelValidatorMocks.ValidateReturnsNotEmptyList(validationErrors);
var krakenController = new KrakenController(krakenServiceMock.Object, krakenInputModelMapperMock.Object,
krakenResultModelMapperMock.Object, krakenInputModelValidator.Object);
var model = new KrakenInputModel();
var badRequest = krakenController.ComputeNormalModes(model) as BadRequestObjectResult;
dynamic obj = new DynamicObjectResultValue(badRequest.Value);
var returnedValidationErrors = obj.validationErrors as List <string>;
Assert.NotNull(badRequest);
Assert.NotNull(returnedValidationErrors);
Assert.Equal(returnedValidationErrors.Count, validationErrors.Count);
Assert.Contains(validationErrors[0], returnedValidationErrors);
Assert.Contains(validationErrors[1], returnedValidationErrors);
}
public void ComputeNormalModesReturnsJsonResultWithKrakenResultModel()
{
var krakenServiceMock = _krakenServiceMocks.ComputeModesReturnsKrakenComputingResult();
var krakenInputModelMapperMock = _mappersMocks.KrakenInputModelMapper();
var krakenResultModelMapperMock = _mappersMocks.KrakenResultModelMapper();
var krakenInputModelValidator = _modelValidatorMocks.ValidateReturnsEmptyList();
var krakenController = new KrakenController(krakenServiceMock.Object, krakenInputModelMapperMock.Object,
krakenResultModelMapperMock.Object, krakenInputModelValidator.Object);
var model = new KrakenInputModel();
var jsonResult = krakenController.ComputeNormalModes(model) as JsonResult;
Assert.NotNull(jsonResult);
Assert.IsAssignableFrom <KrakenResultModel>(jsonResult.Value);
}
