private async Task <(IDocumentAnalysis analysis, CodeAction[] diagnostics, SourceSpan insertionSpan)> GetAnalysisAndCodeActionsAndSpanAsync(
string markup, IEnumerable <string> codes, bool enableIndexManager = false)
{
MarkupUtils.GetNamedSpans(markup, out var code, out var spans);
var analysis = await GetAnalysisAsync(code);
if (enableIndexManager)
{
var serviceManager = (IServiceManager)analysis.ExpressionEvaluator.Services;
var indexManager = new IndexManager(
serviceManager.GetService <IFileSystem>(),
analysis.Document.Interpreter.LanguageVersion,
rootPath: null,
Array.Empty <string>(),
Array.Empty <string>(),
serviceManager.GetService <IIdleTimeService>());
// make sure index is done
await indexManager.IndexSnapshot(analysis.Document.Interpreter.ModuleResolution.CurrentPathResolver);
serviceManager.AddService(indexManager);
}
var insertionSpan = spans["insertionSpan"].First().ToSourceSpan(analysis.Ast);
var diagnostics = GetDiagnostics(analysis, spans["diagnostic"].First().ToSourceSpan(analysis.Ast), codes);
var codeActions = await new QuickFixCodeActionSource(analysis.ExpressionEvaluator.Services).GetCodeActionsAsync(analysis, CodeActionSettings.Default, diagnostics, TestCancellationToken);
return(analysis, codeActions.ToArray(), insertionSpan);
}
private async Task TestCodeActionAsync(string markup, string title, string newText, string abbreviation, params string[] relativePaths)
{
MarkupUtils.GetNamedSpans(markup, out var code, out var spans);
// get main analysis and add mock modules
var analysis = await GetAnalysisAsync(code);
foreach (var relativePath in relativePaths)
{
await GetAnalysisAsync("", analysis.ExpressionEvaluator.Services, modulePath : TestData.GetTestSpecificPath(relativePath));
}
// calculate actions
var diagnosticSpan = spans["diagnostic"].First().ToSourceSpan(analysis.Ast);
var diagnostics = GetDiagnostics(analysis, diagnosticSpan, MissingImportCodeActionProvider.Instance.FixableDiagnostics);
var codeActions = await new QuickFixCodeActionSource(analysis.ExpressionEvaluator.Services).GetCodeActionsAsync(analysis, CodeActionSettings.Default, diagnostics, TestCancellationToken);
// verify results
var codeAction = codeActions.Single(c => c.title == title);
codeAction.edit.changes.Should().HaveCount(1);
var edits = codeAction.edit.changes[analysis.Document.Uri];
edits.Should().HaveCount(2);
var invocationEdit = edits.Single(e => e.newText == abbreviation);
invocationEdit.range.Should().Be(diagnosticSpan);
var insertEdit = edits.Single(e => e.newText == newText);
insertEdit.range.Should().Be(spans["insertionSpan"].First().ToSourceSpan(analysis.Ast));
}
public async Task SymbolOrdering3()
{
var markup = @"{|insertionSpan:|}{|diagnostic:pd|}";
MarkupUtils.GetNamedSpans(markup, out var code, out var spans);
// get main analysis and add mock modules
var analysis = await GetAnalysisAsync(code);
await GetAnalysisAsync("", analysis.ExpressionEvaluator.Services, modulePath : TestData.GetTestSpecificPath("pandas.py"));
await GetAnalysisAsync("", analysis.ExpressionEvaluator.Services, modulePath : TestData.GetTestSpecificPath("pd.py"));
// calculate actions
var diagnosticSpan = spans["diagnostic"].First().ToSourceSpan(analysis.Ast);
var diagnostics = GetDiagnostics(analysis, diagnosticSpan, MissingImportCodeActionProvider.Instance.FixableDiagnostics);
var codeActions = await new QuickFixCodeActionSource(analysis.ExpressionEvaluator.Services).GetCodeActionsAsync(analysis, CodeActionSettings.Default, diagnostics, TestCancellationToken);
var list = codeActions.Select(c => c.title).ToList();
var zipList = Enumerable.Range(0, list.Count).Zip(list);
var pandasIndex = zipList.First(t => t.Second == "import pandas as pd").First;
var pdIndex = zipList.First(t => t.Second == "import pd").First;
pandasIndex.Should().BeLessThan(pdIndex);
}
