public override void SelfRegister(TestFixture tf)
{
tf.AddTestFixtureAttribute(this);
}
public abstract void SelfRegister(TestFixture tf);
public override void SelfRegister(TestFixture tf)
{
mi.ExpectedException=(Attribute)attr;
}
public override void SelfRegister(TestFixture tf)
{
mi.Ignore=true;
}
public void ParseAssemblies()
{
numTests=0;
foreach (AssemblyItem ai in assemblyCollection.Values)
{
foreach (NamespaceItem ni in ai.NamespaceCollection.Values)
{
foreach (ClassItem ci in ni.ClassCollection.Values)
{
TestFixture tf=new TestFixture();
foreach (Attribute attr in ci.Attributes)
{
// verify that attribute class is "UnitTest"
string attrStr=attr.ToString();
attrStr=StringHelpers.RightOfRightmostOf(attrStr, '.');
Trace.WriteLine("Class: "+ci.ToString()+", Attribute: "+attrStr);
try
{
if (attr.GetType() == typeof(TestClassAttribute))
{
TestUnitAttribute tua = new TestFixtureAttribute();
tua.Initialize(ci, null, attr);
tua.SelfRegister(tf);
}
}
catch(Exception e)
{
Trace.WriteLine("Exception adding attribute: "+e.Message);
Trace.WriteLine("Attribute "+attrStr+" is unknown");
}
}
if (tf.HasTestFixture)
{
foreach(MethodItem mi in ci.MethodCollection.Values)
{
foreach (object attr in mi.Attributes)
{
// verify that attribute class is "UnitTest"
string attrStr=attr.ToString();
attrStr=StringHelpers.RightOfRightmostOf(attrStr, '.');
Trace.WriteLine("Method: "+mi.ToString()+", Attribute: "+attrStr);
try
{
if (attr.GetType() == typeof(TestMethodAttribute))
{
TestUnitAttribute tua = new TestAttribute();
tua.Initialize(ci, mi, attr);
tua.SelfRegister(tf);
}
else if (attr.GetType() == typeof(PexRaisedExceptionAttribute))
{
PexRaisedExceptionAttribute excAttr = (PexRaisedExceptionAttribute)attr;
TestUnitAttribute tua = new ExpectedExceptionAttribute();
tua.Initialize(ci, mi, attr);
tua.SelfRegister(tf);
}
}
catch(TypeLoadException)
{
Trace.WriteLine("Attribute "+attrStr+"is unknown");
}
}
}
testFixtureList.Add(tf);
numTests+=tf.NumTests;
}
}
}
}
}