public RazorCompletionResolveEndpointTest()
{
LSPTagHelperTooltipFactory = Mock.Of <LSPTagHelperTooltipFactory>(MockBehavior.Strict);
VSLSPTagHelperTooltipFactory = Mock.Of <VSLSPTagHelperTooltipFactory>(MockBehavior.Strict);
CompletionListCache = new CompletionListCache();
CompletionCapability = new VSInternalCompletionSetting()
{
CompletionItem = new CompletionItemSetting()
{
DocumentationFormat = new[] { MarkupKind.PlainText, MarkupKind.Markdown },
}
};
DefaultClientCapability = new VSInternalClientCapabilities()
{
TextDocument = new TextDocumentClientCapabilities()
{
Completion = CompletionCapability,
},
};
VSClientCapability = new VSInternalClientCapabilities()
{
TextDocument = new TextDocumentClientCapabilities()
{
Completion = CompletionCapability,
},
SupportsVisualStudioExtensions = true,
};
}
public void Convert_CommitCharactersTrue_RemovesCommitCharactersFromItems()
{
// Arrange
var commitCharacters = new[] { "<" };
var completionList = new VSInternalCompletionList()
{
Items = new[]
{
new VSInternalCompletionItem()
{
Label = "Test",
VsCommitCharacters = commitCharacters
}
}
};
var capabilities = new VSInternalCompletionSetting()
{
CompletionList = new VSInternalCompletionListSetting()
{
CommitCharacters = true,
}
};
// Act
var vsCompletionList = CompletionListOptimizer.Optimize(completionList, capabilities);
// Assert
Assert.Collection(vsCompletionList.Items, (item) => Assert.Null(item.CommitCharacters));
Assert.Collection(vsCompletionList.CommitCharacters.Value.First, (e) => Assert.Equal("<", e));
}
public void Convert_DataFalse_DoesNotTouchData()
{
// Arrange
var dataObject = new JObject()
{
["resultId"] = 123
};
var completionList = new VSInternalCompletionList()
{
Items = new[]
{
new VSInternalCompletionItem()
{
Label = "Test",
Data = dataObject,
}
}
};
var capabilities = new VSInternalCompletionSetting()
{
CompletionList = new VSInternalCompletionListSetting()
{
Data = false,
}
};
// Act
var vsCompletionList = CompletionListOptimizer.Optimize(completionList, capabilities);
// Assert
Assert.Collection(vsCompletionList.Items, item => Assert.Same(dataObject, item.Data));
Assert.Null(vsCompletionList.Data);
}
public void Convert_CommitCharactersFalse_DoesNotTouchCommitCharacters()
{
// Arrange
var commitCharacters = new[] { "<" };
var completionList = new VSInternalCompletionList()
{
Items = new[]
{
new VSInternalCompletionItem()
{
Label = "Test",
VsCommitCharacters = commitCharacters
}
}
};
var capabilities = new VSInternalCompletionSetting()
{
CompletionList = new VSInternalCompletionListSetting()
{
CommitCharacters = false,
}
};
// Act
var vsCompletionList = CompletionListOptimizer.Optimize(completionList, capabilities);
// Assert
Assert.Collection(vsCompletionList.Items, item => Assert.Equal(commitCharacters, ((VSInternalCompletionItem)item).VsCommitCharacters));
Assert.Null(vsCompletionList.CommitCharacters);
}
private static VSInternalCompletionList OptimizeData(VSInternalCompletionList completionList, VSInternalCompletionSetting completionCapability)
{
var completionListCapability = completionCapability.CompletionList;
if (completionListCapability?.Data != true)
{
return(completionList);
}
completionList = PromoteDataOntoList(completionList);
return(completionList);
}
private static VSInternalCompletionList OptimizeCommitCharacters(VSInternalCompletionList completionList, VSInternalCompletionSetting completionCapability)
{
var completionListCapability = completionCapability.CompletionList;
if (completionListCapability?.CommitCharacters != true)
{
return(completionList);
}
// The commit characters capability is a VS capability with how we utilize it, therefore we want to promote onto the VS list.
completionList = PromoteVSCommonCommitCharactersOntoList(completionList);
return(completionList);
}
