1 write to OldLine
Microsoft.CodeAnalysis.Features (1)
EditAndContinue\Contracts\EditAndContinue\SourceLineUpdate.cs (1)
38
OldLine
= oldLine;
11 references to OldLine
Microsoft.CodeAnalysis.EditorFeatures (1)
EditAndContinue\Contracts\ContractWrappers.cs (1)
48
=> new(update.
OldLine
, update.NewLine);
Microsoft.CodeAnalysis.EditorFeatures.Test.Utilities (2)
EditAndContinue\ActiveStatementTestHelpers.cs (1)
117
=> $"{updates.FileName}: [{string.Join(", ", updates.LineUpdates.Select(u => $"{u.
OldLine
} -> {u.NewLine}"))}]";
EditAndContinue\EditAndContinueTestHelpers.cs (1)
219
itemInspector: s => $"new({s.
OldLine
}, {s.NewLine})",
Microsoft.CodeAnalysis.EditorFeatures.UnitTests (1)
EditAndContinue\EditAndContinueWorkspaceServiceTests.cs (1)
3084
AssertEx.Equal(new[] { "3 -> 4" }, lineUpdate.LineUpdates.Select(edit => $"{edit.
OldLine
} -> {edit.NewLine}"));
Microsoft.CodeAnalysis.Features (7)
EditAndContinue\AbstractEditAndContinueAnalyzer.cs (1)
1976
/// The resulting line edits are grouped by mapped document path and sorted by <see cref="SourceLineUpdate.
OldLine
"/> in each group.
EditAndContinue\DocumentAnalysisResults.cs (6)
75
/// Grouped by file name and updates in each group are ordered by <see cref="SourceLineUpdate.
OldLine
"/>.
76
/// Each entry in the group applies the delta of <see cref="SourceLineUpdate.NewLine"/> - <see cref="SourceLineUpdate.
OldLine
"/>
77
/// to all lines in range [<see cref="SourceLineUpdate.
OldLine
"/>, next entry's <see cref="SourceLineUpdate.
OldLine
"/>).
144
(x, y) => x.
OldLine
.CompareTo(y.
OldLine
)))));