public void should_write_the_fixture_name_of_the_embedded_section()
{
var grammar = fixture.GrammarFor("Simple").As <EmbeddedSection>();
GrammarTag grammarTag = grammarTagFor("Simple");
grammarTag.MetaData(GrammarConstants.FIXTURE).ShouldEqual(grammar.Fixture.Name);
}
public Grammar Create(string content, int[] tagIds, string examples)
{
if (!string.IsNullOrEmpty(content) && tagIds.Count() > 0)
{
int accountId;
int.TryParse(Session["accountId"].ToString(), out accountId);
Grammar grammar = new Grammar()
{
Content = content.Trim(),
Examples = examples,
DeleteFlag = DeleteFlag.Active,
CreatedDate = DateTime.Now,
CreatedUser = accountId,
GrammarTags = new List <GrammarTag>()
};
foreach (int tagId in tagIds)
{
GrammarTag grammarTag = new GrammarTag()
{
GrammarId = grammar.Id,
TagId = tagId,
CreatedDate = DateTime.Now,
CreatedUser = accountId
};
grammar.GrammarTags.Add(grammarTag);
}
return(_grammarDAL.Create(grammar));
}
return(null);
}
public void should_write_the_leaf_name()
{
GrammarStructure grammar = fixture.GrammarFor("Simple");
GrammarTag grammarTag = grammarTagFor("Simple");
grammarTag.MetaData(GrammarConstants.LEAF_NAME, grammar.As <EmbeddedSection>().LeafName);
}
public void SetUp()
{
grammarTag = new GrammarTag(new Sentence
{
Name = "Math"
});
}
public void write_auto_select_key()
{
var grammar = fixture.GrammarFor("MandatorySelection").As <EmbeddedSection>();
GrammarTag grammarTag = grammarTagFor("MandatorySelection");
grammarTag.MetaData(GrammarConstants.AUTO_SELECT_KEY).ShouldEqual(grammar.Fixture.Policies.AutoSelectGrammarKey);
}
public void should_write_the_embedded_and_section_classes()
{
GrammarStructure grammar = fixture.GrammarFor("Simple");
GrammarTag grammarTag = grammarTagFor("Simple");
grammarTag.ShouldHaveClass(GrammarConstants.EMBEDDED);
grammarTag.ShouldHaveClass(GrammarConstants.SECTION);
}
public void should_write_the_selection_mode_to_the_grammar_tag()
{
var grammar = fixture.GrammarFor("Simple").As <EmbeddedSection>();
GrammarTag grammarTag = grammarTagFor("Simple");
grammarTag.MetaData(GrammarConstants.SELECTION_MODE).ShouldEqual(
grammar.Fixture.Policies.SelectionMode.ToString());
}
public void SetUp()
{
FixtureLibrary library = FixtureLibrary.For(x => x.AddFixture <SentenceTargetFixture>());
grammarTag =
new GrammarTag(library.FixtureFor(typeof(SentenceTargetFixture).GetFixtureAlias()).GrammarFor("Go"));
var writer = new SentenceWriter(grammarTag, new CellBuilderLibrary());
writer.Write();
}
public void has_the_meta_data_tag_for_key()
{
var sentence = new Sentence
{
Name = "ThisGrammar",
};
var tag = new GrammarTag(sentence);
tag.MetaData(GrammarConstants.KEY).ShouldEqual(sentence.Name);
}
public void has_the_step_class()
{
var sentence = new Sentence
{
Name = "ThisGrammar",
};
var tag = new GrammarTag(sentence);
tag.HasClass(GrammarConstants.STEP).ShouldBeTrue();
}
public void SetUp()
{
tag = null;
grammarTag = new GrammarTag(new Sentence
{
Name = "Math"
});
cell = new Cell("name", typeof(string));
writer = new SentenceWriter(grammarTag, new CellBuilderLibrary());
}
public void read_the_name_and_description()
{
var sentence = new Sentence
{
Name = "ThisGrammar",
};
var tag = new GrammarTag(sentence);
tag.TagName().ShouldEqual("div");
tag.HasClass(sentence.Name).ShouldBeTrue();
}
public void adding_a_close_link_adds_to_itself_if_there_is_no_header_tag()
{
var sentence = new Sentence
{
Name = "ThisGrammar",
Parent = new FixtureGraph()
};
var tag = new GrammarTag(sentence);
tag.AddDeleteLink();
tag.Children.Last().ShouldBeOfType <RemoveLinkTag>();
}
public void adding_a_close_link_adds_to_the_header_tag_if_it_exists()
{
var sentence = new Sentence
{
Name = "ThisGrammar",
Parent = new FixtureGraph()
};
var tag = new GrammarTag(sentence);
var header = new HeaderTag();
tag.Append(header);
tag.AddDeleteLink();
tag.Children.Count.ShouldEqual(1);
Debug.WriteLine(tag.ToString());
header.FirstChild().Children.Count(x => x is RemoveLinkTag).ShouldEqual(1);
}
public void SetUp()
{
var grammarTag = new GrammarTag(new Sentence
{
Name = "Math"
});
Cell cell = Cell.For <string>("name");
cell.SelectionValues = new List <string>
{
"Jeremy",
"Josh",
"Chad"
};
var writer = new SentenceWriter(grammarTag, new CellBuilderLibrary());
writer.Input(new TextInput(cell));
select = grammarTag.Children.First();
}
public Grammar Update(int id, string content, int[] tagIds, string examples)
{
if (!string.IsNullOrEmpty(content) && tagIds.Count() > 0)
{
int accountId;
int.TryParse(Session["accountId"].ToString(), out accountId);
Grammar grammar = _grammarDAL.GetById(id, DeleteFlag.Active);
if (grammar != null)
{
grammar.Content = content.Trim();
grammar.Examples = examples;
grammar.UpdatedDate = DateTime.Now;
grammar.UpdatedUser = accountId;
grammar.GrammarTags = new List <GrammarTag>();
foreach (int tagId in tagIds)
{
GrammarTag grammarTag = new GrammarTag()
{
GrammarId = grammar.Id,
TagId = tagId,
CreatedDate = DateTime.Now,
CreatedUser = accountId
};
grammar.GrammarTags.Add(grammarTag);
}
return(_grammarDAL.Update(grammar));
}
}
return(null);
}
public void do_not_add_selector_if_it_is_a_mandatory_auto_select_fixture()
{
GrammarTag grammarTag = grammarTagFor("MandatorySelection");
grammarTag.Children.Any(x => x.HasClass(GrammarConstants.GRAMMAR_SELECTOR)).ShouldBeFalse();
}
public void SetUp()
{
builder = new TextboxBuilder();
grammar = new GrammarTag(new Sentence());
}
