public void when_invalid_endpoint_type_is_provided_via_configuration_it_should_blow_up()
{
Sut = new EndpointTypeDeterminer(AssemblyScanner.GetScannableAssemblies(),
() => "I am an invalid type name");
RetrievedEndpointType = Sut.GetEndpointConfigurationType().Type;
}
public void when_endpoint_type_is_provided_via_configuration_it_should_have_first_priority()
{
Sut = new EndpointTypeDeterminer(AssemblyScanner.GetScannableAssemblies(),
() => ConfigurationManager.AppSettings["EndpointConfigurationType"]);
RetrievedEndpointType = Sut.GetEndpointConfigurationType().Type;
Assert.AreEqual(EndpointTypeDefinedInConfigurationFile, RetrievedEndpointType);
}
public void when_endpoint_type_is_provided_via_configuration_it_should_have_first_priority()
{
var EndpointTypeDefinedInConfigurationFile = typeof(MyEndpointConfig);
var EndpointTypeDeterminer = new EndpointTypeDeterminer(new AssemblyScanner(),
() => ConfigurationManager.AppSettings["EndpointConfigurationType"]);
var RetrievedEndpointType = EndpointTypeDeterminer.GetEndpointConfigurationType().Type;
Assert.AreEqual(EndpointTypeDefinedInConfigurationFile, RetrievedEndpointType);
}
public void when_invalid_endpoint_type_is_provided_via_hostargs_it_should_blow_up()
{
Sut = new EndpointTypeDeterminer(AssemblyScannerResults,
() => ConfigurationManager.AppSettings["EndpointConfigurationType"]);
hostArguments = new HostArguments(new string[0])
{
EndpointConfigurationType = "I am an invalid type name"
};
RetrievedEndpointType = Sut.GetEndpointConfigurationTypeForHostedEndpoint(hostArguments).Type;
}
public void when_multiple_endpoint_types_found_via_assembly_scanning_it_should_blow_up()
{
var endpointTypeDeterminer = new EndpointTypeDeterminer(new AssemblyScanner(), () => null);
var exception = Assert.Throws <InvalidOperationException>(() =>
{
// ReSharper disable once UnusedVariable
var type = endpointTypeDeterminer.GetEndpointConfigurationType().Type;
});
Assert.That(exception.Message.StartsWith("Host doesn't support hosting of multiple endpoints"));
}
public void when_endpoint_type_is_not_provided_via_hostargs_it_should_fall_through_to_other_modes_of_determining_endpoint_type()
{
Sut = new EndpointTypeDeterminer(AssemblyScannerResults,
() => ConfigurationManager.AppSettings["EndpointConfigurationType"]);
hostArguments = new HostArguments(new string[0]);
// will match with config-based type
RetrievedEndpointType = Sut.GetEndpointConfigurationTypeForHostedEndpoint(hostArguments).Type;
Assert.AreEqual(EndpointTypeDefinedInConfigurationFile, RetrievedEndpointType);
}
public void when_invalid_endpoint_type_is_provided_via_hostargs_it_should_blow_up()
{
Sut = new EndpointTypeDeterminer(AssemblyScannerResults,
() => ConfigurationManager.AppSettings["EndpointConfigurationType"]);
hostArguments = new HostArguments(new string[0])
{
EndpointConfigurationType = "I am an invalid type name"
};
RetrievedEndpointType = Sut.GetEndpointConfigurationTypeForHostedEndpoint(hostArguments).Type;
}
when_endpoint_type_is_not_provided_via_hostargs_it_should_fall_through_to_other_modes_of_determining_endpoint_type
()
{
Sut = new EndpointTypeDeterminer(AssemblyScannerResults,
() => ConfigurationManager.AppSettings["EndpointConfigurationType"]);
hostArguments = new HostArguments(new string[0]);
// will match with config-based type
RetrievedEndpointType = Sut.GetEndpointConfigurationTypeForHostedEndpoint(hostArguments).Type;
Assert.AreEqual(EndpointTypeDefinedInConfigurationFile, RetrievedEndpointType);
}
public void when_endpoint_type_is_not_provided_via_hostArgs_it_should_fall_through_to_other_modes_of_determining_endpoint_type()
{
var endpointTypeDefinedInConfigurationFile = typeof(MyEndpointConfig);
var endpointTypeDeterminer = new EndpointTypeDeterminer(new AssemblyScanner(),
() => ConfigurationManager.AppSettings["EndpointConfigurationType"]);
var hostArguments = new HostArguments(new string[0]);
// will match with config-based type
var RetrievedEndpointType = endpointTypeDeterminer.GetEndpointConfigurationTypeForHostedEndpoint(hostArguments).Type;
Assert.AreEqual(endpointTypeDefinedInConfigurationFile, RetrievedEndpointType);
}
public void when_invalid_endpoint_type_is_provided_via_configuration_it_should_blow_up()
{
var AssemblyScanner = new AssemblyScanner();
var endpointTypeDeterminer = new EndpointTypeDeterminer(AssemblyScanner, () => "I am an invalid type name");
var exception = Assert.Throws <ConfigurationErrorsException>(() =>
{
// ReSharper disable once UnusedVariable
var type = endpointTypeDeterminer.GetEndpointConfigurationType().Type;
});
Assert.That(exception.Message.StartsWith("The 'EndpointConfigurationType' entry in the NServiceBus.Host.exe.config"));
}
public void when_endpoint_type_is_provided_via_hostargs_it_should_have_first_priority()
{
Sut = new EndpointTypeDeterminer(AssemblyScannerResults,
() => ConfigurationManager.AppSettings["EndpointConfigurationType"]);
hostArguments = new HostArguments(new string[0])
{
EndpointConfigurationType = typeof (TestEndpointType).AssemblyQualifiedName
};
RetrievedEndpointType = Sut.GetEndpointConfigurationTypeForHostedEndpoint(hostArguments).Type;
Assert.AreEqual(typeof (TestEndpointType), RetrievedEndpointType);
}
public void when_endpoint_type_is_found_via_assembly_scanning_it_should_have_second_priority()
{
AssemblyScannerResults = new AssemblyScannerResults();
Type endpointTypeInAssembly;
Assembly dynamicAssembly = BuildTestEndpointAssembly(out endpointTypeInAssembly);
AssemblyScannerResults.Assemblies.Add(dynamicAssembly);
Sut = new EndpointTypeDeterminer(AssemblyScannerResults, () => null);
RetrievedEndpointType = Sut.GetEndpointConfigurationType().Type;
Assert.AreEqual(endpointTypeInAssembly, RetrievedEndpointType);
}
public void when_endpoint_type_is_provided_via_hostargs_it_should_have_first_priority()
{
Sut = new EndpointTypeDeterminer(AssemblyScannerResults,
() => ConfigurationManager.AppSettings["EndpointConfigurationType"]);
hostArguments = new HostArguments(new string[0])
{
EndpointConfigurationType = typeof(TestEndpointType).AssemblyQualifiedName
};
RetrievedEndpointType = Sut.GetEndpointConfigurationTypeForHostedEndpoint(hostArguments).Type;
Assert.AreEqual(typeof(TestEndpointType), RetrievedEndpointType);
}
public void when_no_endpoint_type_found_via_configuration_or_assembly_scanning_it_should_blow_up()
{
AssemblyScanner = new AssemblyScanner
{
IncludeExesInScan = false,
AssembliesToSkip = new List <string> {
Assembly.GetExecutingAssembly().GetName().Name
}
};
EndpointTypeDeterminer = new EndpointTypeDeterminer(AssemblyScanner, () => null);
RetrievedEndpointType = EndpointTypeDeterminer.GetEndpointConfigurationType().Type;
}
public void when_invalid_endpoint_type_is_provided_via_hostArgs_it_should_blow_up()
{
var endpointTypeDeterminer = new EndpointTypeDeterminer(new AssemblyScanner(),
() => ConfigurationManager.AppSettings["EndpointConfigurationType"]);
var hostArguments = new HostArguments(new string[0])
{
EndpointConfigurationType = "I am an invalid type name"
};
Assert.Throws <ConfigurationErrorsException>(() =>
{
// ReSharper disable once UnusedVariable
var type = endpointTypeDeterminer.GetEndpointConfigurationTypeForHostedEndpoint(hostArguments).Type;
});
}
public void when_endpoint_type_is_found_via_assembly_scanning_it_should_have_second_priority()
{
Type endpointTypeInAssembly;
BuildTestEndpointAssembly(out endpointTypeInAssembly);
AssemblyScanner = new AssemblyScanner
{
IncludeExesInScan = false,
IncludeAppDomainAssemblies = true,
AssembliesToInclude = new List <string> {
endpointTypeInAssembly.Assembly.GetName().Name
},
};
EndpointTypeDeterminer = new EndpointTypeDeterminer(AssemblyScanner, () => null);
RetrievedEndpointType = EndpointTypeDeterminer.GetEndpointConfigurationType().Type;
Assert.AreEqual(endpointTypeInAssembly, RetrievedEndpointType);
}
public void when_no_endpoint_type_found_via_configuration_or_assembly_scanning_it_should_blow_up()
{
var AssemblyScanner = new AssemblyScanner
{
AssembliesToSkip = new List <string>
{
Assembly.GetExecutingAssembly().GetName().Name
}
};
var endpointTypeDeterminer = new EndpointTypeDeterminer(AssemblyScanner, () => null);
var exception = Assert.Throws <InvalidOperationException>(() =>
{
// ReSharper disable once UnusedVariable
var type = endpointTypeDeterminer.GetEndpointConfigurationType().Type;
});
Assert.That(exception.Message.StartsWith("No endpoint configuration found in scanned assemblies"));
}
public void when_endpoint_type_is_found_via_assembly_scanning_it_should_have_second_priority()
{
Type endpointTypeInAssembly;
BuildTestEndpointAssembly(out endpointTypeInAssembly);
AssemblyScanner = new AssemblyScanner
{
IncludeExesInScan = false,
IncludeAppDomainAssemblies = true,
AssembliesToInclude = new List<string> { endpointTypeInAssembly.Assembly.GetName().Name },
};
EndpointTypeDeterminer = new EndpointTypeDeterminer(AssemblyScanner, () => null);
RetrievedEndpointType = EndpointTypeDeterminer.GetEndpointConfigurationType().Type;
Assert.AreEqual(endpointTypeInAssembly, RetrievedEndpointType);
}
public void when_no_endpoint_type_found_via_configuration_or_assembly_scanning_it_should_blow_up()
{
AssemblyScanner = new AssemblyScanner
{
IncludeExesInScan = false,
AssembliesToSkip = new List<string> { Assembly.GetExecutingAssembly().GetName().Name }
};
EndpointTypeDeterminer = new EndpointTypeDeterminer(AssemblyScanner, () => null);
RetrievedEndpointType = EndpointTypeDeterminer.GetEndpointConfigurationType().Type;
}
public void when_no_endpoint_type_found_via_configuration_or_assembly_scanning_it_should_blow_up()
{
Sut = new EndpointTypeDeterminer(new AssemblyScannerResults(), () => null);
RetrievedEndpointType = Sut.GetEndpointConfigurationType().Type;
}
public void when_multiple_endpoint_types_found_via_assembly_scanning_it_should_blow_up()
{
Sut = new EndpointTypeDeterminer(AssemblyScanner.GetScannableAssemblies(), () => null);
RetrievedEndpointType = Sut.GetEndpointConfigurationType().Type;
}
public void when_endpoint_type_is_provided_via_configuration_it_should_have_first_priority()
{
Sut = new EndpointTypeDeterminer(AssemblyScanner.GetScannableAssemblies(),
() => ConfigurationManager.AppSettings["EndpointConfigurationType"]);
RetrievedEndpointType = Sut.GetEndpointConfigurationType().Type;
Assert.AreEqual(EndpointTypeDefinedInConfigurationFile, RetrievedEndpointType);
}
public void when_invalid_endpoint_type_is_provided_via_configuration_it_should_blow_up()
{
Sut = new EndpointTypeDeterminer(AssemblyScanner.GetScannableAssemblies(),
() => "I am an invalid type name");
RetrievedEndpointType = Sut.GetEndpointConfigurationType().Type;
}
public void when_endpoint_type_is_found_via_assembly_scanning_it_should_have_second_priority()
{
AssemblyScannerResults = new AssemblyScannerResults();
Type endpointTypeInAssembly;
Assembly dynamicAssembly = BuildTestEndpointAssembly(out endpointTypeInAssembly);
AssemblyScannerResults.Assemblies.Add(dynamicAssembly);
Sut = new EndpointTypeDeterminer(AssemblyScannerResults, () => null);
RetrievedEndpointType = Sut.GetEndpointConfigurationType().Type;
Assert.AreEqual(endpointTypeInAssembly, RetrievedEndpointType);
}
public void when_multiple_endpoint_types_found_via_assembly_scanning_it_should_blow_up()
{
Sut = new EndpointTypeDeterminer(AssemblyScanner.GetScannableAssemblies(), () => null);
RetrievedEndpointType = Sut.GetEndpointConfigurationType().Type;
}
public void when_no_endpoint_type_found_via_configuration_or_assembly_scanning_it_should_blow_up()
{
Sut = new EndpointTypeDeterminer(new AssemblyScannerResults(), () => null);
RetrievedEndpointType = Sut.GetEndpointConfigurationType().Type;
}
