public void MatchesWithASunnyDayAttributeTypeAndInheritance()
{
AttributeMatchMethodPointcut cut = new AttributeMatchMethodPointcut();
cut.Attribute = typeof(MarkupAttribute);
bool matches = cut.Matches(typeof(InheritedWithMarkup).GetMethod("Bing"), null);
Assert.IsTrue(matches, "Inherited method was decorated with the target attribute, so this must match.");
}
public void MatchesWithAMethodThatDontMatchTheAttributeTypeAndNoInheritance()
{
AttributeMatchMethodPointcut cut = new AttributeMatchMethodPointcut();
cut.Attribute = typeof(MarkupAttribute);
bool matches = cut.Matches(typeof(WithMarkup).GetMethod("RiloKiley"), null);
Assert.IsFalse(matches, "Method was not decorated with the target attribute, so this must not match.");
}
public void MatchesWithASunnyDayAttributeTypeAndInheritance()
{
AttributeMatchMethodPointcut cut = new AttributeMatchMethodPointcut();
cut.Attribute = typeof(MarkupAttribute);
bool matches = cut.Matches(typeof(InheritedWithMarkup).GetMethod("Bing"), null);
Assert.IsTrue(matches, "Inherited method was decorated with the target attribute, so this must match.");
}
public void MatchesWithAnInterfaceMethodThatMatchesTheAttributeTypeAndNoCheckInterfaces()
{
AttributeMatchMethodPointcut cut = new AttributeMatchMethodPointcut();
cut.Attribute = typeof(MarkupAttribute);
cut.CheckInterfaces = false;
bool matches = cut.Matches(typeof(ImplementingClass).GetMethod("OtherTestMethod"), null);
Assert.IsFalse(matches, "Implementing method was not decorated with the target attribute, so this must not match since CheckInterfaces is false.");
}
public void MatchesWithAnIndirectInterfaceMethodFromSubclassThatMatchesTheAttributeTypeAndCheckInterfaces()
{
AttributeMatchMethodPointcut cut = new AttributeMatchMethodPointcut();
cut.Attribute = typeof(MarkupAttribute);
cut.CheckInterfaces = true;
bool matches = cut.Matches(typeof(InheritedImplementingClass).GetMethod("TestMethod", new Type[] { }), null);
Assert.IsTrue(matches, "Implementing method from subclass was not decorated with the target attribute " +
"but the method from an indirectly implemented interface was, so this must match.");
}
public void MatchesWithAnOverloadedInterfaceMethod()
{
AttributeMatchMethodPointcut cut = new AttributeMatchMethodPointcut();
cut.Attribute = typeof(MarkupAttribute);
cut.CheckInterfaces = true;
bool matches = cut.Matches(typeof(ImplementingClass).GetMethod("TestMethod", new Type[] { typeof(string) }), null);
Assert.IsFalse(matches, "Overloaded method from an implemented interface is not decorated with" +
" the attribute, so should not match.");
}
public void MatchesWithAnInterfaceMethodThatMatchesTheAttributeTypeAndCheckInterfaces()
{
AttributeMatchMethodPointcut cut = new AttributeMatchMethodPointcut();
cut.Attribute = typeof(MarkupAttribute);
cut.CheckInterfaces = true;
bool matches = cut.Matches(typeof(ImplementingClass).GetMethod("OtherTestMethod"), null);
Assert.IsTrue(matches, "Implementing method was not decorated with the target attribute, " +
"but the method from the interface was, so this must match.");
}
public void MatchesWhenExplicitlyImplemed()
{
AttributeMatchMethodPointcut cut = new AttributeMatchMethodPointcut();
cut.Attribute = typeof(MarkupAttribute);
cut.CheckInterfaces = true;
// Only methods implemented expicitly are marked with attribute
foreach (MethodInfo mi in typeof(ExplicitlyImplementingClass).GetMethods(BindingFlags.Instance | BindingFlags.NonPublic))
{
if (mi.Name.IndexOf('.') == -1)
{
continue;
}
bool matches = cut.Matches(mi, null);
Assert.IsTrue(matches, "Explicitly implemented method must match");
}
}
public void AttributeSetterWithNonAttributeType()
{
AttributeMatchMethodPointcut cut = new AttributeMatchMethodPointcut();
cut.Attribute = GetType();
}
public void MatchesWithAnInterfaceMethodThatMatchesTheAttributeTypeAndNoCheckInterfaces()
{
AttributeMatchMethodPointcut cut = new AttributeMatchMethodPointcut();
cut.Attribute = typeof(MarkupAttribute);
cut.CheckInterfaces = false;
bool matches = cut.Matches(typeof(ImplementingClass).GetMethod("OtherTestMethod"), null);
Assert.IsFalse(matches, "Implementing method was not decorated with the target attribute, so this must not match since CheckInterfaces is false.");
}
public void AttributeSetterWithNullType()
{
AttributeMatchMethodPointcut cut = new AttributeMatchMethodPointcut();
cut.Attribute = null; // must allow this (no Exception)...
}
public void AttributeSetterWithNullType()
{
AttributeMatchMethodPointcut cut = new AttributeMatchMethodPointcut();
cut.Attribute = null; // must allow this (no Exception)...
}
public void AttributeSetterWithASunnyDayAttributeType()
{
AttributeMatchMethodPointcut cut = new AttributeMatchMethodPointcut();
cut.Attribute = typeof(SerializableAttribute); // must allow this too (no Exception)...
}
public void AttributeSetterWithNonAttributeType()
{
AttributeMatchMethodPointcut cut = new AttributeMatchMethodPointcut();
cut.Attribute = GetType();
}
public void MatchesWhenExplicitlyImplemed()
{
AttributeMatchMethodPointcut cut = new AttributeMatchMethodPointcut();
cut.Attribute = typeof(MarkupAttribute);
cut.CheckInterfaces = true;
// Only methods implemented expicitly are marked with attribute
foreach (MethodInfo mi in typeof(ExplicitlyImplementingClass).GetMethods(BindingFlags.Instance | BindingFlags.NonPublic))
{
if (mi.Name.IndexOf('.') == -1) continue;
bool matches = cut.Matches(mi, null);
Assert.IsTrue(matches, "Explicitly implemented method must match");
}
}
public void MatchesWithAnIndirectInterfaceMethodFromSubclassThatMatchesTheAttributeTypeAndCheckInterfaces()
{
AttributeMatchMethodPointcut cut = new AttributeMatchMethodPointcut();
cut.Attribute = typeof(MarkupAttribute);
cut.CheckInterfaces = true;
bool matches = cut.Matches(typeof(InheritedImplementingClass).GetMethod("TestMethod", new Type[] { }), null);
Assert.IsTrue(matches, "Implementing method from subclass was not decorated with the target attribute " +
"but the method from an indirectly implemented interface was, so this must match.");
}
public void MatchesWithAnOverloadedInterfaceMethod()
{
AttributeMatchMethodPointcut cut = new AttributeMatchMethodPointcut();
cut.Attribute = typeof(MarkupAttribute);
cut.CheckInterfaces = true;
bool matches = cut.Matches(typeof(ImplementingClass).GetMethod("TestMethod", new Type[] { typeof(string) }), null);
Assert.IsFalse(matches, "Overloaded method from an implemented interface is not decorated with" +
" the attribute, so should not match.");
}
public void MatchesWithAnInterfaceMethodThatMatchesTheAttributeTypeAndCheckInterfaces()
{
AttributeMatchMethodPointcut cut = new AttributeMatchMethodPointcut();
cut.Attribute = typeof(MarkupAttribute);
cut.CheckInterfaces = true;
bool matches = cut.Matches(typeof(ImplementingClass).GetMethod("OtherTestMethod"), null);
Assert.IsTrue(matches, "Implementing method was not decorated with the target attribute, " +
"but the method from the interface was, so this must match.");
}
public void AttributeSetterWithASunnyDayAttributeType()
{
AttributeMatchMethodPointcut cut = new AttributeMatchMethodPointcut();
cut.Attribute = typeof(SerializableAttribute); // must allow this too (no Exception)...
}
public void MatchesWithAMethodThatDontMatchTheAttributeTypeAndNoInheritance()
{
AttributeMatchMethodPointcut cut = new AttributeMatchMethodPointcut();
cut.Attribute = typeof(MarkupAttribute);
bool matches = cut.Matches(typeof(WithMarkup).GetMethod("RiloKiley"), null);
Assert.IsFalse(matches, "Method was not decorated with the target attribute, so this must not match.");
}
public void AttributeSetterWithNonAttributeType()
{
AttributeMatchMethodPointcut cut = new AttributeMatchMethodPointcut();
Assert.Throws <ArgumentException>(() => cut.Attribute = GetType());
}
public void AttributeSetterWithNonAttributeType()
{
AttributeMatchMethodPointcut cut = new AttributeMatchMethodPointcut();
Assert.Throws<ArgumentException>(() => cut.Attribute = GetType());
}
