public void MustDeleteAendpoint()
{
//arrange
PersistenceMock persistenceMock = new PersistenceMock();
var deleteEndpoint = new DeleteEndpoint(persistenceMock.DeleteEndpoint());
//action
deleteEndpoint.Execute(ModelsMock.EndpointMock().SerialNumber);
//assert
Assert.Empty(deleteEndpoint.Error);
}
public void MustEditStateAendpoint()
{
//arrange
var state = 3;
var endpoint = ModelsMock.EndpointMock();
//action
endpoint.EditState(state);
//assert
Assert.Equal(state, endpoint.State);
}
public void MustCreateAendpoint()
{
//arrange
PersistenceMock persistenceMock = new PersistenceMock();
var createEndpoint = new CreateEndpoint(persistenceMock.CreateEndpoint());
//action
createEndpoint.Execute(ModelsMock.EndpointMock());
//assert
Assert.Empty(createEndpoint.Error);
}
public void MustEditStateAendpoint()
{
//arrange
PersistenceMock persistenceMock = new PersistenceMock();
persistenceMock.SearchBySerialNumber();
var editEndpoint = new EditStateEndpoint(persistenceMock.EditStateEndpoint());
//action
editEndpoint.Execute(ModelsMock.EndpointMock().SerialNumber, ModelsMock.EndpointMock().State);
//assert
Assert.Empty(editEndpoint.Error);
}
public async Task DeveCriarUmLivro()
{
//Arrange
var persistenciaDoLivroMock = new Mock <ILivroRepository>();
persistenciaDoLivroMock.Setup(x => x.Criar(ModelsMock.LivroMock()));
var criarLivro = new CriarLivro(persistenciaDoLivroMock.Object);
//Action
await criarLivro.Executar(ModelsMock.LivroMock());
//Assert
Assert.Empty(criarLivro.Erros);
}
public void MustReturnAlistWith2enpoints()
{
//arrange
PersistenceMock persistenceMock = new PersistenceMock();
persistenceMock.SearchBySerialNumber();
var listAllEndpoints = new ListAllEndpoints(persistenceMock.ListAll());
//action
var endpoints = listAllEndpoints.Execute();
//assert
Assert.Equal(ModelsMock.ListEndpointMock().Count, endpoints.Count);
Assert.NotNull(endpoints);
}
public void MustReturnTheMeterModelIdOfTheSerialNumberNSX1P2W()
{
//arrange
PersistenceMock persistenceMock = new PersistenceMock();
var endpointPersistence = new Mock <IEndpointPersistence>();
var validateSerialNumberOfEndpoint = new ValidateSerialNumberOfEndpoint(endpointPersistence.Object);
//action
var meterModelId = validateSerialNumberOfEndpoint.Execute(ModelsMock.EndpointMock().SerialNumber);
//assert
Assert.Empty(validateSerialNumberOfEndpoint.Error);
Assert.Equal(ModelsMock.EndpointMock().MeterModelId, meterModelId);
}
public void MustSearchForAnEndpointByTheSerialNumberAndReturnAnotNullObject()
{
//arrange
PersistenceMock persistenceMock = new PersistenceMock();
persistenceMock.SearchBySerialNumber();
var searchBySerialNumber = new SearchBySerialNumber(persistenceMock.SearchBySerialNumber());
//action
var endpoint = searchBySerialNumber.Execute(ModelsMock.EndpointMock().SerialNumber);
//assert
Assert.Empty(searchBySerialNumber.Error);
Assert.Equal(ModelsMock.EndpointMock().SerialNumber, endpoint.SerialNumber);
Assert.NotNull(endpoint);
}
public void MustReturnAnExistingEndpoint()
{
//arrange
string key, value;
PersistenceMock persistenceMock = new PersistenceMock();
var validateSerialNumberOfEndpoint = new ValidateSerialNumberOfEndpoint(persistenceMock.SearchBySerialNumber());
//action
var meterModelId = validateSerialNumberOfEndpoint.Execute(ModelsMock.EndpointMock().SerialNumber);
key = validateSerialNumberOfEndpoint.Error.First().Key;
value = validateSerialNumberOfEndpoint.Error.First().Value;
//assert
Assert.True(validateSerialNumberOfEndpoint.Error.Count > 0);
Assert.True(meterModelId == 0);
Assert.True(key == "Endpoint" && value == "An endpoint with this serial number already exists");
}
