public void Read_CompleteOutbound_MessageTypeSet()
{
var reader =
new ConfigurationReader(_serviceProvider)
.Read(ConfigFileHelper.GetConfigSection("outbound.complete"));
reader.Outbound.First().MessageType.Should().Be(typeof(IIntegrationEvent));
}
public void Read_CompleteOutbound_ConnectorTypeSet()
{
var reader =
new ConfigurationReader(_serviceProvider)
.Read(ConfigFileHelper.GetConfigSection("outbound.complete"));
reader.Outbound.Skip(1).First().ConnectorType.Should().Be(typeof(DeferredOutboundConnector));
}
public void Read_CompleteInbound_ErrorPoliciesAdded()
{
var reader =
new ConfigurationReader(_serviceProvider)
.Read(ConfigFileHelper.GetConfigSection("inbound.complete"));
reader.Inbound.First().ErrorPolicies.Should().HaveCount(2);
}
public void ReadAndApply_SimpleOutbound_OutboundAdded()
{
new ConfigurationReader(_serviceProvider)
.Read(ConfigFileHelper.GetConfigSection("outbound.simplest"))
.Apply(_builder);
_builder.ReceivedWithAnyArgs(1).AddOutbound(null, null, null);
}
public void Read_SimpleOutbound_DefaultMessageType()
{
var reader =
new ConfigurationReader(_serviceProvider)
.Read(ConfigFileHelper.GetConfigSection("outbound.simplest"));
reader.Outbound.First().MessageType.Should().Be(typeof(object));
}
public void Read_SimplestInbound_EndpointAdded()
{
var reader =
new ConfigurationReader(_serviceProvider)
.Read(ConfigFileHelper.GetConfigSection("inbound.simplest"));
reader.Inbound.Count.Should().Be(2);
reader.Inbound.First().Endpoint.Should().NotBeNull();
}
public void Read_CompleteInbound_EndpointNamesSet()
{
var reader =
new ConfigurationReader(_serviceProvider)
.Read(ConfigFileHelper.GetConfigSection("inbound.complete"));
var endpoint = (KafkaConsumerEndpoint)reader.Inbound.Skip(1).First().Endpoint;
endpoint.Names.Should().BeEquivalentTo("inbound-endpoint1", "inbound-endpoint2");
}
public void Read_CompleteInbound_EndpointSubPropertySet()
{
var reader =
new ConfigurationReader(_serviceProvider)
.Read(ConfigFileHelper.GetConfigSection("inbound.complete"));
var endpoint = (KafkaConsumerEndpoint)reader.Inbound.First().Endpoint;
endpoint.Configuration.AutoOffsetReset.Should().Be(AutoOffsetReset.Earliest);
}
public void Read_CompleteOutbound_CustomSerializerSet()
{
var reader =
new ConfigurationReader(_serviceProvider)
.Read(ConfigFileHelper.GetConfigSection("outbound.complete"));
var endpoint = reader.Outbound.First().Endpoint;
endpoint.Serializer.Should().BeOfType <FakeSerializer>();
}
public void Read_SimplestInbound_DefaultSerializer()
{
var reader =
new ConfigurationReader(_serviceProvider)
.Read(ConfigFileHelper.GetConfigSection("inbound.simplest"));
var endpoint = reader.Inbound.First().Endpoint;
endpoint.Serializer.Should().NotBeNull();
}
public void Read_SimplestInbound_EndpointNameSet()
{
var reader =
new ConfigurationReader(_serviceProvider)
.Read(ConfigFileHelper.GetConfigSection("inbound.simplest"));
var endpoint = reader.Inbound.Skip(1).First().Endpoint;
endpoint.Name.Should().Be("inbound-endpoint2");
}
public void Read_CompleteInbound_SettingsBatchSet()
{
var reader =
new ConfigurationReader(_serviceProvider)
.Read(ConfigFileHelper.GetConfigSection("inbound.complete"));
var batchSettings = reader.Inbound.First().Settings.Batch;
batchSettings.Should().NotBeNull();
}
public void Read_SimplestOutbound_ChunkSizeSet()
{
var reader =
new ConfigurationReader(_serviceProvider)
.Read(ConfigFileHelper.GetConfigSection("outbound.complete"));
var endpoint = (KafkaProducerEndpoint)reader.Outbound.First().Endpoint;
endpoint.Chunk.Size.Should().Be(100000);
}
public void Read_SimplestInbound_CorrectEndpointType()
{
var reader =
new ConfigurationReader(_serviceProvider)
.Read(ConfigFileHelper.GetConfigSection("inbound.simplest"));
var endpoint = reader.Inbound.First().Endpoint;
endpoint.Should().BeOfType <KafkaConsumerEndpoint>();
}
public void Read_CompleteOutbound_CustomSerializerPropertySet()
{
var reader =
new ConfigurationReader(_serviceProvider)
.Read(ConfigFileHelper.GetConfigSection("outbound.complete"));
var serializer = (FakeSerializer)reader.Outbound.First().Endpoint.Serializer;
serializer.Settings.Mode.Should().Be(4);
}
public void Read_SimplestOutbound_DefaultChunkSize()
{
var reader =
new ConfigurationReader(_serviceProvider)
.Read(ConfigFileHelper.GetConfigSection("outbound.simplest"));
var endpoint = (KafkaProducerEndpoint)reader.Outbound.First().Endpoint;
endpoint.Chunk.Size.Should().Be(int.MaxValue);
}
public void Read_CompleteInbound_SettingsConsumersSet()
{
var reader =
new ConfigurationReader(_serviceProvider)
.Read(ConfigFileHelper.GetConfigSection("inbound.complete"));
var settings = reader.Inbound.First().Settings;
settings.Consumers.Should().Be(3);
}
public void Read_CompleteOutbound_EndpointSubPropertySet()
{
var reader =
new ConfigurationReader(_serviceProvider)
.Read(ConfigFileHelper.GetConfigSection("outbound.complete"));
var endpoint = (KafkaProducerEndpoint)reader.Outbound.First().Endpoint;
endpoint.Configuration.EnableBackgroundPoll.Should().BeFalse();
}
public void Read_CompleteInbound_SettingsBatchPropertiesSet()
{
var reader =
new ConfigurationReader(_serviceProvider)
.Read(ConfigFileHelper.GetConfigSection("inbound.complete"));
var batchSettings = reader.Inbound.First().Settings.Batch;
batchSettings.Size.Should().Be(5);
batchSettings.MaxWaitTime.Should().Be(TimeSpan.FromMilliseconds(2500));
}
public void Read_CompleteInbound_ErrorPolicyMaxFailedAttemptsSet()
{
var reader =
new ConfigurationReader(_serviceProvider)
.Read(ConfigFileHelper.GetConfigSection("inbound.complete"));
var policy = reader.Inbound.First().ErrorPolicies.First();
policy.CanHandle(new InboundMessage(null, new[] { new MessageHeader(MessageHeader.FailedAttemptsKey, "3") }, null, null, true), new ArgumentException()).Should().BeTrue();
policy.CanHandle(new InboundMessage(null, new[] { new MessageHeader(MessageHeader.FailedAttemptsKey, "6") }, null, null, true), new ArgumentException()).Should().BeFalse();
}
public void Read_CompleteInbound_ErrorPolicyConstructorParameterSet()
{
var reader =
new ConfigurationReader(_serviceProvider)
.Read(ConfigFileHelper.GetConfigSection("inbound.complete"));
var policy = (RetryErrorPolicy)reader.Inbound.First().ErrorPolicies.First();
((TimeSpan)policy.GetType().GetField("_delayIncrement", BindingFlags.NonPublic | BindingFlags.Instance)
.GetValue(policy)).Should().Be(TimeSpan.FromMinutes(5));
}
public void Read_CompleteInbound_ErrorPolicyExcludeSet()
{
var reader =
new ConfigurationReader(_serviceProvider)
.Read(ConfigFileHelper.GetConfigSection("inbound.complete"));
var policy = reader.Inbound.First().ErrorPolicies.First();
policy.CanHandle(new InboundMessage(null, null, null, null, true), new ArgumentException()).Should().BeTrue();
policy.CanHandle(new InboundMessage(null, null, null, null, true), new ArgumentNullException()).Should().BeFalse();
}
public void Read_CompleteOutbound_DefaultSerializerPropertiesSet()
{
var reader =
new ConfigurationReader(_serviceProvider)
.Read(ConfigFileHelper.GetConfigSection("outbound.complete"));
var serializer = (JsonMessageSerializer)reader.Outbound.Skip(1).First().Endpoint.Serializer;
serializer.Encoding.Should().Be(MessageEncoding.Unicode);
serializer.Settings.Formatting.Should().Be(Formatting.Indented);
}
public void ReadAndApply_CompleteOutbound_AddOutboundWithCorrectTypes()
{
new ConfigurationReader(_serviceProvider)
.Read(ConfigFileHelper.GetConfigSection("outbound.complete"))
.Apply(_builder);
_builder.Received(1).AddOutbound(
typeof(IIntegrationEvent),
Arg.Any <KafkaProducerEndpoint>(),
null);
_builder.Received(1).AddOutbound(
typeof(IIntegrationCommand),
Arg.Any <KafkaProducerEndpoint>(),
typeof(DeferredOutboundConnector));
}
public void ReadAndApply_CompleteInbound_AddInboundWithCorrectTypes()
{
new ConfigurationReader(_serviceProvider)
.Read(ConfigFileHelper.GetConfigSection("inbound.complete"))
.Apply(_builder);
// TODO: Should check policies in first call
_builder.Received(1).AddInbound(
Arg.Any <KafkaConsumerEndpoint>(),
null,
Arg.Any <Func <ErrorPolicyBuilder, IErrorPolicy> >(),
Arg.Any <InboundConnectorSettings>());
_builder.Received(1).AddInbound(
Arg.Any <KafkaConsumerEndpoint>(),
typeof(LoggedInboundConnector),
Arg.Is <Func <ErrorPolicyBuilder, IErrorPolicy> >(f => f.Invoke(null) == null));
}