private IEnumerable <TestNodeClass> BuildTestTree(IDictionary <string, List <string> > testFixtures)
{
foreach (var testFixture in testFixtures)
{
var c = new TestNodeClass(testFixture.Key.Split('.').Last())
{
Namespace = testFixture.Key.Substring(0, testFixture.Key.LastIndexOf('.')),
};
foreach (var testCase in testFixture.Value)
{
string testName = testCase;
var nodeMethod = new TestNodeMethod(c, testName)
{
TestId = new NUnitTestId(testCase),
Identifier = CreateIdentifier(testCase),
};
c.Children.Add(nodeMethod);
}
if (c.Children.Any())
{
yield return(c);
}
}
}
public IEnumerable <TestNodeNamespace> CreateMutantTestTree(List <TmpTestNodeMethod> nodeMethods)
{
var list = nodeMethods.GroupBy(n => ExtractTypeName(n.Name)).ToList();
TestsRootNode root = new TestsRootNode();
var u = new Utilss();
u.GroupTypes <IGrouping <string, TmpTestNodeMethod>, TestTreeNode>(
root, n => ExtractTypeName(n.Key),
(parent, name) => new TestNodeNamespace(parent, name),
(parent, collection) =>
{
foreach (var grouping in collection)
{
var testNodeClass = new TestNodeClass(ExtractName(grouping.Key));
testNodeClass.Parent = parent;
parent.Children.Add(testNodeClass);
foreach (var tmpMethod in grouping)
{
var testNodeMethod = new TestNodeMethod(testNodeClass, ExtractName(tmpMethod.Name));
testNodeMethod.State = tmpMethod.State;
testNodeMethod.Message = tmpMethod.Message;
testNodeClass.Children.Add(testNodeMethod);
}
}
}, list);
return(root.Children.Cast <TestNodeNamespace>());
}
public IEnumerable<TestNodeNamespace> CreateMutantTestTree(List<TmpTestNodeMethod> nodeMethods)
{
var list = nodeMethods.GroupBy(n => ExtractTypeName(n.Name)).ToList();
TestsRootNode root = new TestsRootNode();
var u = new Utilss();
u.GroupTypes<IGrouping<string, TmpTestNodeMethod>, TestTreeNode>(
root, n => ExtractTypeName(n.Key),
(parent, name) => new TestNodeNamespace(parent, name),
(parent, collection) =>
{
foreach (var grouping in collection)
{
var testNodeClass = new TestNodeClass(ExtractName(grouping.Key));
testNodeClass.Parent = parent;
parent.Children.Add(testNodeClass);
foreach (var tmpMethod in grouping)
{
var testNodeMethod = new TestNodeMethod(testNodeClass, ExtractName(tmpMethod.Name));
testNodeMethod.State = tmpMethod.State;
testNodeMethod.Message = tmpMethod.Message;
testNodeClass.Children.Add(testNodeMethod);
}
}
}, list);
return root.Children.Cast<TestNodeNamespace>();
}
public override void Visit(INamespaceTypeDefinition type)
{
string nsName = type.ContainingUnitNamespace.ResolvedUnitNamespace.ToString();
_currentClass = new TestNodeClass(type.Name.Value)
{
Namespace = nsName
};
_classes.Add(_currentClass);
}
public override void Visit(INamespaceTypeDefinition type)
{
string nsName = type.ContainingUnitNamespace.ResolvedUnitNamespace.ToString();
_currentClass = new TestNodeClass(type.Name.Value)
{
Namespace = nsName
};
_classes.Add(_currentClass);
}
private IEnumerable <TestNodeClass> BuildTestTree(ITest test)
{
IEnumerable <ITest> classes = GetTestClasses(test).ToList();
foreach (ITest testClass in classes.Where(c => c.Tests != null && c.Tests.Count != 0))
{
var c = new TestNodeClass(testClass.TestName.Name)
{
Namespace = testClass.Parent.TestName.FullName,
// FullName = testClass.TestName.FullName,
};
foreach (ITest testMethod in testClass.Tests.Cast <ITest>())
{
if (_nUnitWrapper.NameFilter == null || _nUnitWrapper.NameFilter.Match(testMethod))
{
string testName = testMethod.TestName.FullName;
//if(!context.TestMap.ContainsKey(testName))
// {
var nodeMethod = new TestNodeMethod(c, testName)
{
TestId = new NUnitTestId(testMethod.TestName),
Identifier = CreateIdentifier(testMethod),
};
c.Children.Add(nodeMethod);
// _log.Debug("Adding test: " + testName);
// context.TestMap.Add(testName, nodeMethod);
// }
// else
// {
// _log.Debug("Already exists test: " + testName);
// //TODO: handle he case where parametrized test method may be present duplicated.
// }
}
}
if (c.Children.Any())
{
yield return(c);
}
}
}
