internal ExecutionSummary Run(IReadOnlyList <Type> candidateTypes, Discovery discovery, Execution execution)
{
bus.Publish(new AssemblyStarted(assembly));
var assemblySummary = new ExecutionSummary();
var stopwatch = Stopwatch.StartNew();
var classDiscoverer = new ClassDiscoverer(discovery);
var classRunner = new ClassRunner(bus, discovery, execution);
var testClasses = classDiscoverer.TestClasses(candidateTypes);
bool isOnlyTestClass = testClasses.Count == 1;
foreach (var testClass in testClasses)
{
var classSummary = classRunner.Run(testClass, isOnlyTestClass);
assemblySummary.Add(classSummary);
}
stopwatch.Stop();
bus.Publish(new AssemblyCompleted(assembly, assemblySummary, stopwatch.Elapsed));
return(assemblySummary);
}
void Pass(Case @case, ExecutionSummary summary)
{
var message = new CasePassed(@case);
summary.Add(message);
bus.Publish(message);
}
void Fail(Case @case, ExecutionSummary summary)
{
var message = new CaseFailed(@case);
summary.Add(message);
bus.Publish(message);
}
void Skip(Case @case, ExecutionSummary summary)
{
var message = new CaseSkipped(@case);
summary.Add(message);
bus.Publish(message);
}
void Run(Discovery discovery, Execution execution, Type[] candidateTypes, ExecutionSummary assemblySummary)
{
var classDiscoverer = new ClassDiscoverer(discovery);
var classRunner = new ClassRunner(bus, discovery, execution);
var testClasses = classDiscoverer.TestClasses(candidateTypes);
bool isOnlyTestClass = testClasses.Count == 1;
foreach (var testClass in testClasses)
{
var classSummary = classRunner.Run(testClass, isOnlyTestClass);
assemblySummary.Add(classSummary);
}
}