public void single_node_in_graph_that_is_not_a_test()
{
var graph = new AffectedGraph();
graph.AddNode(new AffectedGraphNode(displayName: "display",
isInterface: false,
isTest: false,
isRootNode: true,
name: "A name",
fullName: "name",
assembly: "foo.dll",
type: "Type",
testDescriptors: new List<TestDescriptor>(),
isChange: false, inTestAssembly: false, complexity:0));
var classifier = new TestPathsGraphRiskClassifier();
Assert.AreEqual(0, classifier.CalculateRiskFor(graph));
}
public void node_and_direct_test_in_graph()
{
var graph = new AffectedGraph();
graph.AddNode(new AffectedGraphNode(displayName: "display",
isInterface: false,
isTest: false,
isRootNode: true,
name: "A name",
fullName: "fullnamecode",
assembly: "foo.dll",
type: "Type",
testDescriptors: new List<TestDescriptor>(),
isChange: false, inTestAssembly: false, complexity:0));
graph.AddNode(new AffectedGraphNode(displayName: "display",
isInterface: false,
isTest: true,
isRootNode: true,
name: "A name",
fullName: "fullnametest",
assembly: "foo.dll",
type: "Type",
testDescriptors: new List<TestDescriptor>(),
isChange: false, inTestAssembly: true, complexity:0));
graph.AddConnection("fullnamecode", "fullnametest", false);
var classifier = new TestPathsGraphRiskClassifier();
Assert.AreEqual(100, classifier.CalculateRiskFor(graph));
}
public void null_graph_returns_zero()
{
var classifier = new TestPathsGraphRiskClassifier();
Assert.AreEqual(0, classifier.CalculateRiskFor(null));
}
