protected Action <object> Documentation(
string expectedText,
FormattedClassification[] expectedClassifications = null)
{
return(content =>
{
var documentationCommentContent = ((QuickInfoDisplayDeferredContent)content).Documentation;
switch (documentationCommentContent)
{
case DocumentationCommentDeferredContent docComment:
{
Assert.Equal(expectedText, docComment.DocumentationComment);
}
break;
case ClassifiableDeferredContent classifiable:
{
var actualContent = classifiable.ClassifiableContent;
Assert.Equal(expectedText, actualContent.GetFullText());
ClassificationTestHelper.VerifyTextAndClassifications(expectedText, expectedClassifications, actualContent);
}
break;
}
});
}
protected Action <object> Documentation(
string expectedText,
Tuple <string, string>[] expectedClassifications = null)
{
return(content =>
{
var documentationCommentContent = ((QuickInfoDisplayDeferredContent)content).Documentation;
switch (documentationCommentContent)
{
case DocumentationCommentDeferredContent docComment:
{
var documentationCommentBlock = (TextBlock)docComment.Create();
var actualText = documentationCommentBlock.Text;
Assert.Equal(expectedText, actualText);
}
break;
case ClassifiableDeferredContent classifiable:
{
var actualContent = classifiable.ClassifiableContent;
Assert.Equal(expectedText, actualContent.GetFullText());
ClassificationTestHelper.Verify(expectedText, expectedClassifications, actualContent);
}
break;
}
});
}
protected Action <object> AnonymousTypes(
string expectedText,
Tuple <string, string>[] expectedClassifications = null)
{
return((content) =>
{
var actualContent = ((QuickInfoDisplayDeferredContent)content).AnonymousTypes.ClassifiableContent;
// The type parameter map should have an additional line break at the beginning. We
// create a copy here because we've captured expectedText and this delegate might be
// executed more than once (e.g. with different parse options).
// var expectedTextCopy = "\r\n" + expectedText;
ClassificationTestHelper.Verify(expectedText, expectedClassifications, actualContent);
});
}
protected Action <object> MainDescription(
string expectedText,
Tuple <string, string>[] expectedClassifications = null)
{
return((content) =>
{
content.TypeSwitch(
(QuickInfoDisplayDeferredContent qiContent) =>
{
var actualContent = qiContent.MainDescription.ClassifiableContent;
ClassificationTestHelper.Verify(expectedText, expectedClassifications, actualContent);
},
(ClassifiableDeferredContent classifiable) =>
{
var actualContent = classifiable.ClassifiableContent;
ClassificationTestHelper.Verify(expectedText, expectedClassifications, actualContent);
});
});
}
protected Action <object> MainDescription(
string expectedText,
FormattedClassification[] expectedClassifications = null)
{
return(content =>
{
switch (content)
{
case QuickInfoDisplayDeferredContent qiContent:
{
AssertTextAndClassifications(expectedText, expectedClassifications, (ClassifiableDeferredContent)qiContent.MainDescription);
}
break;
case ClassifiableDeferredContent classifiable:
{
var actualContent = classifiable.ClassifiableContent;
ClassificationTestHelper.VerifyTextAndClassifications(expectedText, expectedClassifications, actualContent);
}
break;
}
});
}
protected Action <object> MainDescription(
string expectedText,
Tuple <string, string>[] expectedClassifications = null)
{
return(content =>
{
switch (content)
{
case QuickInfoDisplayDeferredContent qiContent:
{
var actualContent = qiContent.MainDescription.ClassifiableContent;
ClassificationTestHelper.Verify(expectedText, expectedClassifications, actualContent);
}
break;
case ClassifiableDeferredContent classifiable:
{
var actualContent = classifiable.ClassifiableContent;
ClassificationTestHelper.Verify(expectedText, expectedClassifications, actualContent);
}
break;
}
});
}
private static void AssertTextAndClassifications(string expectedText, FormattedClassification[] expectedClassifications, IDeferredQuickInfoContent actualContent)
{
var actualClassifications = ((ClassifiableDeferredContent)actualContent).ClassifiableContent;
ClassificationTestHelper.VerifyTextAndClassifications(expectedText, expectedClassifications, actualClassifications);
}