public void RunBenchmarks_Should_LogExceptionsButNotResults_When_ClassAndMethodNameSpecifiedAndExceptionsAreThrown()
{
var assemblyInterrogator = new Mock<AssemblyInterrogator>();
assemblyInterrogator.Setup(p => p.AssemblyName).Returns("TestBenchmark.dll");
var items = new List<Object>();
var testObject = new TestBenchmarkClass1();
testObject.TestBenchy2ThrowException = true;
items.Add(testObject);
string errors;
assemblyInterrogator.Setup(p => p.PopulateItemsToBench(out errors)).Returns(true);
assemblyInterrogator.Setup(p => p.ItemsToBench).Returns(items);
var outputWriter = new Mock<OutputWriter>();
var processStarter = new Mock<ProcessStarterFactory>();
var target =
new BenchmarkExecuter(
new Settings
{BuildLabel = "Build1", BenchmarkClass = "TestBenchmarkClass1", BenchmarkMethod = "TestBenchy2"},
assemblyInterrogator.Object, outputWriter.Object, processStarter.Object);
bool result = target.RunBenchmarks(out errors);
Assert.IsFalse(result);
Assert.IsTrue(testObject.SetUpCalled);
Assert.IsTrue(testObject.TearDownCalled);
Assert.IsFalse(testObject.TestBenchy1Called);
Assert.IsTrue(testObject.TestBenchy2Called);
outputWriter.Verify(o => o.WriteResults("TestBenchy2", "Build1", It.IsAny<long>()), Times.Never());
outputWriter.Verify(o => o.WriteError(It.IsAny<string>(), "TestBenchy2", "Build1"), Times.Once());
}
public void RunBenchmarks_Should_ErrorOut_When_MethodSuppliedWithNoClassName()
{
var assemblyInterrogator = new Mock<AssemblyInterrogator>();
assemblyInterrogator.Setup(p => p.AssemblyName).Returns("TestBenchmark.dll");
var items = new List<Object>();
var testObject = new TestBenchmarkClass1();
testObject.SetUpThrowException = true;
items.Add(testObject);
string errors;
assemblyInterrogator.Setup(p => p.PopulateItemsToBench(out errors)).Returns(true);
assemblyInterrogator.Setup(p => p.ItemsToBench).Returns(items);
var outputWriter = new Mock<OutputWriter>();
var processStarter = new Mock<ProcessStarterFactory>();
var target =
new BenchmarkExecuter(
new Settings {BuildLabel = "Build1", BenchmarkClass = "", BenchmarkMethod = "TestBenchy2"},
assemblyInterrogator.Object, outputWriter.Object, processStarter.Object);
bool result = target.RunBenchmarks(out errors);
Assert.IsFalse(result);
Assert.IsFalse(testObject.SetUpCalled);
Assert.IsFalse(testObject.TestBenchy1Called);
Assert.IsFalse(testObject.TestBenchy2Called);
Assert.IsFalse(testObject.TearDownCalled);
}
public void RunBenchmarks_Should_RunTestsInClassInAExe_When_JustTheClassIsSpecified()
{
var settings = new Settings
{
BuildLabel = "Build1",
BenchmarkDll = "TestBenchmark.dll",
BenchmarkClass = "TestBenchmarkClass1",
BenchmarkMethod = ""
};
var assemblyInterrogator = new Mock<AssemblyInterrogator>();
assemblyInterrogator.Setup(p => p.AssemblyName).Returns("TestBenchmark.dll");
var items = new List<Object>();
items.Add(new TestBenchmarkClass1());
items.Add(new TestBenchmarkClass2());
string errors;
assemblyInterrogator.Setup(p => p.PopulateItemsToBench(out errors)).Returns(true);
assemblyInterrogator.Setup(p => p.ItemsToBench).Returns(items);
var outputWriter = new Mock<OutputWriter>();
var processStarter = new Mock<ProcessStarterFactory>();
processStarter.Setup(p => p.Execute(It.IsAny<string>(), out errors)).Returns(true);
var target = new BenchmarkExecuter(settings, assemblyInterrogator.Object, outputWriter.Object,
processStarter.Object);
bool result = target.RunBenchmarks(out errors);
Assert.AreEqual(true, result);
string t0;
processStarter.Verify(p => p.Execute(It.IsAny<string>(), out t0), Times.Exactly(2));
}
