public void SenseParser_CanParseSense_Learner_Apple()
{
var content = TestHelper.LoadResponseFromFile("sense_learn_apple");
var definition = JsonConvert.DeserializeObject <Definition>(content, Converter.Settings);
var senseParser = new SenseParser(definition, Language.NotApplicable, ParseOptions.Default);
// ACT
var def = new Dto.Definition();
senseParser.Parse(def);
// ASSERT
var dts = GetDefiningTexts(new[] { def });
dts.OfType <SupplementalInformationNote>().ShouldNotBeEmpty();
}
public void SenseParser_CanParseSense_Medical_Doctor()
{
var content = TestHelper.LoadResponseFromFile("sense_med_doctor");
var definition = JsonConvert.DeserializeObject <Definition>(content, Converter.Settings);
var senseParser = new SenseParser(definition, Language.NotApplicable, ParseOptions.Default);
// ACT
var def = new Dto.Definition();
senseParser.Parse(def);
// ASSERT
// verify that the divided sense has been parsed
def.SenseSequence
.SelectMany(ss => ss.Senses)
.Cast <Sense>()
.Where(s => s.DividedSense != null)
.ShouldNotBeEmpty();
}
public void SenseParser_CanParseSense_Above()
{
var content = TestHelper.LoadResponseFromFile("sense_above");
var definition = JsonConvert.DeserializeObject <Definition>(content, Converter.Settings);
var senseParser = new SenseParser(definition, Language.NotApplicable, ParseOptions.Default);
// ACT
var def = new Dto.Definition();
senseParser.Parse(def);
// ASSERT
def.SenseSequence.Count.ShouldBe(1);
def.SenseSequence.First().Senses.Count.ShouldBe(4);
var dts = GetDefiningTexts(new[] { def }).ToList();
dts.OfType <DefiningText>().ShouldAllBe(t => !t.Text.Text.Contains("{wi}"));
dts.OfType <VerbalIllustration>().ShouldAllBe(vis => !vis.Sentence.Text.Contains("{wi}"));
}