public bool Equals(EmbeddedSection obj)
{
if (ReferenceEquals(null, obj)) return false;
if (ReferenceEquals(this, obj)) return true;
return Equals(obj._fixture, _fixture) && Equals(obj._label, _label) &&
Equals(obj._leafName, _leafName);
}
public override GrammarModel ApplyOverrides(GrammarModel grammar)
{
var @override = grammar as EmbeddedSection;
if (@override == null)
{
return(this);
}
var section = new EmbeddedSection
{
key = key,
title = title,
collection = collection,
fixture = (FixtureModel)fixture.ApplyOverrides(@override.fixture),
hasBeforeStep = hasBeforeStep,
hasAfterStep = hasAfterStep
};
if (@override.title.IsNotEmpty())
{
section.title = @override.title;
}
return(section);
}
public void SetUp()
{
FixtureLibrary library = FixtureGraph.Library;
FixtureStructure fixture = library.FixtureFor("Math");
embeddedSection =
new EmbeddedSectionGrammar<MathFixture>().ToStructure(library).ShouldBeOfType<EmbeddedSection>();
embeddedSection.Name = "MathGrammar";
theExample = embeddedSection.CreateExample();
}
void IGrammarVisitor.EmbeddedSection(EmbeddedSection section, IStep step)
{
_fixtureStack.Push(section.Fixture);
_stream.StartEmbeddedSection(section, step);
section.GetLeaf(step).AcceptVisitor(this);
_stream.EndEmbeddedSection(section, step);
_fixtureStack.Pop();
}
public bool Equals(EmbeddedSection obj)
{
if (ReferenceEquals(null, obj))
{
return(false);
}
if (ReferenceEquals(this, obj))
{
return(true);
}
return(Equals(obj._fixture, _fixture) && Equals(obj._label, _label) &&
Equals(obj._leafName, _leafName));
}
public EmbeddedSectionTag(EmbeddedSection section, IStep step)
: base("div")
{
_section = section;
_step = step;
AddClass("embedded");
AddClass(section.Style.ToString());
if (section.Style == EmbedStyle.TitledAndIndented)
{
Add("div").AddClass(HtmlClasses.SECTION_TITLE).Text(section.Label);
}
}
public EmbeddedSectionTag(EmbeddedSection section, IStep step)
: base("div")
{
_section = section;
_step = step;
AddClass("embedded");
AddClass(section.Style.ToString());
if (section.Style == EmbedStyle.TitledAndIndented)
{
Add("h3").AddClass("embedded-title").Text(section.Label).Title("{0} (Embeds {1})".ToFormat(section.Name, section.Fixture.FixtureClassName));
}
}
public FixtureGraph BuildTopLevelGraph()
{
var fixture = new FixtureGraph("Test");
fixture.Policies.SelectionMode = SelectionMode.OneOrMore;
fixture.Policies.AddGrammarText = "Add Section";
_fixtures.Where(x => !x.Policies.IsPrivate).Each(x =>
{
var grammar = new EmbeddedSection(x, x.Label ?? x.Name, x.Name);
grammar.Style = EmbedStyle.TitledAndIndented;
fixture.AddStructure(x.Name, grammar);
});
return(fixture);
}
public void override_title()
{
var section1 = new EmbeddedSection
{
key = "Something",
title = "Do something",
fixture = new FixtureModel("Something")
};
var @override = new EmbeddedSection
{
key = "Something",
title = "Do something different",
fixture = new FixtureModel("Something")
};
section1.ApplyOverrides(@override)
.ShouldBeOfType<EmbeddedSection>()
.title.ShouldBe(@override.title);
}
void IGrammarVisitor.EmbeddedSection(EmbeddedSection section, IStep step)
{
grammarTag.AddClasses(GrammarConstants.EMBEDDED, GrammarConstants.SECTION)
.MetaData(GrammarConstants.LEAF_NAME, section.LeafName)
.MetaData(GrammarConstants.FIXTURE, section.Fixture.Name)
.MetaData(GrammarConstants.AUTO_SELECT_KEY, section.Fixture.Policies.AutoSelectGrammarKey)
.MetaData(GrammarConstants.SELECTION_MODE, section.Fixture.Policies.SelectionMode.ToString());
var area = section.IsTitled() ? new AreaTag(section.Label) : new AreaTag();
var container = area.Container.Add("div").AddClass("section-container");
container.Append(new HolderTag(section.Fixture));
if (section.Fixture.Policies.SelectionMode != SelectionMode.MandatoryAutoSelect)
{
var selector = new GrammarSelector(section.Fixture).Build();
container.Append(selector);
}
grammarTag.Append(area);
}
void IGrammarVisitor.EmbeddedSection(EmbeddedSection section, IStep step)
{
grammarTag.AddClasses(GrammarConstants.EMBEDDED, GrammarConstants.SECTION)
.MetaData(GrammarConstants.LEAF_NAME, section.LeafName)
.MetaData(GrammarConstants.FIXTURE, section.Fixture.Name)
.MetaData(GrammarConstants.AUTO_SELECT_KEY, section.Fixture.Policies.AutoSelectGrammarKey)
.MetaData(GrammarConstants.SELECTION_MODE, section.Fixture.Policies.SelectionMode.ToString());
var header = new HeaderTag();
if (section.IsTitled())
{
header.Titled(section.Title);
}
grammarTag.Child(header);
grammarTag.Child(new HolderTag(section.Fixture));
if (section.Fixture.Policies.SelectionMode == SelectionMode.MandatoryAutoSelect) return;
HtmlTag selector = new GrammarSelector(section.Fixture).Build();
grammarTag.Child(selector);
}
public override GrammarModel ApplyOverrides(GrammarModel grammar)
{
var @override = grammar as EmbeddedSection;
if (@override == null) return this;
var section = new EmbeddedSection
{
key = key,
title = title,
collection = collection,
fixture = (FixtureModel) fixture.ApplyOverrides(@override.fixture),
hasBeforeStep = hasBeforeStep,
hasAfterStep = hasAfterStep
};
if (@override.title.IsNotEmpty())
{
section.title = @override.title;
}
return section;
}
void IGrammarVisitor.EmbeddedSection(EmbeddedSection section, IStep step)
{
_link.Label(section.Label);
}
void ITestStream.EndEmbeddedSection(EmbeddedSection section, IStep step)
{
_document.Pop();
}
public void with_embed_child()
{
var embed = new EmbeddedSection
{
fixture = new FixtureModel("Something"),
title = "Do a bunch of things"
};
embed.ToMissingCode(true).ShouldContain("[StoryTeller.Hidden]");
}
public FixtureGraph BuildTopLevelGraph()
{
var fixture = new FixtureGraph("Test");
fixture.Policies.SelectionMode = SelectionMode.OneOrMore;
fixture.Policies.AddGrammarText = "Add Section";
_fixtures.Where(x => !x.Policies.IsPrivate).Each(x =>
{
var grammar = new EmbeddedSection(x, x.Label ?? x.Name, x.Name);
grammar.Style = EmbedStyle.TitledAndIndented;
fixture.AddStructure(x.Name, grammar);
});
return fixture;
}
void ITestStream.StartEmbeddedSection(EmbeddedSection section, IStep step)
{
var sectionTag = new EmbeddedSectionTag(section, step);
sectionTag.WriteResults(_context);
_document.Push(sectionTag);
}
public void EndEmbeddedSection(EmbeddedSection section, IStep step)
{
_nodes.Pop();
}
void IGrammarVisitor.EmbeddedSection(EmbeddedSection section, IStep step)
{
_fixtureStack.Push(section.Fixture);
_stream.StartEmbeddedSection(section, step);
section.GetLeaf(step).AcceptVisitor(this);
_stream.EndEmbeddedSection(section, step);
_fixtureStack.Pop();
}
void ITestStream.StartEmbeddedSection(EmbeddedSection section, IStep step)
{
markGrammar(section.Name);
ForFixture(section.Fixture.Name).Mark(_currentTest);
_fixtureStack.Push(section.Fixture);
}
void IGrammarVisitor.EmbeddedSection(EmbeddedSection section, IStep step)
{
add(section.Name, section.Label, Icon.EmbeddedSection);
}
void ITestStream.StartEmbeddedSection(EmbeddedSection section, IStep step)
{
_document.Push(new EmbeddedSectionTag(section, step));
}
public void SetUp()
{
library = new FixtureLibrary();
library.FixtureFor("Math").Policies.IsPrivate = false;
library.FixtureFor("Algebra").Policies.IsPrivate = false;
library.FixtureFor("MathDetails").Policies.IsPrivate = true;
library.FixtureFor("Calculus").Policies.IsPrivate = false;
topFixture = library.BuildTopLevelGraph();
mathSection = topFixture.GrammarFor("Math").ShouldBeOfType<EmbeddedSection>();
}
protected override void theContextIs()
{
step = new Step().With("x", 1).With("y", 2);
treeBuilder.StartTest(theTest);
section = new Section("Math");
treeBuilder.StartTest(theTest);
treeBuilder.StartSection(section, new FixtureGraph("Math"));
theFixture = new FixtureGraph("new");
embedded = new EmbeddedSection(theFixture, "the label of embedded", "embedded");
treeBuilder.StartEmbeddedSection(embedded, step);
}
public void adding_an_embedded_section_then_a_sentence_under_a_paragraph_should_still_have_adder_commands()
{
var embedded = new EmbeddedSection(new FixtureGraph("Embed"), "the label", "embed");
treeBuilder.StartEmbeddedSection(embedded, step);
var sentence = new Sentence();
var sentenceStep = new Step();
treeBuilder.Sentence(sentence, sentenceStep);
nodeBuilder.AssertWasCalled(x => x.ConfigureRearrangeCommands(treeBuilder.LastNode, embedded.LeafFor(step), sentenceStep));
}
public void should_call_the_embedded_section_method()
{
var visitor = MockRepository.GenerateMock<IGrammarVisitor>();
var step = new Step();
var section = new EmbeddedSection();
section.AcceptVisitor(visitor, step);
visitor.AssertWasCalled(x => x.EmbeddedSection(section, step));
}
void ITestStream.EndEmbeddedSection(EmbeddedSection section, IStep step)
{
_fixtureStack.Pop();
}
public void StartEmbeddedSection(EmbeddedSection section, IStep step)
{
withNewNode(step, Icon.EmbeddedSection, node =>
{
node.AddText(section.Label);
addRearrangeCommands(node);
StepLeaf leaf = section.LeafFor(step);
node.Holder = leaf;
_configurer.ConfigurePartAdders(node, section.Fixture, leaf);
});
}
