public void SetCoupling(ScanResult result)
{
IEnumerable <MemberAccess> to = result.MemberAccesses;
var from = result.Definition;
IEnumerable <MemberAccess> all = _testIdentifiers.Aggregate(to, (current, ider) => current.Concat(ider.GetHiddenDependenciesForTest(from)));
var isTest = _testIdentifiers.IsTest(from);
var isSetup = _testIdentifiers.IsSetup(from);
var isTeardown = _testIdentifiers.IsTeardown(from);
var isRelatedToTest = isTeardown || isSetup || isTest;
if (isRelatedToTest)
{
var asmName = from.DeclaringType.Module.Assembly.FullName;
if (!_testAssemblies.ContainsKey(asmName))
{
lock (_testAssemblies)
{
if (!_testAssemblies.ContainsKey(asmName))
{
_testAssemblies.Add(asmName, true);
}
}
}
}
var allSynonyms = SynonymFinder.FindSynonymsFor(from);
allSynonyms.Add(from);
AddEfferentCoupling(from, all, result.Complexity);
foreach (var entry in all)
{
AddAfferentCoupling(entry.MemberReference, new [] { new MemberAccess(from, entry.IsReadOnly, entry.IsSelfCall, entry.OnField, entry.ActualMethodDefinition, entry.IsLocalVariable) });
}
}
private void RecurseSynonyms(int depth, Dictionary <string, bool> history, TypeDefinition inheritedTypeContext, MethodDefinition currentDefinition, AffectedGraph graph, List <string> breadCrumbs, GenericContext genericContext)
{
var synonyms = SynonymFinder.FindSynonymsFor(currentDefinition);
foreach (var current in synonyms)
{
var c = current as MethodDefinition;
if (c == null)
{
continue; //shouldn't happen
}
if (!c.DeclaringType.IsInterface)
{
FillAfferentGraph(current.GetCacheName(), history, graph, currentDefinition, depth + 1,
inheritedTypeContext, true, breadCrumbs, genericContext, true); //always a base
}
else
{
FillAfferentGraph(current.GetCacheName(), history, graph, currentDefinition, depth + 1,
inheritedTypeContext, false, breadCrumbs, genericContext, false);
}
}
}