// private utils related to extracting file content
/// <summary>
/// Checks that the given range is a valid range in file, and returns the text in the given range in concatenated form
/// stripping (only) end of line comments (and not removing excess brackets).
/// Note: the End position of the given range is *not* part of the returned string.
/// </summary>
private static string GetCodeSnippet(this FileContentManager file, LSP.Range range)
{
if (!Utils.IsValidRange(range, file))
{
throw new ArgumentException($"cannot extract code snippet for the given range \n range: {range.DiagnosticString()}");
}
string CodeLine(CodeLine line) => line.WithoutEnding + line.LineEnding;
var start = range.Start.Line;
var count = range.End.Line - start + 1;
var firstLine = CodeLine(file.GetLine(start));
if (count == 1)
{
return(firstLine.Substring(range.Start.Character, range.End.Character - range.Start.Character));
}
var lastLine = CodeLine(file.GetLine(range.End.Line));
var prepend = firstLine.Substring(range.Start.Character);
var append = lastLine.Substring(0, range.End.Character);
var middle = file.GetLines(start + 1, count - 2).Select(CodeLine).ToArray();
if (middle.Length == 0)
{
return(Utils.JoinLines(new string[] { prepend, append }));
}
else
{
return(Utils.JoinLines(new string[] { prepend, Utils.JoinLines(middle), append })); // Note: use JoinLines here to get accurate position infos for errors
}
}
/// <summary>
/// Extracts the code fragments based on the current file content that need to be re-processed due to content changes on the given lines.
/// Ignores any whitespace or comments at the beginning of the file (whether they have changed or not).
/// Ignores any whitespace or comments that occur after the last piece of code in the file.
/// Throws an ArgumentNullException if any of the arguments is null.
/// </summary>
private static IEnumerable <CodeFragment> FragmentsToProcess(this FileContentManager file, SortedSet <int> changedLines)
{
// NOTE: I suggest not to touch this routine unless absolutely necessary...(things *will* break)
if (file == null)
{
throw new ArgumentNullException(nameof(file));
}
if (changedLines == null)
{
throw new ArgumentNullException(nameof(changedLines));
}
var iter = changedLines.GetEnumerator();
var lastInFile = LastInFile(file);
Position processed = new Position(0, 0);
while (iter.MoveNext())
{
QsCompilerError.Verify(0 <= iter.Current && iter.Current < file.NrLines(), "index out of range for changed line");
if (processed.Line < iter.Current)
{
var statementStart = file.PositionAfterPrevious(new Position(iter.Current, 0));
if (processed.IsSmallerThan(statementStart))
{
processed = statementStart;
}
}
while (processed.Line <= iter.Current && processed.IsSmallerThan(lastInFile))
{
processed = processed.Copy(); // because we don't want to modify the ending of the previous code fragment ...
var nextEnding = file.FragmentEnd(ref processed);
var extractedPiece = file.GetCodeSnippet(new LSP.Range {
Start = processed, End = nextEnding
});
// constructing the CodeFragment -
// NOTE: its Range.End is the position of the delimiting char (if such a char exists), i.e. the position right after Code ends
if (extractedPiece.Length > 0) // length = 0 can occur e.g. if the last piece of code in the file does not terminate with a statement ending
{
var code = file.GetLine(nextEnding.Line).ExcessBracketPositions.Contains(nextEnding.Character - 1)
? extractedPiece.Substring(0, extractedPiece.Length - 1)
: extractedPiece;
if (code.Length == 0 || !CodeFragment.DelimitingChars.Contains(code.Last()))
{
code = $"{code}{CodeFragment.MissingDelimiter}";
}
var endChar = nextEnding.Character - (extractedPiece.Length - code.Length) - 1;
var codeRange = new LSP.Range {
Start = processed, End = new Position(nextEnding.Line, endChar)
};
yield return(new CodeFragment(file.IndentationAt(codeRange.Start), codeRange, code.Substring(0, code.Length - 1), code.Last()));
}
processed = nextEnding;
}
}
}
internal static async Task <IEnumerable <CodeAction> > GetCodeActionsAsync(Document?document,
ICodeFixService codeFixService,
ICodeRefactoringService codeRefactoringService,
LSP.Range selection,
CancellationToken cancellationToken)
{
if (document == null)
{
return(ImmutableArray <CodeAction> .Empty);
}
var text = await document.GetTextAsync(cancellationToken).ConfigureAwait(false);
var textSpan = ProtocolConversions.RangeToTextSpan(selection, text);
var codeFixCollections = await codeFixService.GetFixesAsync(document, textSpan, true, cancellationToken).ConfigureAwait(false);
var codeRefactorings = await codeRefactoringService.GetRefactoringsAsync(document, textSpan, cancellationToken).ConfigureAwait(false);
var codeActions = codeFixCollections.SelectMany(c => c.Fixes.Select(f => f.Action)).Concat(
codeRefactorings.SelectMany(r => r.CodeActions.Select(ca => ca.action)));
// Flatten out the nested codeactions.
var nestedCodeActions = codeActions.Where(c => c is CodeAction.CodeActionWithNestedActions nc && nc.IsInlinable).SelectMany(nc => nc.NestedCodeActions);
codeActions = codeActions.Where(c => !(c is CodeAction.CodeActionWithNestedActions)).Concat(nestedCodeActions);
return(codeActions);
}
private static WorkspaceEdit GenerateWorkspaceEdit(
Dictionary <string, IList <LSP.Location> > locations,
string expectedMarkup,
LSP.Range range)
=> new LSP.WorkspaceEdit
{
DocumentChanges = new TextDocumentEdit[]
{
new TextDocumentEdit
{
TextDocument = new VersionedTextDocumentIdentifier
{
Uri = locations["caret"].Single().Uri
},
Edits = new TextEdit[]
{
new TextEdit
{
NewText = expectedMarkup,
Range = range
}
}
}
}
};
private static async Task <ImmutableArray <UnifiedSuggestedActionSet>?> GetActionSetsAsync(
Document document,
ICodeFixService codeFixService,
ICodeRefactoringService codeRefactoringService,
IThreadingContext threadingContext,
LSP.Range selection,
CancellationToken cancellationToken)
{
var text = await document.GetTextAsync(cancellationToken).ConfigureAwait(false);
var textSpan = ProtocolConversions.RangeToTextSpan(selection, text);
// The logic to filter code actions requires the UI thread
await threadingContext.JoinableTaskFactory.SwitchToMainThreadAsync(cancellationToken);
var codeFixes = UnifiedSuggestedActionsSource.GetFilterAndOrderCodeFixes_MustBeCalledFromUIThread(
document.Project.Solution.Workspace, codeFixService, document, textSpan, includeSuppressionFixes: true,
isBlocking: false, addOperationScope: _ => null, cancellationToken);
var codeRefactorings = UnifiedSuggestedActionsSource.GetFilterAndOrderCodeRefactorings_MustBeCalledFromUIThread(
document.Project.Solution.Workspace, codeRefactoringService, document, textSpan, isBlocking: false,
addOperationScope: _ => null, filterOutsideSelection: false, cancellationToken);
var actionSets = UnifiedSuggestedActionsSource.FilterAndOrderActionSets(codeFixes, codeRefactorings, textSpan);
return(actionSets);
}
public async Task TestGetSemanticTokensRange_PartialDoc_RazorAsync()
{
// Razor docs should be returning semantic + syntactic reuslts.
var markup =
@"{|caret:|}// Comment
static class C { }
";
using var testLspServer = await CreateTestLspServerAsync(markup);
var document = testLspServer.GetCurrentSolution().Projects.First().Documents.First();
var range = new LSP.Range {
Start = new Position(1, 0), End = new Position(2, 0)
};
var options = ClassificationOptions.Default;
var results = await SemanticTokensHelpers.ComputeSemanticTokensDataAsync(
document, SemanticTokensHelpers.TokenTypeToIndex, range, options, includeSyntacticClassifications : true, CancellationToken.None);
var expectedResults = new LSP.SemanticTokens
{
Data = new int[]
{
// Line | Char | Len | Token type | Modifier
1, 0, 6, SemanticTokensHelpers.TokenTypeToIndex[LSP.SemanticTokenTypes.Keyword], 0, // 'static'
0, 7, 5, SemanticTokensHelpers.TokenTypeToIndex[LSP.SemanticTokenTypes.Keyword], 0, // 'class'
0, 6, 1, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.ClassName], (int)TokenModifiers.Static, // 'C'
0, 2, 1, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.Punctuation], 0, // '{'
0, 2, 1, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.Punctuation], 0, // '}'
},
};
await VerifyNoMultiLineTokens(testLspServer, results).ConfigureAwait(false);
Assert.Equal(expectedResults.Data, results);
}
public static async Task <ImmutableArray <CodeAction> > GetCodeActionsAsync(
Document document,
ICodeFixService codeFixService,
ICodeRefactoringService codeRefactoringService,
LSP.Range selection,
CancellationToken cancellationToken)
{
var actionSets = await GetActionSetsAsync(
document, codeFixService, codeRefactoringService, selection, cancellationToken).ConfigureAwait(false);
if (!actionSets.HasValue)
{
return(ImmutableArray <CodeAction> .Empty);
}
var _ = ArrayBuilder <CodeAction> .GetInstance(out var codeActions);
foreach (var set in actionSets)
{
foreach (var suggestedAction in set.Actions)
{
// Filter out code actions with options since they'll show dialogs and we can't remote the UI and the options.
if (suggestedAction.OriginalCodeAction is CodeActionWithOptions)
{
continue;
}
codeActions.Add(GetNestedActionsFromActionSet(suggestedAction));
}
}
return(codeActions.ToImmutable());
}
public CodeActionResolveData(string uniqueIdentifier, ImmutableArray <string> customTags, LSP.Range range, LSP.TextDocumentIdentifier textDocument)
{
UniqueIdentifier = uniqueIdentifier;
CustomTags = customTags;
Range = range;
TextDocument = textDocument;
}
public async Task LineBreakpoint()
{
var markup =
@"class A
{
void M()
{
#if FALSE
{|caret:|}M();
#endif
}
}";
using var testLspServer = await CreateTestLspServerAsync(markup);
var caret = testLspServer.GetLocations("caret").Single();
var expected = new LSP.Range()
{
Start = caret.Range.Start,
End = caret.Range.Start,
};
var result = await RunAsync(testLspServer, caret);
AssertJsonEquals(expected, result);
}
public async Task TestGetSemanticTokensRangeAsync()
{
var markup =
@"{|caret:|}// Comment
static class C { }
";
using var testLspServer = CreateTestLspServer(markup, out var locations);
var range = new LSP.Range {
Start = new Position(1, 0), End = new Position(2, 0)
};
var results = await RunGetSemanticTokensRangeAsync(testLspServer, locations["caret"].First(), range);
var expectedResults = new LSP.SemanticTokens
{
Data = new int[]
{
// Line | Char | Len | Token type | Modifier
1, 0, 6, SemanticTokensCache.TokenTypeToIndex[LSP.SemanticTokenTypes.Keyword], 0, // 'static'
0, 7, 5, SemanticTokensCache.TokenTypeToIndex[LSP.SemanticTokenTypes.Keyword], 0, // 'class'
0, 6, 1, SemanticTokensCache.TokenTypeToIndex[LSP.SemanticTokenTypes.Class], (int)TokenModifiers.Static, // 'C'
0, 2, 1, SemanticTokensCache.TokenTypeToIndex[ClassificationTypeNames.Punctuation], 0, // '{'
0, 2, 1, SemanticTokensCache.TokenTypeToIndex[ClassificationTypeNames.Punctuation], 0, // '}'
},
ResultId = "1"
};
await VerifyNoMultiLineTokens(testLspServer, results.Data !).ConfigureAwait(false);
Assert.Equal(expectedResults.Data, results.Data);
Assert.Equal(expectedResults.ResultId, results.ResultId);
}
protected static int CompareRange(LSP.Range r1, LSP.Range r2)
{
var compareLine = r1.Start.Line.CompareTo(r2.Start.Line);
var compareChar = r1.Start.Character.CompareTo(r2.Start.Character);
return(compareLine != 0 ? compareLine : compareChar);
}
public async Task SimpleStatement()
{
var markup =
@"class A
{
void M()
{
{|caret:|}M();
}
}";
using var testLspServer = await CreateTestLspServerAsync(markup);
var caret = testLspServer.GetLocations("caret").Single();
var expected = new LSP.Range()
{
Start = caret.Range.Start,
End = new LSP.Position(caret.Range.Start.Line, caret.Range.Start.Character + "M();".Length),
};
var result = await RunAsync(testLspServer, caret);
AssertJsonEquals(expected, result);
}
internal static SnapshotSpan GetSnapshotSpan(this ITextSnapshot snapshot, LSP.Range range)
{
Requires.NotNull(range, nameof(range));
Requires.NotNull(snapshot, nameof(snapshot));
return(snapshot.GetSnapshotSpan(range.Start.Line, range.Start.Character, range.End.Line, range.End.Character));
}
public async Task TestGetSemanticTokensRange_MultiLineCommentAsync()
{
var markup =
@"{|caret:|}class C { /* one
two
three */ }
";
var range = new LSP.Range {
Start = new Position(0, 0), End = new Position(3, 0)
};
using var testLspServer = await CreateTestLspServerAsync(markup);
var results = await RunGetSemanticTokensRangeAsync(testLspServer, testLspServer.GetLocations("caret").First(), range);
var expectedResults = new LSP.SemanticTokens
{
Data = new int[]
{
// Line | Char | Len | Token type | Modifier
0, 0, 5, SemanticTokensHelpers.TokenTypeToIndex[LSP.SemanticTokenTypes.Keyword], 0, // 'class'
0, 6, 1, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.ClassName], 0, // 'C'
0, 2, 1, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.Punctuation], 0, // '{'
0, 2, 6, SemanticTokensHelpers.TokenTypeToIndex[LSP.SemanticTokenTypes.Comment], 0, // '/* one'
1, 0, 3, SemanticTokensHelpers.TokenTypeToIndex[LSP.SemanticTokenTypes.Comment], 0, // 'two'
1, 0, 8, SemanticTokensHelpers.TokenTypeToIndex[LSP.SemanticTokenTypes.Comment], 0, // 'three */'
0, 9, 1, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.Punctuation], 0, // '}'
},
};
await VerifyNoMultiLineTokens(testLspServer, results.Data !).ConfigureAwait(false);
Assert.Equal(expectedResults.Data, results.Data);
}
public async Task TestGetSemanticTokensRange_StringLiteralAsync()
{
var markup =
@"{|caret:|}class C
{
void M()
{
var x = @""one
two """"
three"";
}
}
";
using var testLspServer = await CreateTestLspServerAsync(markup);
var range = new LSP.Range {
Start = new Position(0, 0), End = new Position(9, 0)
};
var results = await RunGetSemanticTokensRangeAsync(testLspServer, testLspServer.GetLocations("caret").First(), range);
var expectedResults = new LSP.SemanticTokens
{
Data = new int[]
{
// Line | Char | Len | Token type | Modifier
4, 8, 3, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.Keyword], 0, // 'var'
1, 4, 2, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.StringEscapeCharacter], 0, // '""'
},
};
await VerifyNoMultiLineTokens(testLspServer, results.Data !).ConfigureAwait(false);
Assert.Equal(expectedResults.Data, results.Data);
}
/// <summary>
/// Verifies the given position and range, and returns true if the given position lays within the given range.
/// If includeEnd is true then the end point of the range is considered to be part of the range,
/// otherwise the range is considered to include the start but excludes the end point.
/// Throws an ArgumentNullException if the given position or range is null.
/// Throws an ArgumentException if the given position or range is not valid.
/// </summary>
internal static bool IsWithinRange(this Position pos, LSP.Range range, bool includeEnd = false)
{
if (!IsValidPosition(pos) || !IsValidRange(range))
{
throw new ArgumentException("invalid position or range given for comparison");
}
return(range.Start.IsSmallerThanOrEqualTo(pos) && (includeEnd ? pos.IsSmallerThanOrEqualTo(range.End) : pos.IsSmallerThan(range.End)));
}
public static LSP.Location RangeToLocation(LSP.Range range, string uriString)
{
return(new LSP.Location()
{
Range = range,
Uri = new Uri(uriString)
});
}
/// <summary>
/// For a given Range, returns a new Range with its starting and ending position a copy of the start and end of the given Range
/// (i.e. does a deep copy) or null in case the given Range is null.
/// </summary>
public static LSP.Range Copy(this LSP.Range r)
{
return(r == null
? null
: new LSP.Range {
Start = r.Start.Copy(), End = r.End.Copy()
});
}
/// <summary>
/// Returns true if the given ranges overlap.
/// Throws an ArgumentNullException if any of the given ranges is null.
/// Throws an ArgumentException if any of the given ranges is not valid.
/// </summary>
internal static bool Overlaps(this LSP.Range range1, LSP.Range range2)
{
if (!IsValidRange(range1) || !IsValidRange(range2))
{
throw new ArgumentException("invalid range given for comparison");
}
var(first, second) = range1.Start.IsSmallerThan(range2.Start) ? (range1, range2) : (range2, range1);
return(second.Start.IsSmallerThan(first.End));
}
protected static async Task <LSP.SemanticTokens> RunGetSemanticTokensRangeAsync(
Solution solution, LSP.Location caret, LSP.Range range)
{
var queue = CreateRequestQueue(solution);
return(await GetLanguageServer(solution).ExecuteRequestAsync <LSP.SemanticTokensRangeParams, LSP.SemanticTokens>(queue,
LSP.SemanticTokensMethods.TextDocumentSemanticTokensRangeName,
CreateSemanticTokensRangeParams(caret, range), new LSP.VSClientCapabilities(), null, CancellationToken.None));
}
public CodeActionsCacheItem(
Document document,
LSP.Range range,
ImmutableArray <UnifiedSuggestedActionSet> cachedSuggestedActionSets)
{
Document = document;
Range = range;
CachedSuggestedActionSets = cachedSuggestedActionSets;
}
public async Task TestGetSemanticTokensRange_StringLiteral_RazorAsync()
{
var markup =
@"{|caret:|}class C
{
void M()
{
var x = @""one
two """"
three"";
}
}
";
using var testLspServer = await CreateTestLspServerAsync(markup);
var document = testLspServer.GetCurrentSolution().Projects.First().Documents.First();
var range = new LSP.Range {
Start = new Position(0, 0), End = new Position(9, 0)
};
var options = ClassificationOptions.Default;
var(results, _) = await SemanticTokensHelpers.ComputeSemanticTokensDataAsync(
document, SemanticTokensHelpers.TokenTypeToIndex, range, options, includeSyntacticClassifications : true, CancellationToken.None);
var expectedResults = new LSP.SemanticTokens
{
Data = new int[]
{
// Line | Char | Len | Token type | Modifier
0, 0, 5, SemanticTokensHelpers.TokenTypeToIndex[LSP.SemanticTokenTypes.Keyword], 0, // 'class'
0, 6, 1, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.ClassName], 0, // 'C'
1, 0, 1, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.Punctuation], 0, // '{'
1, 4, 4, SemanticTokensHelpers.TokenTypeToIndex[LSP.SemanticTokenTypes.Keyword], 0, // 'void'
0, 5, 1, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.MethodName], 0, // 'M'
0, 1, 1, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.Punctuation], 0, // '('
0, 1, 1, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.Punctuation], 0, // ')'
1, 4, 1, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.Punctuation], 0, // '{'
1, 8, 3, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.Keyword], 0, // 'var'
0, 4, 1, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.LocalName], 0, // 'x'
0, 2, 1, SemanticTokensHelpers.TokenTypeToIndex[LSP.SemanticTokenTypes.Operator], 0, // '='
0, 2, 5, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.VerbatimStringLiteral], 0, // '@"one'
1, 0, 6, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.VerbatimStringLiteral], 0, // 'two'
0, 4, 2, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.StringEscapeCharacter], 0, // '""'
1, 0, 6, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.VerbatimStringLiteral], 0, // 'three"'
0, 6, 1, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.Punctuation], 0, // ';'
1, 4, 1, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.Punctuation], 0, // '}'
1, 0, 1, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.Punctuation], 0, // '}'
},
};
await VerifyNoMultiLineTokens(testLspServer, results).ConfigureAwait(false);
Assert.Equal(expectedResults.Data, results);
}
private static LSP.SemanticTokensRangeParams CreateSemanticTokensRangeParams(
LSP.Location caret,
LSP.Range range
) =>
new LSP.SemanticTokensRangeParams
{
TextDocument = new LSP.TextDocumentIdentifier {
Uri = caret.Uri
},
Range = range
};
private static LSP.FoldingRange CreateFoldingRange(
LSP.FoldingRangeKind kind,
LSP.Range range
) =>
new LSP.FoldingRange()
{
Kind = kind,
StartCharacter = range.Start.Character,
EndCharacter = range.End.Character,
StartLine = range.Start.Line,
EndLine = range.End.Line
};
private LSPDocumentMappingProvider GetDocumentMappingProvider(Range expectedRange, int expectedVersion, RazorLanguageKind languageKind)
{
var remappingResult = new RazorMapToDocumentRangesResponse()
{
Ranges = new[] { expectedRange }
};
var documentMappingProvider = new Mock <LSPDocumentMappingProvider>(MockBehavior.Strict);
documentMappingProvider.Setup(d => d.MapToDocumentRangesAsync(languageKind, Uri, It.IsAny <Range[]>(), It.IsAny <CancellationToken>())).
Returns(Task.FromResult(remappingResult));
return(documentMappingProvider.Object);
}
public async Task TestGetSemanticTokensRange_StringLiteralAsync()
{
var markup =
@"{|caret:|}class C
{
void M()
{
var x = @""one
two """"
three"";
}
}
";
using var testLspServer = await CreateTestLspServerAsync(markup);
var range = new LSP.Range {
Start = new Position(0, 0), End = new Position(9, 0)
};
var results = await RunGetSemanticTokensRangeAsync(testLspServer, testLspServer.GetLocations("caret").First(), range);
var expectedResults = new LSP.SemanticTokens
{
Data = new int[]
{
// Line | Char | Len | Token type | Modifier
0, 0, 5, SemanticTokensHelpers.TokenTypeToIndex[LSP.SemanticTokenTypes.Keyword], 0, // 'class'
0, 6, 1, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.ClassName], 0, // 'C'
1, 0, 1, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.Punctuation], 0, // '{'
1, 4, 4, SemanticTokensHelpers.TokenTypeToIndex[LSP.SemanticTokenTypes.Keyword], 0, // 'void'
0, 5, 1, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.MethodName], 0, // 'M'
0, 1, 1, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.Punctuation], 0, // '('
0, 1, 1, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.Punctuation], 0, // ')'
1, 4, 1, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.Punctuation], 0, // '{'
1, 8, 3, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.Keyword], 0, // 'var'
0, 4, 1, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.LocalName], 0, // 'x'
0, 2, 1, SemanticTokensHelpers.TokenTypeToIndex[LSP.SemanticTokenTypes.Operator], 0, // '='
0, 2, 5, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.VerbatimStringLiteral], 0, // '@"one'
1, 0, 6, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.VerbatimStringLiteral], 0, // 'two'
0, 4, 2, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.StringEscapeCharacter], 0, // '""'
1, 0, 6, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.VerbatimStringLiteral], 0, // 'three"'
0, 6, 1, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.Punctuation], 0, // ';'
1, 4, 1, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.Punctuation], 0, // '}'
1, 0, 1, SemanticTokensHelpers.TokenTypeToIndex[ClassificationTypeNames.Punctuation], 0, // '}'
},
};
await VerifyNoMultiLineTokens(testLspServer, results.Data !).ConfigureAwait(false);
Assert.Equal(expectedResults.Data, results.Data);
}
public async Task MapSpans_WithinRange_ReturnsMapping()
{
// Arrange
var called = false;
var textSpan = new TextSpan(1, 10);
var spans = new TextSpan[] { textSpan };
var documentSnapshot = new Mock <LSPDocumentSnapshot>(MockBehavior.Strict);
documentSnapshot.SetupGet(doc => doc.Uri).Returns(_mockDocumentUri);
var textSnapshot = new StringTextSnapshot(s_mockGeneratedContent, 1);
var textSpanAsRange = textSpan.AsRange(_sourceTextGenerated);
var mappedRange = new Range()
{
Start = new Position(2, 1),
End = new Position(2, 11)
};
var documentMappingProvider = new Mock <LSPDocumentMappingProvider>(MockBehavior.Strict);
var mappingResult = new RazorMapToDocumentRangesResponse()
{
Ranges = new Range[] { mappedRange }
};
documentMappingProvider.Setup(dmp => dmp.MapToDocumentRangesAsync(It.IsAny <RazorLanguageKind>(), It.IsAny <Uri>(), It.IsAny <Range[]>(), It.IsAny <CancellationToken>()))
.Callback <RazorLanguageKind, Uri, Range[], CancellationToken>((languageKind, uri, ranges, ct) =>
{
Assert.Equal(RazorLanguageKind.CSharp, languageKind);
Assert.Equal(_mockDocumentUri, uri);
Assert.Single(ranges, textSpanAsRange);
called = true;
})
.Returns(Task.FromResult(mappingResult));
var service = new RazorLSPSpanMappingService(documentMappingProvider.Object, documentSnapshot.Object, textSnapshot);
var expectedSpan = mappedRange.AsTextSpan(_sourceTextRazor);
var expectedLinePosition = _sourceTextRazor.Lines.GetLinePositionSpan(expectedSpan);
var expectedFilePath = _mockDocumentUri.LocalPath;
var expectedResult = (expectedFilePath, expectedLinePosition, expectedSpan);
// Act
var result = await service.MapSpansAsyncTest(spans, _sourceTextGenerated, _sourceTextRazor).ConfigureAwait(false);
// Assert
Assert.True(called);
Assert.Single(result, expectedResult);
}
/// <summary>
/// Returns true if the given token is fully included in the given range.
/// Throws an ArgumentNullException if token or the range delimiters are null.
/// Throws an ArgumentException if the given range is not valid.
/// </summary>
internal static bool IsWithinRange(this CodeFragment token, LSP.Range range)
{
if (token == null)
{
throw new ArgumentNullException(nameof(token));
}
if (!Utils.IsValidRange(range))
{
throw new ArgumentException("invalid range");
}
var tokenRange = token.GetRange();
return(tokenRange.Start.IsWithinRange(range) && tokenRange.End.IsWithinRange(range, includeEnd: true));
}
public async Task TryResolveBreakpointRangeAsync_MappableCSharpBreakpointLocation_ReturnsHostBreakpointLocation()
{
// Arrange
var hostDocumentPosition = GetPosition(ValidBreakpointCSharp, HostTextbuffer);
var csharpDocumentPosition = GetPosition(ValidBreakpointCSharp, CSharpTextBuffer);
var csharpDocumentIndex = CSharpTextBuffer.CurrentSnapshot.GetText().IndexOf(ValidBreakpointCSharp, StringComparison.Ordinal);
var projectionProvider = new TestLSPProjectionProvider(
DocumentUri,
new Dictionary <Position, ProjectionResult>()
{
[hostDocumentPosition] = new ProjectionResult()
{
LanguageKind = RazorLanguageKind.CSharp,
HostDocumentVersion = 0,
Position = csharpDocumentPosition,
PositionIndex = csharpDocumentIndex,
}
});
var expectedCSharpBreakpointRange = new Range()
{
Start = csharpDocumentPosition,
End = new Position(csharpDocumentPosition.Line, csharpDocumentPosition.Character + ValidBreakpointCSharp.Length),
};
var hostBreakpointRange = new Range()
{
Start = hostDocumentPosition,
End = new Position(hostDocumentPosition.Line, hostDocumentPosition.Character + ValidBreakpointCSharp.Length),
};
var mappingProvider = new TestLSPDocumentMappingProvider(
new Dictionary <Range, RazorMapToDocumentRangesResponse>()
{
[expectedCSharpBreakpointRange] = new RazorMapToDocumentRangesResponse()
{
HostDocumentVersion = 0,
Ranges = new[]
{
hostBreakpointRange,
},
}
});
var resolver = CreateResolverWith(projectionProvider: projectionProvider, documentMappingProvider: mappingProvider);
// Act
var breakpointRange = await resolver.TryResolveBreakpointRangeAsync(HostTextbuffer, hostDocumentPosition.Line, hostDocumentPosition.Character, CancellationToken.None);
// Assert
Assert.Equal(hostBreakpointRange, breakpointRange);
}
// does not modify range
internal static int GetRangeLength(Range range, IReadOnlyList <string> content)
{
Assert.IsTrue(IsValidRange(range));
if (range.Start.Line == range.End.Line)
{
return(range.End.Character - range.Start.Character);
}
var changeLength = content[range.Start.Line].Length - range.Start.Character;
for (var line = range.Start.Line + 1; line < range.End.Line; ++line)
{
changeLength += content[line].Length;
}
return(changeLength + range.End.Character);
}
