public void DoesNotAttemptToMatchInterfaces()
{
InterfaceType interfaceType = new InterfaceType
(
"myInterfaceFqn",
"myPackage",
"myInterface",
"myNamespace"
);
Symbols.MapFullyQualifiedNameToType("myInterfaceFqn", interfaceType);
ClassType classType = new ClassType
(
"myClassFqn",
"myPackage",
"myClass",
"myNamespace",
false,
interfaces: new[] { new TypeReference("myInterfaceFqn") }
);
Symbols.MapFullyQualifiedNameToType("myClassFqn", classType);
bool actual = classType.AnyAncestor(Symbols, t => t.Name == "myInterface");
Assert.False(actual);
}
public void DoesNotAttemptToMatchInterfaces()
{
InterfaceType interfaceType = new InterfaceType
(
fullyQualifiedName: "myInterfaceFqn",
assembly: "myPackage",
name: "myInterface"
);
Symbols.MapFullyQualifiedNameToType("myInterfaceFqn", interfaceType);
ClassType classType = new ClassType
(
fullyQualifiedName: "myClassFqn",
assembly: "myPackage",
name: "myClass",
isAbstract: false,
interfaces: new[] { "myInterfaceFqn" }
);
Symbols.MapFullyQualifiedNameToType("myClassFqn", classType);
bool actual = classType.AnyAncestor(Symbols, t => t.Name == "myInterface");
Assert.False(actual);
}
public void ReturnsTrueIfAncestorMatches()
{
ClassType classType = CreateType(true, true);
bool actual = classType.AnyAncestor(Symbols, t => t.Name == "myGrandParentType");
Assert.True(actual);
}
public void ReturnsFalseIfNoAncestorMatches()
{
ClassType classType = CreateType(true, true);
bool actual = classType.AnyAncestor(Symbols, t => t.Name == "myNephewType");
Assert.False(actual);
}
public void ReturnsFalseIfNoAncestorExists()
{
ClassType classType = CreateType(false, false);
bool actual = classType.AnyAncestor(Symbols, t => t.Name != string.Empty);
Assert.False(actual);
}
public void DoesNotAttemptToMatchSelf()
{
ClassType classType = CreateType(true, true);
bool actual = classType.AnyAncestor(Symbols, t => t.Name == "myClass");
Assert.False(actual);
}