public void SetUp()
{
localField = new LocalField(instance, field);
localFinalField = new LocalField(instance, finalField);
localStaticFinalField = new LocalField(null, finalStaticField);
method = new MethodInfo(classInfo, "method", 0, "()V", null, null, null, Visibility.NULL, cost1, null, false);
visitor = new TestabilityVisitor(repo, globalVariables, null, new RegExpWhiteList());
frame = visitor.createFrame(method, 1);
parentFrame = frame.getParentFrame();
}
/**
* Computing the MethodCost for a MethodInfo involves tallying up:
* <ul><li>The cost in any static initialization blocks of the class which holds the method.</li>
* <li>The cost of constructing the object.</li>
* <li>Recognizing injectability through setter methods. This in most cases improves the score
* unless you have lots of code in your setter.</li>
* <li>The field costs</li>
* <li>Lastly the costs are added up for all of the lines in this method. This includes the
* transitive non-mockable/interceptable closure of all the costs of the methods that are called.</li>
* <li></li></ul>
*
* @param method to compute the cost for.
* @return MethodCost for this method, including the accumulated costs the methods it calls. This
* MethodCost is guaranteed to have already been linked (sealed for adding additional costs).
*/
public MethodCost compute(MethodInfo method)
{
var visitor = new TestabilityVisitor(classRepository, new VariableState(), err, whitelist);
TestabilityVisitor.CostRecordingFrame frame = visitor.createFrame(method, recordingDepth);
addStaticInitializationCost(method, frame);
if (!method.IsStatic() && !method.IsConstructor())
{
addConstructorCost(method, frame);
addSetterInjection(method, frame);
}
addFieldCost(method, frame);
return frame.applyMethodOperations();
}