public void The_saga_expression_should_be_converted_down_to_a_saga_only_filter()
{
Expression<Func<SimpleSaga, InitiateSimpleSaga, bool>> selector = (s, m) => s.CorrelationId == m.CorrelationId;
var filter = new SagaFilterExpressionConverter<SimpleSaga, InitiateSimpleSaga>(_initiateSaga).Convert(selector);
Trace.WriteLine(filter.ToString());
var matches = _repository.Where(filter);
Assert.AreEqual(1, matches.Count());
}
public void Matching_by_property_should_be_happy()
{
Expression<Func<SimpleSaga, ObservableSagaMessage, bool>> selector = (s, m) => s.Name == m.Name;
var filter = new SagaFilterExpressionConverter<SimpleSaga, ObservableSagaMessage>(_observeSaga).Convert(selector);
Trace.WriteLine(filter.ToString());
var matches = _repository.Where(filter);
Assert.AreEqual(1, matches.Count());
}
public async Task Matching_by_property_should_be_happy()
{
Expression<Func<SimpleSaga, ObservableSagaMessage, bool>> selector = (s, m) => s.Name == m.Name;
Expression<Func<SimpleSaga, bool>> filter =
new SagaFilterExpressionConverter<SimpleSaga, ObservableSagaMessage>(_observeSaga).Convert(selector);
Trace.WriteLine(filter.ToString());
Guid? matches = await _repository.ShouldContainSaga(filter, TestTimeout);
Assert.IsTrue(matches.HasValue);
}
public void Matching_by_property_should_be_happy()
{
Expression <Func <SimpleSaga, ObservableSagaMessage, bool> > selector = (s, m) => s.Name == m.Name;
var filter = new SagaFilterExpressionConverter <SimpleSaga, ObservableSagaMessage>(_observeSaga).Convert(selector);
Trace.WriteLine(filter.ToString());
var matches = _repository.Where(filter);
Assert.AreEqual(1, matches.Count());
}
public void The_saga_expression_should_be_converted_down_to_a_saga_only_filter()
{
Expression <Func <SimpleSaga, InitiateSimpleSaga, bool> > selector = (s, m) => s.CorrelationId == m.CorrelationId;
var filter = new SagaFilterExpressionConverter <SimpleSaga, InitiateSimpleSaga>(_initiateSaga).Convert(selector);
Trace.WriteLine(filter.ToString());
var matches = _repository.Where(filter);
Assert.AreEqual(1, matches.Count());
}
public async Task Matching_by_property_should_be_happy()
{
Expression <Func <SimpleSaga, ObservableSagaMessage, bool> > selector = (s, m) => s.Name == m.Name;
Expression <Func <SimpleSaga, bool> > filter =
new SagaFilterExpressionConverter <SimpleSaga, ObservableSagaMessage>(_observeSaga).Convert(selector);
Trace.WriteLine(filter.ToString());
Guid?matches = await _repository.ShouldContainSaga(filter, TestTimeout);
Assert.IsTrue(matches.HasValue);
}
public async Task The_saga_expression_should_be_converted_down_to_a_saga_only_filter()
{
Expression<Func<SimpleSaga, InitiateSimpleSaga, bool>> selector =
(s, m) => s.CorrelationId == m.CorrelationId;
Expression<Func<SimpleSaga, bool>> filter =
new SagaFilterExpressionConverter<SimpleSaga, InitiateSimpleSaga>(_initiateSaga).Convert(selector);
Trace.WriteLine(filter.ToString());
Guid? matches = await _repository.ShouldContainSaga(filter, TestTimeout);
Assert.IsTrue(matches.HasValue);
}
public async Task The_saga_expression_should_be_converted_down_to_a_saga_only_filter()
{
Expression <Func <SimpleSaga, InitiateSimpleSaga, bool> > selector =
(s, m) => s.CorrelationId == m.CorrelationId;
Expression <Func <SimpleSaga, bool> > filter =
new SagaFilterExpressionConverter <SimpleSaga, InitiateSimpleSaga>(_initiateSaga).Convert(selector);
Trace.WriteLine(filter.ToString());
Guid?matches = await _repository.ShouldContainSaga(filter, TestTimeout);
Assert.IsTrue(matches.HasValue);
}
public IEnumerable <Guid> Find(IConsumeContext <TMessage> context)
{
Expression <Func <TSaga, bool> > filter =
new SagaFilterExpressionConverter <TSaga, TMessage>(context.Message).Convert(_filterExpression);
var sagaFilter = new SagaFilter <TSaga>(filter);
int count = 0;
foreach (var sagaId in _repository.Where(sagaFilter, x => x.CorrelationId))
{
yield return(sagaId);
count++;
}
if (count == 0)
{
if (_policy.CanCreateInstance(context))
{
yield return(_policy.GetNewSagaId(context));
}
}
}
