static string GetMultiClusterRegistration(RegistrationAttribute registration)
{
switch (registration)
{
case GlobalSingleInstanceAttribute gs: return(typeof(GlobalSingleInstanceAttribute).Name);
case OneInstancePerClusterAttribute one: return(typeof(OneInstancePerClusterAttribute).Name);
default:
throw new InvalidOperationException($"Unsupported {nameof(RegistrationAttribute)}: {registration.GetType()}");
}
}
public static void RegistrationTest(RegistrationAttribute attributeUnderTest, Hashtable expectedValues, BaseRegistrationContextMock contextMock)
{
attributeUnderTest.Register(contextMock);
//Verify if the number of the registry entries is the same
Assert.IsTrue(contextMock.RegistryEntries.Count == expectedValues.Count);
//Verify each entry
foreach (object regKeyName in contextMock.RegistryEntries.Keys)
{
Hashtable valDataActual, valDataExpected;
Assert.IsNotNull(valDataActual = (Hashtable)(((RegistrationKeyMock)contextMock.RegistryEntries[regKeyName])).Keys);
Assert.IsNotNull(valDataExpected = (Hashtable)expectedValues[regKeyName]);
Assert.AreEqual(valDataExpected.Count, valDataActual.Count);
foreach (object valueName in valDataActual.Keys)
{
Assert.IsTrue(string.Compare(valDataActual[valueName.ToString()].ToString(), valDataExpected[valueName.ToString()].ToString(), true) == 0);
}
}
}
/// <summary>
/// This scenario verifies the Unregister method
/// </summary>
public static void UnRegistrationTest(RegistrationAttribute attributeUnderTest, BaseRegistrationContextMock contextMock)
{
attributeUnderTest.Unregister(contextMock);
Assert.IsTrue(contextMock.RegistryEntries.Count == 0);
}
public static void RegistrationTest(RegistrationAttribute attributeUnderTest, Hashtable expectedValues, BaseRegistrationContextMock contextMock)
{
attributeUnderTest.Register(contextMock);
//Verify if the number of the registry entries is the same
Assert.IsTrue(contextMock.RegistryEntries.Count == expectedValues.Count);
//Verify each entry
foreach (object regKeyName in contextMock.RegistryEntries.Keys)
{
Hashtable valDataActual, valDataExpected;
Assert.IsNotNull(valDataActual = (Hashtable)(((RegistrationKeyMock)contextMock.RegistryEntries[regKeyName])).Keys);
Assert.IsNotNull(valDataExpected = (Hashtable)expectedValues[regKeyName]);
Assert.AreEqual(valDataExpected.Count, valDataActual.Count);
foreach (object valueName in valDataActual.Keys)
Assert.IsTrue(string.Compare(valDataActual[valueName.ToString()].ToString(), valDataExpected[valueName.ToString()].ToString(), true) == 0);
}
}
/// <summary>
/// This scenario verifies the Unregister method
/// </summary>
public static void UnRegistrationTest(RegistrationAttribute attributeUnderTest, BaseRegistrationContextMock contextMock)
{
attributeUnderTest.Unregister(contextMock);
Assert.IsTrue(contextMock.RegistryEntries.Count == 0);
}
/// <summary>
/// Look for an existing component in the kernel
/// </summary>
public static bool AllreadyRegistered(IKernel kernel, Type foundComponent, RegistrationAttribute regAtt)
{
var name = regAtt == null || string.IsNullOrEmpty(regAtt.Name) ? foundComponent.FullName : regAtt.Name;
return(kernel.HasComponent(name));
}
public override void Unregister(RegistrationAttribute.RegistrationContext context)
{
context.RemoveKey(ExceptionKey);
}
public override void Register(RegistrationAttribute.RegistrationContext context)
{
var engineKey = context.CreateKey(ExceptionKey);
var key = engineKey;
foreach (var pathElem in _path)
{
key = key.CreateSubkey(pathElem);
}
key.SetValue("Code", _code);
key.SetValue("State", _state);
}
public override void Unregister(RegistrationAttribute.RegistrationContext context)
{
ProvideObjectAttribute objectProvider = new ProvideObjectAttribute(context.ComponentType);
objectProvider.Unregister(context);
}
