public void GetClaim_ClaimNotExists()
{
try
{
_claimsController.Get("test.performance.a");
}
catch (ResponseException) { }
}
public void ClaimsController_Get()
{
ClaimsController _controller = new ClaimsController(_mockService.Object, _logger.Object);
var result = _controller.Get();
Assert.IsNotNull(result);
}
public async Task GetClaims()
{
// Arrange
var mockRepository = new Mock <IRepositoryClaims>();
mockRepository.Setup(c => c.Get(Guid.Parse("5570d15a-b679-4f20-83f8-f96b2b3b9bc8")))
.ReturnsAsync(new Claim
{
ClaimId = Guid.Parse("5570d15a-b679-4f20-83f8-f96b2b3b9bc8"),
Description = "Mocked claim number 1",
Payout = 2000
});
var controller = new ClaimsController(mockRepository.Object);
// Act
var result = await controller.Get(Guid.Parse("5570d15a-b679-4f20-83f8-f96b2b3b9bc8"));
var contentResult = result as OkObjectResult;
var returnValue = contentResult.Value as Claim;
// Assert
Assert.AreEqual(contentResult.StatusCode, 200);
Assert.IsNotNull(returnValue);
Assert.AreEqual(Guid.Parse("5570d15a-b679-4f20-83f8-f96b2b3b9bc8"), returnValue.ClaimId);
}
public void TestDeleteNotExistentClaim()
{
string newClaimNumber = TestDataGenerator.GenerateUniqueClaimNumber();
MitchellClaim testClaim = TestDataGenerator.GetTestClaim(newClaimNumber);
HttpResponseMessage response = ClaimsController.Post(testClaim);
Assert.AreEqual(HttpStatusCode.Created, response.StatusCode, "A POST of a new claim should succeed.");
MitchellClaim retrievedClaim = ClaimsController.Get(newClaimNumber);
Assert.AreEqual(testClaim, retrievedClaim, "The posted and retrieved claim should have the same values.");
response = ClaimsController.Delete(newClaimNumber);
Assert.AreEqual(HttpStatusCode.OK, response.StatusCode, "Deleting an existing claim should succeed.");
try
{
response = ClaimsController.Delete(newClaimNumber);
Assert.Fail("An attempt to delete a claim that does not exist should result in an error.");
}
catch (HttpResponseException ex) when(ex.Response.StatusCode == HttpStatusCode.NotFound)
{
// This is the expected behavior
}
}
public void TestPutWithRequiredParametersNotSpecified()
{
string newClaimNumber = TestDataGenerator.GenerateUniqueClaimNumber();
MitchellClaim expectedClaim = TestDataGenerator.GetTestClaim(newClaimNumber);
// Create a new claim
HttpResponseMessage response = ClaimsController.Post(expectedClaim);
Assert.AreEqual(HttpStatusCode.Created, response.StatusCode, "A POST of a new claim should succeed.");
// Prepare a claim "updater".
MitchellClaim updater = new MitchellClaim();
updater.ClaimantLastName = "NewLastName";
updater.Vehicles = new List <VehicleDetails>();
// We'll request a new vehicle to be added. However, this vehicle has required parameters that are not specified.
updater.Vehicles.Add(new VehicleDetails()
{
Vin = TestDataGenerator.GenerateUniqueVinNumber(), Mileage = 100
});
// Update the claim.
response = ClaimsController.Put(newClaimNumber, updater);
Assert.AreEqual(HttpStatusCode.Forbidden, response.StatusCode, "An update of a claim that would results in required fields that are not specified should fail with a specific status.");
// Retrieved the claim we attempted to update and make sure it did not change.
MitchellClaim retrievedClaim = ClaimsController.Get(newClaimNumber);
Assert.AreEqual(expectedClaim, retrievedClaim, "The claim that was subject to a failed update should not have changed.");
}
public void TestPutClaimWithEmptyVehicleList()
{
string newClaimNumber = TestDataGenerator.GenerateUniqueClaimNumber();
MitchellClaim expectedClaim = TestDataGenerator.GetTestClaim(newClaimNumber);
// Create a new claim
HttpResponseMessage response = ClaimsController.Post(expectedClaim);
Assert.AreEqual(HttpStatusCode.Created, response.StatusCode, "A POST of a new claim should succeed.");
// Prepare a claim "updater".
MitchellClaim updater = new MitchellClaim();
updater.ClaimantLastName = "NewLastName";
expectedClaim.ClaimantLastName = updater.ClaimantLastName;
updater.Vehicles = new List <VehicleDetails>();
// Update the claim.
response = ClaimsController.Put(newClaimNumber, updater);
Assert.AreEqual(HttpStatusCode.Forbidden, response.StatusCode, "An update request where the updater has an empty vehicle list is not legal.");
// Retrieved the claim we attempted to update and make sure it did not change.
MitchellClaim retrievedClaim = ClaimsController.Get(newClaimNumber);
Assert.AreEqual(expectedClaim, retrievedClaim, "The claim that was subject to a failed update should not have changed.");
}
public void TestPutClaimWithNoVehicleList()
{
string newClaimNumber = TestDataGenerator.GenerateUniqueClaimNumber();
MitchellClaim expectedClaim = TestDataGenerator.GetTestClaim(newClaimNumber);
// Create a new claim
HttpResponseMessage response = ClaimsController.Post(expectedClaim);
Assert.AreEqual(HttpStatusCode.Created, response.StatusCode, "A POST of a new claim should succeed.");
// Prepare a claim "updater".
MitchellClaim updater = new MitchellClaim();
updater.ClaimantLastName = "NewLastName";
expectedClaim.ClaimantLastName = updater.ClaimantLastName;
// Update the claim.
response = ClaimsController.Put(newClaimNumber, updater);
Assert.AreEqual(HttpStatusCode.OK, response.StatusCode, "A PUT of an existing claim should succeed.");
// Retrieved the updated claim and compare it with the expected value.
MitchellClaim retrievedClaim = ClaimsController.Get(newClaimNumber);
Assert.AreEqual(expectedClaim.Vehicles.Count, 2, "Defensive check - making sure that the expected claim was setup correctly.");
Assert.AreEqual(expectedClaim, retrievedClaim, "The claim that was created, updated and retrieved should have the expected values.");
}
//[TestMethod]
async public Task GetAllClaims()
{
var result = await controller.Get();
OkNegotiatedContentResult <IEnumerable <MitchellClaimType> > conNegResult = result as OkNegotiatedContentResult <IEnumerable <MitchellClaimType> >;
Assert.IsTrue(conNegResult != null && conNegResult.Content.GetEnumerator().MoveNext());
}
public async Task Get_ExistedClaimIdPassed_ProperMethodsCalledAndReturnMatchedClaim()
{
_mediatorMock.Setup(mediator => mediator.Send(It.IsAny <GetClaimQuery>(), It.IsAny <CancellationToken>())).ReturnsAsync(new ClaimDTO()).Verifiable();
//Act
var controller = new ClaimsController(_mediatorMock.Object);
var result = await controller.Get(1);
//Assert
Assert.NotNull(result.Value);
_mediatorMock.Verify();
}
public async Task Get_UnexistedClaimIdPassed_ProperMethodsCalledAndReturnNotFoundResult()
{
_mediatorMock.Setup(mediator => mediator.Send(It.IsAny <GetClaimQuery>(), It.IsAny <CancellationToken>())).ReturnsAsync((ClaimDTO)null).Verifiable();
//Act
var controller = new ClaimsController(_mediatorMock.Object);
var result = await controller.Get(1);
//Assert
Assert.True(((StatusCodeResult)result.Result).StatusCode == (int)HttpStatusCode.NotFound);
_mediatorMock.Verify();
}
public void TestPutClaimAndAddNewVehicle()
{
string newClaimNumber = TestDataGenerator.GenerateUniqueClaimNumber();
MitchellClaim expectedClaim = TestDataGenerator.GetTestClaim(newClaimNumber);
// Create a new claim
HttpResponseMessage response = ClaimsController.Post(expectedClaim);
Assert.AreEqual(HttpStatusCode.Created, response.StatusCode, "A POST of a new claim should succeed.");
// Prepare a claim "updater".
MitchellClaim updater = new MitchellClaim();
updater.ClaimantLastName = "NewLastName";
expectedClaim.ClaimantLastName = updater.ClaimantLastName;
// Note: The updater will have to include both vehicles that are changed and those who are not changed.
// The vehicles that are not changed will only have the Vin field set.
// This system enables us to delete vehicles with the update request. The tread-off is that when we
// specify a list of vehicles then that list must include vehicles that are not changed.
updater.Vehicles = new List <VehicleDetails>();
updater.Vehicles.Add(new VehicleDetails()
{
Vin = expectedClaim.Vehicles[0].Vin
});
updater.Vehicles.Add(new VehicleDetails()
{
Vin = expectedClaim.Vehicles[1].Vin
});
// We'll request a new vehicle to be added. However, this vehicle has required parameters that are not specified.
VehicleDetails newVehicle = new VehicleDetails()
{
Vin = TestDataGenerator.GenerateUniqueVinNumber(),
ModelYear = 2015,
Mileage = 200
};
updater.Vehicles.Add(newVehicle);
expectedClaim.Vehicles.Add(newVehicle.DeepClone());
// Update the claim.
response = ClaimsController.Put(newClaimNumber, updater);
Assert.AreEqual(HttpStatusCode.OK, response.StatusCode, "A PUT of an existing claim should succeed.");
// Retrieved the updated claim and compare it with the expected value.
MitchellClaim retrievedClaim = ClaimsController.Get(newClaimNumber);
Assert.AreEqual(expectedClaim.Vehicles.Count, 3, "Defensive check - making sure that the expected claim was setup correctly.");
Assert.AreEqual(expectedClaim, retrievedClaim, "The claim that was created, updated and retrieved should have the expected values.");
}
public void TestPostSimple()
{
string newClaimNumber = TestDataGenerator.GenerateUniqueClaimNumber();
MitchellClaim testClaim = TestDataGenerator.GetTestClaim(newClaimNumber);
HttpResponseMessage response = ClaimsController.Post(testClaim);
Assert.AreEqual(HttpStatusCode.Created, response.StatusCode, "A POST of a new claim should succeed.");
MitchellClaim retrievedClaim = ClaimsController.Get(newClaimNumber);
Assert.AreEqual(testClaim, retrievedClaim, "The posted and retrieved claim should have the same values.");
}
public async Task Get_ProperMethodsCalledAndReturnListOfClaims()
{
_mediatorMock.Setup(mediator => mediator.Send(It.IsAny <GetAllClaimsQuery>(), It.IsAny <CancellationToken>())).ReturnsAsync(new List <ClaimDTO> {
new ClaimDTO(), new ClaimDTO()
}).Verifiable();
//Act
var controller = new ClaimsController(_mediatorMock.Object);
var result = await controller.Get();
//Assert
Assert.NotNull(result);
Assert.Equal(2, result.Count());
}
public void TestPutSimple()
{
string newClaimNumber = TestDataGenerator.GenerateUniqueClaimNumber();
MitchellClaim expectedClaim = TestDataGenerator.GetTestClaim(newClaimNumber);
// Create a new claim
HttpResponseMessage response = ClaimsController.Post(expectedClaim);
Assert.AreEqual(HttpStatusCode.Created, response.StatusCode, "A POST of a new claim should succeed.");
// Prepare a claim "updater".
MitchellClaim updater = new MitchellClaim();
updater.ClaimantLastName = "NewLastName";
expectedClaim.ClaimantLastName = updater.ClaimantLastName;
updater.LossDate = expectedClaim.LossDate.Value.AddDays(1);
expectedClaim.LossDate = updater.LossDate;
// Note: The updater will have to include both vehicles that are changed and those who are not changed.
// The vehicles that are not changed will only have the Vin field set.
// This system enables us to delete vehicles with the update request. The tread-off is that when we
// specify a list of vehicles then that list must include vehicles that are not changed.
updater.Vehicles = new List <VehicleDetails>();
updater.Vehicles.Add(new VehicleDetails()
{
Vin = expectedClaim.Vehicles[0].Vin
});
VehicleDetails sourceVehicle = expectedClaim.Vehicles[1];
VehicleDetails updaterVehicle = new VehicleDetails()
{
Vin = sourceVehicle.Vin,
Mileage = sourceVehicle.Mileage + 100
};
updater.Vehicles.Add(updaterVehicle);
sourceVehicle.Mileage = updaterVehicle.Mileage;
// Update the claim.
response = ClaimsController.Put(newClaimNumber, updater);
Assert.AreEqual(HttpStatusCode.OK, response.StatusCode, "A PUT of an existing claim should succeed.");
// Retrieved the updated claim and compare it with the expected value.
MitchellClaim retrievedClaim = ClaimsController.Get(newClaimNumber);
Assert.AreEqual(expectedClaim, retrievedClaim, "The claim that was created, updated and retrieved should have the expected values.");
}
public void GetTest()
{
var data = claimsController.Get();
Assert.True(data.Any());
}
