public void record_data()
{
var spec = new Specification
{
name = "Some Name"
};
var timings = new Timings();
timings.Start(spec);
using (timings.Subject("Fixture.Setup", "Math"))
{
using (timings.Subject("Grammar", "Adding"))
{
using (timings.Subject("Fixture.Teardown", "Math"))
{
Thread.Sleep(100);
}
}
}
var records = timings.Finish();
records.Select(x => x.Subject).ShouldHaveTheSameElementsAs("Some Name", "Math", "Adding", "Math");
records.Each(x => x.Duration.ShouldBeGreaterThan(0));
}
public void apply_renumbering()
{
var spec = new Specification();
var c1 = new Comment();
spec.Children.Add(c1);
var section1 = new Section("Foo");
var s1 = section1.AddStep("foo1");
var s2 = section1.AddStep("foo1");
var s3 = section1.AddStep("foo1");
var section2 = s3.AddCollection("rows");
var s4 = section2.AddStep("r1");
var s5 = section2.AddStep("r1");
var s6 = section2.AddStep("r1");
s4.id = s5.id = s6.id = Guid.NewGuid().ToString();
spec.Children.Add(section1);
var c2 = new Comment();
spec.Children.Add(c2);
spec.ApplyRenumbering();
s4.id.ShouldNotBe(s5.id);
s5.id.ShouldNotBe(s6.id);
s4.id.ShouldNotBe(s6.id);
}
// TODO -- if an error bubbles up, the SpecificationEngine should mark its runner
// as Invalid
public static StepthroughExecutor Start(ISystem system, Specification specification, IResultObserver observer, IUserInterfaceObserver uiObserver, FixtureLibrary library)
{
var request = new SpecExecutionRequest(specification, observer);
request.CreatePlan(library);
// Got to watch because this can error out
var execution = system.CreateContext();
return new StepthroughExecutor(execution, request, uiObserver);
}
public bool IsExpired(Specification spec)
{
if (spec.ExpirationPeriod <= 0)
{
return false;
}
var currentDate = _systemTime.UtcNow();
var expiryDate = spec.LastUpdated.AddMonths(spec.ExpirationPeriod);
return currentDate > expiryDate;
}
public SpecExecutionCompleted(string id, SpecResults results, Specification data) : this()
{
if (results == null) throw new ArgumentNullException(nameof(results));
if (data == null) throw new ArgumentNullException(nameof(data));
Results = results;
Id = id;
Time = DateTime.Now.ToString("T");
Data = data;
}
public when_replacing_a_specification()
{
theHierarchy = HierarchyLoader.ReadHierarchy(TestingContext.SpecFolder).ToHierarchy();
theOriginal = theHierarchy.Specifications["embeds"];
theNew = theOriginal.Clone();
theNew.path = null;
theNew.id = theOriginal.id; // gets a new id by default
theTime = DateTime.Now;
theHierarchy.Replace(theNew, theTime);
}
public void SetUp()
{
theHierarchy = HierarchyLoader.ReadHierarchy(TestingContext.SpecFolder).ToHierarchy();
theOriginal = theHierarchy.Specifications["embeds"];
theNew = theOriginal.Clone();
theNew.path = null;
theNew.id = theOriginal.id; // gets a new id by default
theHierarchy.Replace(theNew);
}
private void roundTripCheck(Specification spec)
{
spec.ApplyRenumbering();
spec.path = null; // doesn't matter for the markdown persistence
var markdown = MarkdownWriter.WriteToText(spec);
var readCopy = MarkdownReader.ReadFromText(markdown);
compare(spec, readCopy);
}
public void clear_breakpoints()
{
var specification = new Specification();
var breakpoint1 = new Breakpoint("1", null);
var breakpoint2 = new Breakpoint("2", null);
specification.Breakpoints = new[] {breakpoint1, breakpoint2};
specification.ClearBreakpoints();
specification.Breakpoints.Any().ShouldBeFalse();
}
public bool ShouldRetry(SpecResults results, Specification specification, SpecRunnerStatus status)
{
if (results.Counts.WasSuccessful()) return false;
if (status == SpecRunnerStatus.Invalid) return false;
if (results.HadCriticalException) return false;
if (specification.Lifecycle == Lifecycle.Acceptance) return false;
return specification.MaxRetries > (results.Attempts - 1) ||
Project.CurrentMaxRetries > (results.Attempts);
}
public Specification ToSampleSpecification()
{
var spec = new Specification
{
name = $"Sample Specification for {key}"
};
var section = spec.AddSection(key);
CreateSampleSteps(section);
return spec;
}
private void compare(Specification expected, Specification actual)
{
actual.LastUpdated.ShouldBe(expected.LastUpdated);
actual.Breakpoints.ShouldBe(expected.Breakpoints);
actual.Lifecycle.ShouldBe(expected.Lifecycle);
actual.MaxRetries.ShouldBe(expected.MaxRetries);
actual.id.ShouldBe(expected.id);
actual.name.ShouldBe(expected.name);
compare(expected.Children, actual.Children);
}
public void SetUp()
{
original = new Specification();
_persisted = new Lazy<Specification>(() =>
{
var document = XmlWriter.WriteToXml(original);
var x = XmlReader.ReadFromXml(document);
x.ShouldNotBeTheSameAs(original);
return x;
});
}
public void run_spec_by_id_only()
{
var theSpecRetrievedFromPersistence = new Specification();
app.Persistence.LoadSpecification("foo")
.Returns(new SpecData
{
data = theSpecRetrievedFromPersistence
});
var theMessage = new RunSpec{id = "foo"};
new RunSpecCommand().HandleMessage(theMessage, app);
app.Engine.Received().SendMessage(theMessage);
theMessage.spec.ShouldBeTheSameAs(theSpecRetrievedFromPersistence);
}
public persisting_and_loading_specifications_with_markdown()
{
original = new Specification();
_persisted = new Lazy<Specification>(() =>
{
var text = MarkdownWriter.WriteToText(original);
var x = MarkdownReader.ReadFromText(text);
x.ShouldNotBeTheSameAs(original);
return x;
});
}
public persisting_and_loading_specifications_with_xml()
{
original = new Specification();
_persisted = new Lazy<Specification>(() =>
{
var document = XmlWriter.WriteToXml(original);
var x = XmlReader.ReadFromXml(document);
x.ShouldNotBeTheSameAs(original);
return x;
});
}
public void SetUp()
{
original = new Specification();
_persisted = new Lazy<Specification>(() =>
{
var json = original.ToJson();
var serializer = new JsonSerializer();
var x = serializer.Deserialize<Specification>(new JsonTextReader(new StringReader(json)));
x.ShouldNotBeTheSameAs(original);
return x;
});
}
public void run_spec_with_body_but_no_revision()
{
var theSpecSentFromTheClient = new Specification();
var theMessage = new RunSpec
{
revision = null,
spec = theSpecSentFromTheClient,
id = "foo"
};
new RunSpecCommand().HandleMessage(theMessage, app);
app.Engine.Received().SendMessage(theMessage);
// do not auto-save
app.Persistence.DidNotReceive().SaveSpecification("foo", theSpecSentFromTheClient);
}
public void run_spec_with_body_and_revision_denoting_auto_save()
{
var theSpecSentFromTheClient = new Specification();
var theMessage = new RunSpec
{
revision = Guid.NewGuid().ToString(),
spec = theSpecSentFromTheClient,
id = "foo"
};
new RunSpecCommand().HandleMessage(theMessage, app);
app.Engine.Received().SendMessage(theMessage);
// *do* auto-save
app.Persistence.Received().SaveSpecification("foo", theSpecSentFromTheClient);
}
public void can_find_all_children()
{
var spec = new Specification();
var c1 = new Comment();
spec.Children.Add(c1);
var section1 = new Section("Foo");
var s1 = section1.AddStep("foo1");
var s2 = section1.AddStep("foo1");
var s3 = section1.AddStep("foo1");
var section2 = s3.AddCollection("rows");
var s4 = section2.AddStep("r1");
var s5 = section2.AddStep("r1");
var s6 = section2.AddStep("r1");
spec.Children.Add(section1);
var c2 = new Comment();
spec.Children.Add(c2);
var nodes = spec.AllNodes();
// All comments, steps, sections, and the spec itself
nodes.Count().ShouldBe(11);
nodes.ShouldContain(spec);
nodes.ShouldContain(section1);
nodes.ShouldContain(section2);
nodes.ShouldContain(c1);
nodes.ShouldContain(c2);
nodes.ShouldContain(s1);
nodes.ShouldContain(s2);
nodes.ShouldContain(s3);
nodes.ShouldContain(s4);
nodes.ShouldContain(s5);
nodes.ShouldContain(s6);
}
public void serializes_fine()
{
var spec = new Specification();
var c1 = new Comment();
spec.Children.Add(c1);
var section1 = new Section("Foo");
var s1 = section1.AddStep("foo1");
var s2 = section1.AddStep("foo1");
var s3 = section1.AddStep("foo1");
var section2 = s3.AddCollection("rows");
var s4 = section2.AddStep("r1");
var s5 = section2.AddStep("r1");
var s6 = section2.AddStep("r1");
spec.Children.Add(section1);
var c2 = new Comment();
spec.Children.Add(c2);
var json = JsonSerialization.ToJson(spec, true);
Debug.WriteLine(json);
}
public void PostProcess(Specification spec)
{
var combined = FixtureLibrary.From(CombinedFixtures());
new SpecificationPostProcessor(combined, spec).Validate();
}
protected bool Equals(Specification other)
{
return string.Equals(id, other.id);
}
public static SpecExecutionRequest For(Specification spec)
{
return new SpecExecutionRequest(spec, new NulloResultObserver());
}
public SpecExecutionRequest(Specification specification, IResultObserver observer)
{
Observer = observer;
Specification = specification;
}
public SpecAdded(Suite hierarchy, Specification data)
: base("spec-added")
{
this.hierarchy = hierarchy;
this.data = data;
}
public void Start(Specification spec)
{
_main = new PerfRecord("Specification", spec.name, 0);
_records.Add(_main);
_stopwatch.Start();
}
public SpecRecord(Specification data, ResultsCache cache)
{
this.data = data;
LastResults = cache.LastResultFor(data.id);
}
public void needs_renumbering_is_true_because_there_are_duplicate_ids()
{
var spec = new Specification();
var c1 = new Comment();
spec.Children.Add(c1);
var section1 = new Section("Foo");
var s1 = section1.AddStep("foo1");
var s2 = section1.AddStep("foo1");
var s3 = section1.AddStep("foo1");
var section2 = s3.AddCollection("rows");
var s4 = section2.AddStep("r1");
var s5 = section2.AddStep("r1");
var s6 = section2.AddStep("r1");
s4.id = s5.id = s6.id = Guid.NewGuid().ToString();
spec.Children.Add(section1);
var c2 = new Comment();
spec.Children.Add(c2);
spec.NeedsToBeRenumbered().ShouldBeTrue();
}
public void needs_renumbering_negative()
{
var spec = new Specification();
var c1 = new Comment();
spec.Children.Add(c1);
var section1 = new Section("Foo");
var s1 = section1.AddStep("foo1");
var s2 = section1.AddStep("foo1");
var s3 = section1.AddStep("foo1");
var section2 = s3.AddCollection("rows");
var s4 = section2.AddStep("r1");
var s5 = section2.AddStep("r1");
var s6 = section2.AddStep("r1");
spec.Children.Add(section1);
var c2 = new Comment();
spec.Children.Add(c2);
spec.NeedsToBeRenumbered().ShouldBeFalse();
}
protected bool Equals(Specification other)
{
return(string.Equals(id, other.id));
}