// Copyright (c) 2018, the Dart project authors. Please see the AUTHORS file // for details. All rights reserved. Use of this source code is governed by a // BSD-style license that can be found in the LICENSE file. import 'package:analysis_server/lsp_protocol/protocol_generated.dart'; import 'package:analysis_server/lsp_protocol/protocol_special.dart'; import 'package:test/test.dart'; import 'server_abstract.dart'; abstract class AbstractCodeActionsTest extends AbstractLspAnalysisServerTest { Future checkCodeActionAvailable( Uri uri, String command, String title, { bool asCodeActionLiteral = false, bool asCommand = false, }) async { final codeActions = await getCodeActions(uri.toString()); final codeAction = findCommand(codeActions, command); expect(codeAction, isNotNull); codeAction.map( (command) { if (!asCommand) { throw 'Got Command but expected CodeAction literal'; } expect(command.title, equals(title)); expect(command.arguments, equals([uri.toFilePath()])); }, (codeAction) { if (!asCodeActionLiteral) { throw 'Got CodeAction literal but expected Command'; } expect(codeAction, isNotNull); expect(codeAction.title, equals(title)); expect(codeAction.command.title, equals(title)); expect(codeAction.command.arguments, equals([uri.toFilePath()])); }, ); } Either2 findCommand( List> actions, String commandID, [String wantedTitle]) { for (var codeAction in actions) { final id = codeAction.map( (cmd) => cmd.command, (action) => action.command.command); final title = codeAction.map((cmd) => cmd.title, (action) => action.title); if (id == commandID && (wantedTitle == null || wantedTitle == title)) { return codeAction; } } return null; } CodeAction findEditAction(List> actions, CodeActionKind actionKind, String title) { for (var codeAction in actions) { final codeActionLiteral = codeAction.map((cmd) => null, (action) => action); if (codeActionLiteral?.kind == actionKind && codeActionLiteral?.title == title) { // We're specifically looking for an action that contains an edit. assert(codeActionLiteral.command == null); assert(codeActionLiteral.edit != null); return codeActionLiteral; } } return null; } /// Verifies that executing the given code actions command on the server /// results in an edit being sent in the client that updates the file to match /// the expected content. Future verifyCodeActionEdits(Either2 codeAction, String content, String expectedContent, {bool expectDocumentChanges = false}) async { final command = codeAction.map( (command) => command, (codeAction) => codeAction.command, ); await verifyCommandEdits(command, content, expectedContent, expectDocumentChanges: expectDocumentChanges); } /// Verifies that executing the given command on the server results in an edit /// being sent in the client that updates the file to match the expected /// content. Future verifyCommandEdits( Command command, String content, String expectedContent, {bool expectDocumentChanges = false}) async { ApplyWorkspaceEditParams editParams; final commandResponse = await handleExpectedRequest( Method.workspace_applyEdit, () => executeCommand(command), handler: (edit) { // When the server sends the edit back, just keep a copy and say we // applied successfully (it'll be verified below). editParams = edit; return new ApplyWorkspaceEditResponse(true, null); }, ); // Successful edits return an empty success() response. expect(commandResponse, isNull); // Ensure the edit came back, and using the expected changes. expect(editParams, isNotNull); if (expectDocumentChanges) { expect(editParams.edit.changes, isNull); expect(editParams.edit.documentChanges, isNotNull); } else { expect(editParams.edit.changes, isNotNull); expect(editParams.edit.documentChanges, isNull); } // Ensure applying the changes will give us the expected content. final contents = { mainFilePath: withoutMarkers(content), }; if (expectDocumentChanges) { applyDocumentChanges(contents, editParams.edit.documentChanges); } else { applyChanges(contents, editParams.edit.changes); } expect(contents[mainFilePath], equals(expectedContent)); } }