public void should_read_only_events_forward_with_stream_id_regex()
{
var filter = new TcpClientMessageDto.Filter(
FilterContext.StreamId,
FilterType.Regex, new[] { @"^.*ES2.*$" });
var eventFilter = EventFilter.Get(filter);
var result = ReadIndex.ReadAllEventsForwardFiltered(_forwardReadPos, 10, 10, eventFilter);
Assert.AreEqual(1, result.Records.Count);
}
public void should_read_only_events_backward_with_event_type_regex()
{
var filter = new TcpClientMessageDto.Filter(
FilterContext.EventType,
FilterType.Regex, new[] { @"^.*other-event.*$" });
var eventFilter = EventFilter.Get(filter);
var result = ReadIndex.ReadAllEventsBackwardFiltered(_backwardReadPos, 10, 10, eventFilter);
Assert.AreEqual(2, result.Records.Count);
}
public void should_read_only_events_backward_with_stream_id_prefix()
{
var filter = new TcpClientMessageDto.Filter(
FilterContext.StreamId,
FilterType.Prefix, new[] { "ES2" });
var eventFilter = EventFilter.Get(filter);
var result = ReadIndex.ReadAllEventsBackwardFiltered(_backwardReadPos, 10, 10, eventFilter);
Assert.AreEqual(1, result.Records.Count);
}
public void should_read_only_events_forward_with_event_type_prefix()
{
var filter = new TcpClientMessageDto.Filter(
FilterContext.EventType,
FilterType.Prefix, new[] { "event-type" });
var eventFilter = EventFilter.Get(filter);
var result = ReadIndex.ReadAllEventsForwardFiltered(_forwardReadPos, 10, 10, eventFilter);
Assert.AreEqual(2, result.Records.Count);
}
public void should_read_only_events_backward_with_event_type_prefix()
{
var filter = new Filter(
Filter.Types.FilterContext.EventType,
Filter.Types.FilterType.Prefix, new[] { "event-type" });
var eventFilter = EventFilter.Get(true, filter);
var result = ReadIndex.ReadAllEventsBackwardFiltered(_backwardReadPos, 10, 10, eventFilter);
Assert.AreEqual(2, result.Records.Count);
}
public void should_read_only_events_forward_with_stream_id_prefix()
{
var filter = new Filter(
Filter.Types.FilterContext.StreamId,
Filter.Types.FilterType.Prefix, new[] { "ES2" });
var eventFilter = EventFilter.Get(true, filter);
var result = ReadIndex.ReadAllEventsForwardFiltered(_forwardReadPos, 10, 10, eventFilter);
Assert.AreEqual(1, result.Records.Count);
}
public void should_read_only_events_forward_with_event_type_regex()
{
var filter = new Filter(
Filter.Types.FilterContext.EventType,
Filter.Types.FilterType.Regex, new[] { @"^.*other-event.*$" });
var eventFilter = EventFilter.Get(true, filter);
var result = ReadIndex.ReadAllEventsForwardFiltered(_forwardReadPos, 10, 10, eventFilter);
Assert.AreEqual(2, result.Records.Count);
}
public void should_read_only_events_backward_with_stream_id_regex()
{
var filter = new Filter(
Filter.Types.FilterContext.StreamId,
Filter.Types.FilterType.Regex, new[] { @"^.*ES2.*$" });
var eventFilter = EventFilter.Get(true, filter);
var result = ReadIndex.ReadAllEventsBackwardFiltered(_backwardReadPos, 10, 10, eventFilter);
Assert.AreEqual(1, result.Records.Count);
}
public void should_filter_out_disallowed_streams_when_reading_events_forward_with_stream_id_regex()
{
var filter = new Filter(
Filter.Types.FilterContext.StreamId,
Filter.Types.FilterType.Regex, new[] { @"^.*istentsubsc.*$" });
var eventFilter = EventFilter.Get(true, filter);
var result = ReadIndex.ReadAllEventsForwardFiltered(_forwardReadPos, 10, 10, eventFilter);
Assert.AreEqual(1, result.Records.Count);
Assert.True(result.Records.All(x => x.Event.EventStreamId != _disallowedStream));
Assert.True(result.Records.Any(x => x.Event.EventStreamId == _allowedStream2));
}
public void should_filter_out_disallowed_streams_when_reading_events_forward_with_stream_id_prefix()
{
var filter = new TcpClientMessageDto.Filter(
FilterContext.StreamId,
FilterType.Prefix, new[] { "$persistentsubscripti" });
var eventFilter = EventFilter.Get(true, filter);
var result = ReadIndex.ReadAllEventsForwardFiltered(_forwardReadPos, 10, 10, eventFilter);
Assert.AreEqual(1, result.Records.Count);
Assert.True(result.Records.All(x => x.Event.EventStreamId != _disallowedStream));
Assert.True(result.Records.Any(x => x.Event.EventStreamId == _allowedStream2));
}
public void should_filter_out_disallowed_streams_when_reading_events_forward_with_event_type_prefix()
{
var filter = new Filter(
Filter.Types.FilterContext.EventType,
Filter.Types.FilterType.Prefix, new[] { "event-type" });
var eventFilter = EventFilter.Get(true, filter);
var result = ReadIndex.ReadAllEventsForwardFiltered(_forwardReadPos, 10, 10, eventFilter);
Assert.AreEqual(2, result.Records.Count);
Assert.True(result.Records.All(x => x.Event.EventStreamId != _disallowedStream));
Assert.True(result.Records.Any(x => x.Event.EventStreamId == _allowedStream1));
Assert.True(result.Records.Any(x => x.Event.EventStreamId == _allowedStream2));
}
public void should_filter_out_disallowed_streams_when_reading_events_backward_with_event_type_regex()
{
var filter = new TcpClientMessageDto.Filter(
FilterContext.EventType,
FilterType.Regex, new[] { @"^.*event-type.*$" });
var eventFilter = EventFilter.Get(true, filter);
var result = ReadIndex.ReadAllEventsBackwardFiltered(_backwardReadPos, 10, 10, eventFilter);
Assert.AreEqual(2, result.Records.Count);
Assert.True(result.Records.All(x => x.Event.EventStreamId != _disallowedStream));
Assert.True(result.Records.Any(x => x.Event.EventStreamId == _allowedStream1));
Assert.True(result.Records.Any(x => x.Event.EventStreamId == _allowedStream2));
}
public override void Start(Guid correlationId)
{
CorrelationId = correlationId;
Publisher.PublishWithAuthentication(_authenticationProvider, _userCredentials,
ex => DropSubscription(Core.Services.SubscriptionDropReason.AccessDenied, ex),
user => new ClientMessage.FilteredSubscribeToStream(
correlationId,
correlationId,
new PublishEnvelope(Publisher, true),
ConnectionId,
StreamId,
_resolveLinkTos,
user,
EventFilter.Get(_filter),
_checkpointInterval));
}
private ClientMessage.FilteredSubscribeToStream UnwrapFilteredSubscribeToStream(TcpPackage package,
IEnvelope envelope,
ClaimsPrincipal user,
TcpConnectionManager connection)
{
var dto = package.Data.Deserialize <TcpClientMessageDto.FilteredSubscribeToStream>();
if (dto == null)
{
return(null);
}
IEventFilter eventFilter = EventFilter.Get(dto.Filter);
return(new ClientMessage.FilteredSubscribeToStream(Guid.NewGuid(), package.CorrelationId, envelope,
connection.ConnectionId, dto.EventStreamId, dto.ResolveLinkTos, user, eventFilter,
dto.CheckpointInterval));
}
private static ClientMessage.FilteredReadAllEventsForward UnwrapFilteredReadAllEventsForward(TcpPackage package,
IEnvelope envelope, ClaimsPrincipal user)
{
var dto = package.Data.Deserialize <TcpClientMessageDto.FilteredReadAllEvents>();
if (dto == null)
{
return(null);
}
IEventFilter eventFilter = EventFilter.Get(dto.Filter);
int maxSearchWindow = dto.MaxCount;
if (dto.MaxSearchWindow.HasValue)
{
maxSearchWindow = dto.MaxSearchWindow.GetValueOrDefault();
}
return(new ClientMessage.FilteredReadAllEventsForward(Guid.NewGuid(), package.CorrelationId, envelope,
dto.CommitPosition, dto.PreparePosition, dto.MaxCount,
dto.ResolveLinkTos, dto.RequireLeader, maxSearchWindow, null, eventFilter, user, null));
}
