public void ComputeAdapterNameResolvesActualProtocolTypeNameForWcfCustomAdapter()
{
var sut = new NamingConventionDouble();
IAdapter adapter = new CustomAdapterFake <NetTcpBindingElement, CustomRLConfig>();
Assert.That(sut.ComputeAdapterNameSpy(adapter), Is.EqualTo("WCF-CustomNetTcp"));
adapter = new CustomAdapterFake <System.ServiceModel.Configuration.NetMsmqBindingElement, CustomRLConfig>();
Assert.That(sut.ComputeAdapterNameSpy(adapter), Is.EqualTo("WCF-CustomNetMsmq"));
adapter = new CustomAdapterFake <Be.Stateless.BizTalk.Dsl.Binding.ServiceModel.Configuration.NetMsmqBindingElement, CustomRLConfig>();
Assert.That(sut.ComputeAdapterNameSpy(adapter), Is.EqualTo("WCF-CustomNetMsmq"));
adapter = new CustomAdapterFake <OracleDBBindingConfigurationElement, CustomRLConfig>();
Assert.That(sut.ComputeAdapterNameSpy(adapter), Is.EqualTo("WCF-CustomOracleDB"));
adapter = new CustomAdapterFake <SqlAdapterBindingConfigurationElement, CustomRLConfig>();
Assert.That(sut.ComputeAdapterNameSpy(adapter), Is.EqualTo("WCF-CustomSql"));
adapter = new WcfCustomAdapter.Outbound <CustomBindingElement>(a => a.Binding.Add(new MtomMessageEncodingElement(), new HttpsTransportElement()));
Assert.That(sut.ComputeAdapterNameSpy(adapter), Is.EqualTo("WCF-CustomHttps"));
adapter = new WcfCustomAdapter.Outbound <CustomBindingElement>(a => a.Binding.Add(new TcpTransportElement()));
Assert.That(sut.ComputeAdapterNameSpy(adapter), Is.EqualTo("WCF-CustomTcp"));
adapter = new WcfCustomAdapter.Outbound <CustomBindingElement>(a => a.Binding.Add(new SAPAdapterExtensionElement()));
Assert.That(sut.ComputeAdapterNameSpy(adapter), Is.EqualTo("WCF-CustomSap"));
adapter = new WcfCustomAdapter.Outbound <CustomBindingElement>(a => a.Binding.Add(new SqlAdapterBindingElementExtensionElement()));
Assert.That(sut.ComputeAdapterNameSpy(adapter), Is.EqualTo("WCF-CustomSql"));
// notice that OracleDBAdapterExtensionElement cannot be used because it is internal :(
//adapter = new WcfCustomAdapter.Outbound<CustomBindingElement>(a => a.Binding.Add(new OracleDBAdapterExtensionElement()));
}
public void ComputeReceiveLocationNameRequiresAreaToMatchItsReceivePortOneIfItHasOne()
{
var applicationBindingMock = new Mock <IApplicationBinding <NamingConventionDouble> >();
applicationBindingMock.As <ISupportNamingConvention>().Setup(snc => snc.Name).Returns("SomeApplication");
var receivePortMock = new Mock <IReceivePort <NamingConventionDouble> >();
receivePortMock.Setup(rp => rp.GetType()).Returns(typeof(TaxAgencyReceivePort));
receivePortMock.Setup(rp => rp.ApplicationBinding).Returns(applicationBindingMock.Object);
receivePortMock.Setup(rp => rp.Name).Returns(new NamingConventionDouble {
Party = "ReceivePortParty"
});
var receiveLocationMock = new Mock <IReceiveLocation <NamingConventionDouble> >();
receiveLocationMock.Setup(rl => rl.GetType()).Returns(typeof(BankReceiveLocation));
receiveLocationMock.Setup(rl => rl.ReceivePort).Returns(receivePortMock.Object);
receiveLocationMock.Setup(rl => rl.Transport).Returns(new ReceiveLocationTransport {
Adapter = new FileAdapter.Inbound(t => { })
});
var sut = new NamingConventionDouble {
MessageName = "SomeMessage", MessageFormat = "SomeFormat"
};
Assert.That(
() => sut.ComputeReceiveLocationNameSpy(receiveLocationMock.Object),
Throws.TypeOf <NamingConventionException>().With.Message.EqualTo(
string.Format(
"'{0}' ReceiveLocation's Area, 'Income', does not match its ReceivePort's one, 'Invoice'.",
typeof(BankReceiveLocation).Name)));
}
public void ComputeReceiveLocationNameDoesNotRequireAreaToMatchItsReceivePortOneIfItHasNone()
{
var applicationBindingMock = new Mock <IApplicationBinding <NamingConventionDouble> >();
applicationBindingMock.As <ISupportNamingConvention>().Setup(snc => snc.Name).Returns("SomeApplication");
var receivePortMock = new Mock <IReceivePort <NamingConventionDouble> >();
receivePortMock.Setup(rp => rp.GetType()).Returns(typeof(StandaloneReceivePort));
receivePortMock.Setup(rp => rp.ApplicationBinding).Returns(applicationBindingMock.Object);
receivePortMock.Setup(rp => rp.Name).Returns(new NamingConventionDouble {
Party = "ReceivePortParty"
});
var receiveLocationMock = new Mock <IReceiveLocation <NamingConventionDouble> >();
receiveLocationMock.Setup(rl => rl.GetType()).Returns(typeof(BankReceiveLocation));
receiveLocationMock.Setup(rl => rl.ReceivePort).Returns(receivePortMock.Object);
receiveLocationMock.Setup(rl => rl.Transport).Returns(new ReceiveLocationTransport {
Adapter = new FileAdapter.Inbound(t => { })
});
var sut = new NamingConventionDouble {
MessageName = "SomeMessage", MessageFormat = "SomeFormat"
};
Assert.That(() => sut.ComputeReceiveLocationNameSpy(receiveLocationMock.Object), Throws.Nothing);
}
public void ComputeReceiveLocationNameTwoWay()
{
var applicationBindingMock = new Mock <IApplicationBinding <NamingConventionDouble> >();
applicationBindingMock.As <ISupportNamingConvention>().Setup(snc => snc.Name).Returns("SomeApplication");
var receivePortMock = new Mock <IReceivePort <NamingConventionDouble> >();
receivePortMock.Setup(rp => rp.GetType()).Returns(typeof(StandaloneReceivePort));
receivePortMock.Setup(rp => rp.ApplicationBinding).Returns(applicationBindingMock.Object);
receivePortMock.Setup(rp => rp.Name).Returns(new NamingConventionDouble {
Party = "SomeParty"
});
receivePortMock.Setup(rp => rp.IsTwoWay).Returns(true);
var receiveLocationMock = new Mock <IReceiveLocation <NamingConventionDouble> >();
receiveLocationMock.Setup(rl => rl.GetType()).Returns(typeof(StandaloneReceiveLocation));
receiveLocationMock.Setup(rl => rl.ReceivePort).Returns(receivePortMock.Object);
receiveLocationMock.Setup(rl => rl.Transport).Returns(new ReceiveLocationTransport {
Adapter = new FileAdapter.Inbound(t => { })
});
var sut = new NamingConventionDouble {
MessageName = "SomeMessage", MessageFormat = "SomeFormat"
};
Assert.That(sut.ComputeReceiveLocationNameSpy(receiveLocationMock.Object), Is.EqualTo("SomeApplication.RL2.SomeParty.SomeMessage.FILE.SomeFormat"));
}
public void ComputeAreaReturnsNullWhenTypeQualifiedNameIsNotMadeOfExactlyFiveTokens()
{
var sut = new NamingConventionDouble();
Assert.That(sut.ComputeAreaSpy(typeof(SampleApplication)), Is.Null);
Assert.That(sut.ComputeAreaSpy(typeof(SampleApplicationWithArea)), Is.Null);
Assert.That(sut.ComputeAreaSpy(typeof(StandaloneReceivePort)), Is.Null);
}
public void ComputeApplicationNameReturnsGivenName()
{
var applicationBindingMock = new Mock <IApplicationBinding <NamingConventionDouble> >();
var sut = new NamingConventionDouble {
ApplicationName = "SampleApplicationName"
};
Assert.That(sut.ComputeApplicationNameSpy(applicationBindingMock.Object), Is.EqualTo("SampleApplicationName"));
}
public void ComputeApplicationNameReturnsTypeNameIfNotGiven()
{
var applicationBindingMock = new Mock <IApplicationBinding <NamingConventionDouble> >();
applicationBindingMock.Setup(ab => ab.GetType()).Returns(typeof(SampleApplication));
var sut = new NamingConventionDouble();
Assert.That(sut.ComputeApplicationNameSpy(applicationBindingMock.Object), Is.EqualTo("SampleApplication"));
}
public void ComputeAdapterNameResolvesActualProtocolTypeNameForWcfCustomIsolatedAdapter()
{
var sut = new NamingConventionDouble();
IAdapter adapter = new CustomIsolatedAdapterFake <NetTcpBindingElement, CustomRLConfig>();
Assert.That(sut.ComputeAdapterNameSpy(adapter), Is.EqualTo("WCF-CustomIsolatedNetTcp"));
adapter = new CustomIsolatedAdapterFake <WSHttpBindingElement, CustomRLConfig>();
Assert.That(sut.ComputeAdapterNameSpy(adapter), Is.EqualTo("WCF-CustomIsolatedWsHttp"));
adapter = new CustomIsolatedAdapterFake <BasicHttpBindingElement, CustomRLConfig>();
Assert.That(sut.ComputeAdapterNameSpy(adapter), Is.EqualTo("WCF-CustomIsolatedBasicHttp"));
}
public void ComputeSendPortNameRequiresApplicationBinding()
{
var sendPortMock = new Mock <ISendPort <NamingConventionDouble> >();
sendPortMock.Setup(sp => sp.GetType()).Returns(typeof(StandaloneSendPort));
var sut = new NamingConventionDouble();
Assert.That(
() => sut.ComputeSendPortNameSpy(sendPortMock.Object),
Throws.TypeOf <NamingConventionException>().With.Message.EqualTo(
string.Format(
"'{0}' SendPort is not bound to application's send port collection.",
typeof(StandaloneSendPort).Name)));
}
public void ComputeReceivePortNameEmbedsApplicationNameAndParty()
{
var applicationBindingMock = new Mock <IApplicationBinding <NamingConventionDouble> >();
applicationBindingMock.As <ISupportNamingConvention>().Setup(snc => snc.Name).Returns("SomeApplication");
var receivePortMock = new Mock <IReceivePort <NamingConventionDouble> >();
receivePortMock.Setup(rp => rp.GetType()).Returns(typeof(StandaloneReceivePort));
receivePortMock.Setup(rp => rp.ApplicationBinding).Returns(applicationBindingMock.Object);
var sut = new NamingConventionDouble {
Party = "SomeParty"
};
Assert.That(sut.ComputeReceivePortNameSpy(receivePortMock.Object), Is.EqualTo("SomeApplication.RP1.SomeParty"));
}
public void ComputeReceivePortNameRequiresParty()
{
var applicationBindingMock = new Mock <IApplicationBinding <NamingConventionDouble> >();
var receivePortMock = new Mock <IReceivePort <NamingConventionDouble> >();
receivePortMock.Setup(rp => rp.GetType()).Returns(typeof(StandaloneReceivePort));
receivePortMock.Setup(rp => rp.ApplicationBinding).Returns(applicationBindingMock.Object);
var sut = new NamingConventionDouble();
Assert.That(
() => sut.ComputeReceivePortNameSpy(receivePortMock.Object),
Throws.TypeOf <NamingConventionException>().With.Message.EqualTo(
string.Format(
"'{0}' ReceivePort's Party is required.",
typeof(StandaloneReceivePort).Name)));
}
public void ComputeSendPortNameRequiresNonNullMessageFormat()
{
var applicationBindingMock = new Mock <IApplicationBinding <NamingConventionDouble> >();
applicationBindingMock.As <ISupportNamingConvention>().Setup(snc => snc.Name).Returns("SomeApplication");
var sendPortMock = new Mock <ISendPort <NamingConventionDouble> >();
sendPortMock.Setup(sp => sp.GetType()).Returns(typeof(StandaloneSendPort));
sendPortMock.Setup(sp => sp.ApplicationBinding).Returns(applicationBindingMock.Object);
var sut = new NamingConventionDouble {
Party = "SomeParty", MessageName = "SomeMessage"
};
Assert.That(
() => sut.ComputeSendPortNameSpy(sendPortMock.Object),
Throws.TypeOf <NamingConventionException>().With.Message.EqualTo("A non null MessageFormat is required."));
}
public void ComputeSendPortNameEmbedsEmptyMessageFormat()
{
var applicationBindingMock = new Mock <IApplicationBinding <NamingConventionDouble> >();
applicationBindingMock.As <ISupportNamingConvention>().Setup(snc => snc.Name).Returns("SomeApplication");
var sendPortMock = new Mock <ISendPort <NamingConventionDouble> >();
sendPortMock.Setup(sp => sp.GetType()).Returns(typeof(StandaloneSendPort));
sendPortMock.Setup(sp => sp.ApplicationBinding).Returns(applicationBindingMock.Object);
sendPortMock.Setup(sp => sp.Transport).Returns(new SendPortTransport {
Adapter = new FileAdapter.Outbound(t => { })
});
var sut = new NamingConventionDouble {
Party = "SomeParty", MessageName = "SomeMessage", MessageFormat = string.Empty
};
Assert.That(sut.ComputeSendPortNameSpy(sendPortMock.Object), Is.EqualTo("SomeApplication.SP1.SomeParty.SomeMessage.FILE"));
}
public void ComputeReceiveLocationNameRequiresNonNullMessageFormat()
{
var receivePortMock = new Mock <IReceivePort <NamingConventionDouble> >();
receivePortMock.Setup(rp => rp.Name).Returns(new NamingConventionDouble {
Party = "ReceivePortParty"
});
var receiveLocationMock = new Mock <IReceiveLocation <NamingConventionDouble> >();
receiveLocationMock.Setup(rl => rl.ReceivePort).Returns(receivePortMock.Object);
var sut = new NamingConventionDouble {
MessageName = "SomeMessage"
};
Assert.That(
() => sut.ComputeReceiveLocationNameSpy(receiveLocationMock.Object),
Throws.TypeOf <NamingConventionException>().With.Message.EqualTo("A non null MessageFormat is required."));
}
public void ComputeReceiveLocationNameRequiresParty()
{
var receivePortMock = new Mock <IReceivePort <NamingConventionDouble> >();
receivePortMock.Setup(rp => rp.Name).Returns(new NamingConventionDouble());
var receiveLocationMock = new Mock <IReceiveLocation <NamingConventionDouble> >();
receiveLocationMock.Setup(rp => rp.GetType()).Returns(typeof(BankReceiveLocation));
receiveLocationMock.Setup(rl => rl.ReceivePort).Returns(receivePortMock.Object);
var sut = new NamingConventionDouble();
Assert.That(
() => sut.ComputeReceiveLocationNameSpy(receiveLocationMock.Object),
Throws.TypeOf <NamingConventionException>().With.Message.EqualTo(
string.Format(
"'{0}' ReceiveLocation's Party is required.",
typeof(BankReceiveLocation).Name)));
}
public void ComputeReceiveLocationNameRequiresPartyToMatchItsReceivePortOne()
{
var receivePortMock = new Mock <IReceivePort <NamingConventionDouble> >();
receivePortMock.Setup(rp => rp.Name).Returns(new NamingConventionDouble {
Party = "ReceivePortParty"
});
var receiveLocationMock = new Mock <IReceiveLocation <NamingConventionDouble> >();
receiveLocationMock.Setup(rp => rp.GetType()).Returns(typeof(BankReceiveLocation));
receiveLocationMock.Setup(rl => rl.ReceivePort).Returns(receivePortMock.Object);
var sut = new NamingConventionDouble {
Party = "ReceiveLocationParty", MessageName = "SomeMessage", MessageFormat = "SomeFormat"
};
Assert.That(
() => sut.ComputeReceiveLocationNameSpy(receiveLocationMock.Object),
Throws.TypeOf <NamingConventionException>().With.Message.EqualTo(
string.Format(
"'{0}' ReceiveLocation's Party, 'ReceiveLocationParty', does not match its ReceivePort's one, 'ReceivePortParty'.",
typeof(BankReceiveLocation).Name)));
}
public void ComputeAreaReturnsFourthTokenOfTypeQualifiedNameMadeOfExactlyFiveTokens()
{
var sut = new NamingConventionDouble();
Assert.That(sut.ComputeAreaSpy(typeof(TaxAgencyReceivePort)), Is.EqualTo("Invoice"));
}
