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dart/sdk/e5e85af5a1141ed11fe2a94de6502ebbcd66ae69/./third_party/pkg/language_server_protocol/lib/protocol_custom_generated.dart
blob: 42f2aeeacad9de329f472073ce4fe67e6b8438dd [file]
// MIT License
//
// Copyright (c) Microsoft Corporation.
//
// Permission is hereby granted, free of charge, to any person obtaining a copy
// of this software and associated documentation files (the "Software"), to deal
// in the Software without restriction, including without limitation the rights
// to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
// copies of the Software, and to permit persons to whom the Software is
// furnished to do so, subject to the following conditions:
//
// The above copyright notice and this permission notice shall be included in all
// copies or substantial portions of the Software.
//
// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
// OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
// SOFTWARE
// This file has been automatically generated. Please do not edit it manually.
// To regenerate the file, use the script
// "pkg/analysis_server/tool/lsp_spec/generate_all.dart".
// ignore_for_file: constant_identifier_names
import 'dart:convert' show JsonEncoder;
import 'package:collection/collection.dart';
import 'package:language_server_protocol/json_parsing.dart';
import 'package:language_server_protocol/protocol_generated.dart';
import 'package:language_server_protocol/protocol_special.dart';
const jsonEncoder = JsonEncoder.withIndent(' ');
bool _canParseArgumentEdit(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) &&
!ArgumentEdit.canParse(value, reporter)) {
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseBool(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) && value is! bool) {
reporter.reportError('must be of type bool');
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseElement(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) && !Element.canParse(value, reporter)) {
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseErrorCodes(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) &&
!ErrorCodes.canParse(value, reporter)) {
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseFileExistence(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) &&
!FileExistence.canParse(value, reporter)) {
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseFileType(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) && !FileType.canParse(value, reporter)) {
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseFlutterOutline(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) &&
!FlutterOutline.canParse(value, reporter)) {
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseFormFieldType(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) &&
!FormFieldType.canParse(value, reporter)) {
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseInsertTextFormat(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) &&
!InsertTextFormat.canParse(value, reporter)) {
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseInt(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) && value is! int) {
reporter.reportError('must be of type int');
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseIntString(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) && (value is! int && value is! String)) {
reporter.reportError('must be of type Either2<int, String>');
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseListClosingLabel(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) &&
(value is! List<Object?> ||
value.any((item) => !ClosingLabel.canParse(item, reporter)))) {
reporter.reportError('must be of type List<ClosingLabel>');
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseListEditableArgument(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) &&
(value is! List<Object?> ||
value.any((item) => !EditableArgument.canParse(item, reporter)))) {
reporter.reportError('must be of type List<EditableArgument>');
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseListFlutterOutline(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) &&
(value is! List<Object?> ||
value.any((item) => !FlutterOutline.canParse(item, reporter)))) {
reporter.reportError('must be of type List<FlutterOutline>');
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseListFlutterOutlineAttribute(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) &&
(value is! List<Object?> ||
value.any(
(item) => !FlutterOutlineAttribute.canParse(item, reporter)))) {
reporter.reportError('must be of type List<FlutterOutlineAttribute>');
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseListFlutterWidgetPreviewDetails(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) &&
(value is! List<Object?> ||
value.any((item) =>
!FlutterWidgetPreviewDetails.canParse(item, reporter)))) {
reporter.reportError('must be of type List<FlutterWidgetPreviewDetails>');
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseListFormAnswer(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) &&
(value is! List<Object?> ||
value.any((item) => !FormAnswer.canParse(item, reporter)))) {
reporter.reportError('must be of type List<FormAnswer>');
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseListFormField(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) &&
(value is! List<Object?> ||
value.any((item) => !FormField.canParse(item, reporter)))) {
reporter.reportError('must be of type List<FormField>');
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseListLspBulkFix(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) &&
(value is! List<Object?> ||
value.any((item) => !LspBulkFix.canParse(item, reporter)))) {
reporter.reportError('must be of type List<LspBulkFix>');
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseListLspBulkFixDetail(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) &&
(value is! List<Object?> ||
value.any((item) => !LspBulkFixDetail.canParse(item, reporter)))) {
reporter.reportError('must be of type List<LspBulkFixDetail>');
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseListMigrationStep(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) &&
(value is! List<Object?> ||
value.any((item) => !MigrationStep.canParse(item, reporter)))) {
reporter.reportError('must be of type List<MigrationStep>');
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseListObjectNullable(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) &&
(value is! List<Object?> || value.any((item) => false))) {
reporter.reportError('must be of type List<LSPAny>');
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseListOutline(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) &&
(value is! List<Object?> ||
value.any((item) => !Outline.canParse(item, reporter)))) {
reporter.reportError('must be of type List<Outline>');
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseListRegexValidator(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) &&
(value is! List<Object?> ||
value.any((item) => !RegexValidator.canParse(item, reporter)))) {
reporter.reportError('must be of type List<StringValidator>');
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseListString(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) &&
(value is! List<Object?> || value.any((item) => item is! String))) {
reporter.reportError('must be of type List<String>');
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseListUri(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) &&
(value is! List<Object?> ||
value.any(
(item) => (item is! String || Uri.tryParse(item) == null)))) {
reporter.reportError('must be of type List<Uri>');
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseLiteral(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined,
required bool allowsNull,
required String literal}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) && value != literal) {
reporter.reportError("must be the literal '$literal'");
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseMapStringListString(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) &&
(value is! Map ||
(value.keys.any((item) =>
item is! String ||
value.values.any((item) =>
item is! List<Object?> ||
item.any((item) => item is! String)))))) {
reporter.reportError('must be of type Map<String, List<String>>');
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseMapStringString(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) &&
(value is! Map ||
(value.keys.any((item) =>
item is! String ||
value.values.any((item) => item is! String))))) {
reporter.reportError('must be of type Map<String, String>');
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseMethod(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) && !Method.canParse(value, reporter)) {
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseOutline(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) && !Outline.canParse(value, reporter)) {
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParsePosition(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) && !Position.canParse(value, reporter)) {
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseRange(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) && !Range.canParse(value, reporter)) {
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseResponseError(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) &&
!ResponseError.canParse(value, reporter)) {
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseString(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) && value is! String) {
reporter.reportError('must be of type String');
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseTextDocumentIdentifier(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) &&
!TextDocumentIdentifier.canParse(value, reporter)) {
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseUri(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) &&
(value is! String || Uri.tryParse(value) == null)) {
reporter.reportError('must be of type Uri');
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseValidationSeverity(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) &&
!ValidationSeverity.canParse(value, reporter)) {
return false;
}
} finally {
reporter.pop();
}
return true;
}
bool _canParseWorkspaceEdit(
Map<String, Object?> map, LspJsonReporter reporter, String fieldName,
{required bool allowsUndefined, required bool allowsNull}) {
reporter.push(fieldName);
try {
if (!allowsUndefined && !map.containsKey(fieldName)) {
reporter.reportError('must not be undefined');
return false;
}
final value = map[fieldName];
final nullCheck = allowsNull || allowsUndefined;
if (!nullCheck && value == null) {
reporter.reportError('must not be null');
return false;
}
if ((!nullCheck || value != null) &&
!WorkspaceEdit.canParse(value, reporter)) {
return false;
}
} finally {
reporter.pop();
}
return true;
}
Either2<int, String> _eitherIntString(Object? value) {
return value is int
? Either2.t1(value)
: value is String
? Either2.t2(value)
: throw '$value was not one of (int, String)';
}
typedef DocumentUri = Uri;
typedef LSPAny = Object?;
typedef LSPObject = Object;
typedef LSPUri = Uri;
/// Validators applicable to string fields.
typedef StringValidator = RegexValidator;
typedef TextDocumentEditEdits = List<
Either4<AnnotatedTextEdit, LegacySnippetTextEdit, SnippetTextEdit,
TextEdit>>;
class AnalyzerStatusParams implements ToJsonable {
static const jsonHandler = LspJsonHandler(
AnalyzerStatusParams.canParse,
AnalyzerStatusParams.fromJson,
);
final bool isAnalyzing;
AnalyzerStatusParams({
required this.isAnalyzing,
});
@override
int get hashCode => isAnalyzing.hashCode;
@override
bool operator ==(Object other) {
return other is AnalyzerStatusParams &&
other.runtimeType == AnalyzerStatusParams &&
isAnalyzing == other.isAnalyzing;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['isAnalyzing'] = isAnalyzing;
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
return _canParseBool(obj, reporter, 'isAnalyzing',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type AnalyzerStatusParams');
return false;
}
}
static AnalyzerStatusParams fromJson(Map<String, Object?> json) {
final isAnalyzingJson = json['isAnalyzing'];
final isAnalyzing = isAnalyzingJson as bool;
return AnalyzerStatusParams(
isAnalyzing: isAnalyzing,
);
}
}
class ArgumentEdit implements ToJsonable {
static const jsonHandler = LspJsonHandler(
ArgumentEdit.canParse,
ArgumentEdit.fromJson,
);
final String name;
final Object? newValue;
ArgumentEdit({
required this.name,
this.newValue,
});
@override
int get hashCode => Object.hash(
name,
newValue,
);
@override
bool operator ==(Object other) {
return other is ArgumentEdit &&
other.runtimeType == ArgumentEdit &&
name == other.name &&
newValue == other.newValue;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['name'] = name;
result['newValue'] = newValue;
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
return _canParseString(obj, reporter, 'name',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type ArgumentEdit');
return false;
}
}
static ArgumentEdit fromJson(Map<String, Object?> json) {
final nameJson = json['name'];
final name = nameJson as String;
final newValueJson = json['newValue'];
final newValue = newValueJson;
return ArgumentEdit(
name: name,
newValue: newValue,
);
}
}
class ClosingLabel implements ToJsonable {
static const jsonHandler = LspJsonHandler(
ClosingLabel.canParse,
ClosingLabel.fromJson,
);
final String label;
final Range range;
ClosingLabel({
required this.label,
required this.range,
});
@override
int get hashCode => Object.hash(
label,
range,
);
@override
bool operator ==(Object other) {
return other is ClosingLabel &&
other.runtimeType == ClosingLabel &&
label == other.label &&
range == other.range;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['label'] = label;
result['range'] = range.toJson();
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseString(obj, reporter, 'label',
allowsUndefined: false, allowsNull: false)) {
return false;
}
return _canParseRange(obj, reporter, 'range',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type ClosingLabel');
return false;
}
}
static ClosingLabel fromJson(Map<String, Object?> json) {
final labelJson = json['label'];
final label = labelJson as String;
final rangeJson = json['range'];
final range = Range.fromJson(rangeJson as Map<String, Object?>);
return ClosingLabel(
label: label,
range: range,
);
}
}
/// Information about one of the arguments needed by the command.
///
/// A list of parameters is sent in the `data` field of the `CodeActionLiteral`
/// returned by the server. The values of the parameters should appear in the
/// `args` field of the `Command` sent to the server in the same order as the
/// corresponding parameters.
abstract class CommandParameter implements ToJsonable {
static const jsonHandler = LspJsonHandler(
CommandParameter.canParse,
CommandParameter.fromJson,
);
/// A human-readable label to be displayed in the UI affordance used to prompt
/// the user for the value of the parameter.
final String parameterLabel;
CommandParameter({
required this.parameterLabel,
});
/// An optional default value for the parameter. The type of this value may
/// vary between parameter kinds but must always be something that can be
/// converted directly to/from JSON.
Object? get defaultValue;
@override
int get hashCode => parameterLabel.hashCode;
/// The kind of this parameter. The client may use different UIs based on this
/// value.
String get kind;
@override
bool operator ==(Object other) {
return other is CommandParameter &&
other.runtimeType == CommandParameter &&
parameterLabel == other.parameterLabel;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['parameterLabel'] = parameterLabel;
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
return _canParseString(obj, reporter, 'parameterLabel',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type CommandParameter');
return false;
}
}
static CommandParameter fromJson(Map<String, Object?> json) {
if (SaveUriCommandParameter.canParse(json, nullLspJsonReporter)) {
return SaveUriCommandParameter.fromJson(json);
}
throw ArgumentError(
'Supplied map is not valid for any subclass of CommandParameter');
}
}
class CompletionResolutionInfo implements ToJsonable {
static const jsonHandler = LspJsonHandler(
CompletionResolutionInfo.canParse,
CompletionResolutionInfo.fromJson,
);
@override
int get hashCode => 42;
@override
bool operator ==(Object other) {
return other is CompletionResolutionInfo &&
other.runtimeType == CompletionResolutionInfo;
}
@override
Map<String, Object?> toJson() => {};
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
return true;
} else {
reporter.reportError('must be of type CompletionResolutionInfo');
return false;
}
}
static CompletionResolutionInfo fromJson(Map<String, Object?> json) {
if (DartCompletionMergedResolutionInfo.canParse(
json, nullLspJsonReporter)) {
return DartCompletionMergedResolutionInfo.fromJson(json);
}
if (DartCompletionRequestResolutionInfo.canParse(
json, nullLspJsonReporter)) {
return DartCompletionRequestResolutionInfo.fromJson(json);
}
if (PubPackageCompletionItemResolutionInfo.canParse(
json, nullLspJsonReporter)) {
return PubPackageCompletionItemResolutionInfo.fromJson(json);
}
if (DartCompletionItemResolutionInfo.canParse(json, nullLspJsonReporter)) {
return DartCompletionItemResolutionInfo.fromJson(json);
}
return CompletionResolutionInfo();
}
}
class ConnectToDtdParams implements ToJsonable {
static const jsonHandler = LspJsonHandler(
ConnectToDtdParams.canParse,
ConnectToDtdParams.fromJson,
);
/// Whether to register experimental LSP handlers with DTD. This should not be
/// set by clients automatically but opt-in for users that are
/// developing/testing incomplete functionality.
final bool? registerExperimentalHandlers;
final Uri uri;
ConnectToDtdParams({
this.registerExperimentalHandlers,
required this.uri,
});
@override
int get hashCode => Object.hash(
registerExperimentalHandlers,
uri,
);
@override
bool operator ==(Object other) {
return other is ConnectToDtdParams &&
other.runtimeType == ConnectToDtdParams &&
registerExperimentalHandlers == other.registerExperimentalHandlers &&
uri == other.uri;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
if (registerExperimentalHandlers != null) {
result['registerExperimentalHandlers'] = registerExperimentalHandlers;
}
result['uri'] = uri.toString();
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseBool(obj, reporter, 'registerExperimentalHandlers',
allowsUndefined: true, allowsNull: false)) {
return false;
}
return _canParseUri(obj, reporter, 'uri',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type ConnectToDtdParams');
return false;
}
}
static ConnectToDtdParams fromJson(Map<String, Object?> json) {
final registerExperimentalHandlersJson =
json['registerExperimentalHandlers'];
final registerExperimentalHandlers =
registerExperimentalHandlersJson as bool?;
final uriJson = json['uri'];
final uri = Uri.parse(uriJson as String);
return ConnectToDtdParams(
registerExperimentalHandlers: registerExperimentalHandlers,
uri: uri,
);
}
}
class DartCompletionItemResolutionInfo
implements CompletionResolutionInfo, ToJsonable {
static const jsonHandler = LspJsonHandler(
DartCompletionItemResolutionInfo.canParse,
DartCompletionItemResolutionInfo.fromJson,
);
/// The file where the completion is being inserted.
///
/// This is used to compute where to add the import.
final String? file;
/// The URIs to be imported if this completion is selected.
final List<String>? importUris;
/// The encoded ElementLocation2 of the item being completed.
///
/// This is used to provide documentation in the resolved response.
final String? ref;
DartCompletionItemResolutionInfo({
this.file,
this.importUris,
this.ref,
});
@override
int get hashCode => Object.hash(
file,
lspHashCode(importUris),
ref,
);
@override
bool operator ==(Object other) {
return other is DartCompletionItemResolutionInfo &&
other.runtimeType == DartCompletionItemResolutionInfo &&
file == other.file &&
const DeepCollectionEquality().equals(importUris, other.importUris) &&
ref == other.ref;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
if (file != null) {
result['file'] = file;
}
if (importUris != null) {
result['importUris'] = importUris;
}
if (ref != null) {
result['ref'] = ref;
}
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseString(obj, reporter, 'file',
allowsUndefined: true, allowsNull: false)) {
return false;
}
if (!_canParseListString(obj, reporter, 'importUris',
allowsUndefined: true, allowsNull: false)) {
return false;
}
return _canParseString(obj, reporter, 'ref',
allowsUndefined: true, allowsNull: false);
} else {
reporter.reportError('must be of type DartCompletionItemResolutionInfo');
return false;
}
}
static DartCompletionItemResolutionInfo fromJson(Map<String, Object?> json) {
if (DartCompletionMergedResolutionInfo.canParse(
json, nullLspJsonReporter)) {
return DartCompletionMergedResolutionInfo.fromJson(json);
}
final fileJson = json['file'];
final file = fileJson as String?;
final importUrisJson = json['importUris'];
final importUris = (importUrisJson as List<Object?>?)
?.map((item) => item as String)
.toList();
final refJson = json['ref'];
final ref = refJson as String?;
return DartCompletionItemResolutionInfo(
file: file,
importUris: importUris,
ref: ref,
);
}
}
class DartCompletionMergedResolutionInfo
implements
CompletionResolutionInfo,
DartCompletionItemResolutionInfo,
DartCompletionRequestResolutionInfo,
ToJsonable {
static const jsonHandler = LspJsonHandler(
DartCompletionMergedResolutionInfo.canParse,
DartCompletionMergedResolutionInfo.fromJson,
);
/// The file where the completion is being inserted.
///
/// This is used to compute where to add the import.
@override
final String file;
/// The URIs to be imported if this completion is selected.
@override
final List<String>? importUris;
/// The encoded ElementLocation2 of the item being completed.
///
/// This is used to provide documentation in the resolved response.
@override
final String? ref;
DartCompletionMergedResolutionInfo({
required this.file,
this.importUris,
this.ref,
});
@override
int get hashCode => Object.hash(
file,
lspHashCode(importUris),
ref,
);
@override
bool operator ==(Object other) {
return other is DartCompletionMergedResolutionInfo &&
other.runtimeType == DartCompletionMergedResolutionInfo &&
file == other.file &&
const DeepCollectionEquality().equals(importUris, other.importUris) &&
ref == other.ref;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['file'] = file;
if (importUris != null) {
result['importUris'] = importUris;
}
if (ref != null) {
result['ref'] = ref;
}
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseString(obj, reporter, 'file',
allowsUndefined: false, allowsNull: false)) {
return false;
}
if (!_canParseListString(obj, reporter, 'importUris',
allowsUndefined: true, allowsNull: false)) {
return false;
}
return _canParseString(obj, reporter, 'ref',
allowsUndefined: true, allowsNull: false);
} else {
reporter
.reportError('must be of type DartCompletionMergedResolutionInfo');
return false;
}
}
static DartCompletionMergedResolutionInfo fromJson(
Map<String, Object?> json) {
final fileJson = json['file'];
final file = fileJson as String;
final importUrisJson = json['importUris'];
final importUris = (importUrisJson as List<Object?>?)
?.map((item) => item as String)
.toList();
final refJson = json['ref'];
final ref = refJson as String?;
return DartCompletionMergedResolutionInfo(
file: file,
importUris: importUris,
ref: ref,
);
}
}
class DartCompletionRequestResolutionInfo
implements CompletionResolutionInfo, ToJsonable {
static const jsonHandler = LspJsonHandler(
DartCompletionRequestResolutionInfo.canParse,
DartCompletionRequestResolutionInfo.fromJson,
);
/// The file where the completion is being inserted.
///
/// This is used to compute where to add the import.
final String file;
DartCompletionRequestResolutionInfo({
required this.file,
});
@override
int get hashCode => file.hashCode;
@override
bool operator ==(Object other) {
return other is DartCompletionRequestResolutionInfo &&
other.runtimeType == DartCompletionRequestResolutionInfo &&
file == other.file;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['file'] = file;
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
return _canParseString(obj, reporter, 'file',
allowsUndefined: false, allowsNull: false);
} else {
reporter
.reportError('must be of type DartCompletionRequestResolutionInfo');
return false;
}
}
static DartCompletionRequestResolutionInfo fromJson(
Map<String, Object?> json) {
if (DartCompletionMergedResolutionInfo.canParse(
json, nullLspJsonReporter)) {
return DartCompletionMergedResolutionInfo.fromJson(json);
}
final fileJson = json['file'];
final file = fileJson as String;
return DartCompletionRequestResolutionInfo(
file: file,
);
}
}
class DartDiagnosticServer implements ToJsonable {
static const jsonHandler = LspJsonHandler(
DartDiagnosticServer.canParse,
DartDiagnosticServer.fromJson,
);
final int port;
DartDiagnosticServer({
required this.port,
});
@override
int get hashCode => port.hashCode;
@override
bool operator ==(Object other) {
return other is DartDiagnosticServer &&
other.runtimeType == DartDiagnosticServer &&
port == other.port;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['port'] = port;
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
return _canParseInt(obj, reporter, 'port',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type DartDiagnosticServer');
return false;
}
}
static DartDiagnosticServer fromJson(Map<String, Object?> json) {
final portJson = json['port'];
final port = portJson as int;
return DartDiagnosticServer(
port: port,
);
}
}
class DartGetWorkspaceFixesParams implements ToJsonable {
static const jsonHandler = LspJsonHandler(
DartGetWorkspaceFixesParams.canParse,
DartGetWorkspaceFixesParams.fromJson,
);
/// An optional set of diagnostic codes to filter to.
final List<String>? diagnosticCodes;
DartGetWorkspaceFixesParams({
this.diagnosticCodes,
});
@override
int get hashCode => lspHashCode(diagnosticCodes);
@override
bool operator ==(Object other) {
return other is DartGetWorkspaceFixesParams &&
other.runtimeType == DartGetWorkspaceFixesParams &&
const DeepCollectionEquality()
.equals(diagnosticCodes, other.diagnosticCodes);
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
if (diagnosticCodes != null) {
result['diagnosticCodes'] = diagnosticCodes;
}
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
return _canParseListString(obj, reporter, 'diagnosticCodes',
allowsUndefined: true, allowsNull: false);
} else {
reporter.reportError('must be of type DartGetWorkspaceFixesParams');
return false;
}
}
static DartGetWorkspaceFixesParams fromJson(Map<String, Object?> json) {
final diagnosticCodesJson = json['diagnosticCodes'];
final diagnosticCodes = (diagnosticCodesJson as List<Object?>?)
?.map((item) => item as String)
.toList();
return DartGetWorkspaceFixesParams(
diagnosticCodes: diagnosticCodes,
);
}
}
class DartGetWorkspaceFixesResult implements ToJsonable {
static const jsonHandler = LspJsonHandler(
DartGetWorkspaceFixesResult.canParse,
DartGetWorkspaceFixesResult.fromJson,
);
/// Additional details about the fixes we have returned edits for.
final List<LspBulkFix> details;
/// The edits to be applied to the workspace or `null` if there are none.
final WorkspaceEdit? edit;
DartGetWorkspaceFixesResult({
required this.details,
this.edit,
});
@override
int get hashCode => Object.hash(
lspHashCode(details),
edit,
);
@override
bool operator ==(Object other) {
return other is DartGetWorkspaceFixesResult &&
other.runtimeType == DartGetWorkspaceFixesResult &&
const DeepCollectionEquality().equals(details, other.details) &&
edit == other.edit;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['details'] = details.map((item) => item.toJson()).toList();
result['edit'] = edit?.toJson();
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseListLspBulkFix(obj, reporter, 'details',
allowsUndefined: false, allowsNull: false)) {
return false;
}
return _canParseWorkspaceEdit(obj, reporter, 'edit',
allowsUndefined: false, allowsNull: true);
} else {
reporter.reportError('must be of type DartGetWorkspaceFixesResult');
return false;
}
}
static DartGetWorkspaceFixesResult fromJson(Map<String, Object?> json) {
final detailsJson = json['details'];
final details = (detailsJson as List<Object?>)
.map((item) => LspBulkFix.fromJson(item as Map<String, Object?>))
.toList();
final editJson = json['edit'];
final edit = editJson != null
? WorkspaceEdit.fromJson(editJson as Map<String, Object?>)
: null;
return DartGetWorkspaceFixesResult(
details: details,
edit: edit,
);
}
}
class DartMigrateParams implements WorkDoneProgressParams, ToJsonable {
static const jsonHandler = LspJsonHandler(
DartMigrateParams.canParse,
DartMigrateParams.fromJson,
);
/// Whether to apply the migration changes.
final bool? apply;
/// The specific migration steps to run. When omitted, the prepare and bump
/// steps run.
final List<MigrationStep>? steps;
/// The target Dart SDK version to migrate to (e.g., "3.12.0").
final String? targetSdk;
/// The URIs of the directories (packages or workspaces) to migrate.
/// Individual file URIs are not supported.
final List<DocumentUri> uris;
/// An optional token that a server can use to report work done progress.
@override
final ProgressToken? workDoneToken;
DartMigrateParams({
this.apply,
this.steps,
this.targetSdk,
required this.uris,
this.workDoneToken,
});
@override
int get hashCode => Object.hash(
apply,
lspHashCode(steps),
targetSdk,
lspHashCode(uris),
workDoneToken,
);
@override
bool operator ==(Object other) {
return other is DartMigrateParams &&
other.runtimeType == DartMigrateParams &&
apply == other.apply &&
const DeepCollectionEquality().equals(steps, other.steps) &&
targetSdk == other.targetSdk &&
const DeepCollectionEquality().equals(uris, other.uris) &&
workDoneToken == other.workDoneToken;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
if (apply != null) {
result['apply'] = apply;
}
if (steps != null) {
result['steps'] = steps?.map((item) => item.toJson()).toList();
}
if (targetSdk != null) {
result['targetSdk'] = targetSdk;
}
result['uris'] = uris.map((uri) => uri.toString()).toList();
if (workDoneToken != null) {
result['workDoneToken'] = workDoneToken?.toJson();
}
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseBool(obj, reporter, 'apply',
allowsUndefined: true, allowsNull: false)) {
return false;
}
if (!_canParseListMigrationStep(obj, reporter, 'steps',
allowsUndefined: true, allowsNull: false)) {
return false;
}
if (!_canParseString(obj, reporter, 'targetSdk',
allowsUndefined: true, allowsNull: false)) {
return false;
}
if (!_canParseListUri(obj, reporter, 'uris',
allowsUndefined: false, allowsNull: false)) {
return false;
}
return _canParseIntString(obj, reporter, 'workDoneToken',
allowsUndefined: true, allowsNull: false);
} else {
reporter.reportError('must be of type DartMigrateParams');
return false;
}
}
static DartMigrateParams fromJson(Map<String, Object?> json) {
final applyJson = json['apply'];
final apply = applyJson as bool?;
final stepsJson = json['steps'];
final steps = (stepsJson as List<Object?>?)
?.map((item) => MigrationStep.fromJson(item as String))
.toList();
final targetSdkJson = json['targetSdk'];
final targetSdk = targetSdkJson as String?;
final urisJson = json['uris'];
final uris = (urisJson as List<Object?>)
.map((item) => Uri.parse(item as String))
.toList();
final workDoneTokenJson = json['workDoneToken'];
final workDoneToken =
workDoneTokenJson == null ? null : _eitherIntString(workDoneTokenJson);
return DartMigrateParams(
apply: apply,
steps: steps,
targetSdk: targetSdk,
uris: uris,
workDoneToken: workDoneToken,
);
}
}
class DartMigrateResult implements ToJsonable {
static const jsonHandler = LspJsonHandler(
DartMigrateResult.canParse,
DartMigrateResult.fromJson,
);
/// The edits to be applied to the workspace.
final WorkspaceEdit? edit;
/// A summary of the migration results, detailing which fixes succeeded, which
/// fixes failed to be applied, and the new SDK version constraint applied to
/// the pubspec.yaml.
final String? summary;
DartMigrateResult({
this.edit,
this.summary,
});
@override
int get hashCode => Object.hash(
edit,
summary,
);
@override
bool operator ==(Object other) {
return other is DartMigrateResult &&
other.runtimeType == DartMigrateResult &&
edit == other.edit &&
summary == other.summary;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['edit'] = edit?.toJson();
result['summary'] = summary;
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseWorkspaceEdit(obj, reporter, 'edit',
allowsUndefined: false, allowsNull: true)) {
return false;
}
return _canParseString(obj, reporter, 'summary',
allowsUndefined: false, allowsNull: true);
} else {
reporter.reportError('must be of type DartMigrateResult');
return false;
}
}
static DartMigrateResult fromJson(Map<String, Object?> json) {
final editJson = json['edit'];
final edit = editJson != null
? WorkspaceEdit.fromJson(editJson as Map<String, Object?>)
: null;
final summaryJson = json['summary'];
final summary = summaryJson as String?;
return DartMigrateResult(
edit: edit,
summary: summary,
);
}
}
class DartTextDocumentSummaryParams implements ToJsonable {
static const jsonHandler = LspJsonHandler(
DartTextDocumentSummaryParams.canParse,
DartTextDocumentSummaryParams.fromJson,
);
final DocumentUri uri;
DartTextDocumentSummaryParams({
required this.uri,
});
@override
int get hashCode => uri.hashCode;
@override
bool operator ==(Object other) {
return other is DartTextDocumentSummaryParams &&
other.runtimeType == DartTextDocumentSummaryParams &&
uri == other.uri;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['uri'] = uri.toString();
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
return _canParseUri(obj, reporter, 'uri',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type DartTextDocumentSummaryParams');
return false;
}
}
static DartTextDocumentSummaryParams fromJson(Map<String, Object?> json) {
final uriJson = json['uri'];
final uri = Uri.parse(uriJson as String);
return DartTextDocumentSummaryParams(
uri: uri,
);
}
}
class DocumentSummary implements ToJsonable {
static const jsonHandler = LspJsonHandler(
DocumentSummary.canParse,
DocumentSummary.fromJson,
);
final String? summary;
DocumentSummary({
this.summary,
});
@override
int get hashCode => summary.hashCode;
@override
bool operator ==(Object other) {
return other is DocumentSummary &&
other.runtimeType == DocumentSummary &&
summary == other.summary;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['summary'] = summary;
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
return _canParseString(obj, reporter, 'summary',
allowsUndefined: false, allowsNull: true);
} else {
reporter.reportError('must be of type DocumentSummary');
return false;
}
}
static DocumentSummary fromJson(Map<String, Object?> json) {
final summaryJson = json['summary'];
final summary = summaryJson as String?;
return DocumentSummary(
summary: summary,
);
}
}
class EditableArgument implements ToJsonable {
static const jsonHandler = LspJsonHandler(
EditableArgument.canParse,
EditableArgument.fromJson,
);
/// The default value for this parameter if no argument is supplied.
///
/// Setting the argument to this value does not remove it from the argument
/// list.
final Object? defaultValue;
/// A string that can be displayed to indicate the value for this argument.
///
/// This will be populated in cases where the source code is not literally the
/// same as the value field, for example an expression or named constant.
final String? displayValue;
final String? documentation;
/// Whether an explicit argument exists for this parameter in the code.
///
/// This will be true even if the explicit argument is the same value as the
/// parameter default or null.
final bool hasArgument;
/// Whether the parameter is deprecated.
final bool isDeprecated;
/// Whether this argument can be add/edited.
///
/// If not, notEditableReason will contain an explanation for why.
final bool isEditable;
/// Whether this argument can be `null`.
///
/// It is possible for an argument to be required, but still allow an explicit
/// `null`.
final bool isNullable;
/// Whether an argument is required for this parameter.
final bool isRequired;
/// The name of the corresponding parameter.
final String name;
/// If isEditable is false, contains a human-readable description of why.
final String? notEditableReason;
/// The set of values allowed for this argument if it is an enum.
///
/// Values are qualified in the form `EnumName.valueName`.
final List<String>? options;
/// The kind of parameter.
///
/// This is not necessarily the Dart type, it is from a defined set of values
/// that clients may understand how to edit.
final String type;
/// The current value for this argument (provided only if hasArgument=true).
///
/// This is only included if an explicit value is given in the code and is a
/// valid literal for the kind of parameter. For expressions or named
/// constants, this will not be included and displayValue can be shown as the
/// current value instead.
///
/// A value of `null` when hasArgument=true means the argument has an explicit
/// null value and not that defaultValue is being used.
final Object? value;
EditableArgument({
this.defaultValue,
this.displayValue,
this.documentation,
required this.hasArgument,
required this.isDeprecated,
required this.isEditable,
required this.isNullable,
required this.isRequired,
required this.name,
this.notEditableReason,
this.options,
required this.type,
this.value,
});
@override
int get hashCode => Object.hash(
defaultValue,
displayValue,
documentation,
hasArgument,
isDeprecated,
isEditable,
isNullable,
isRequired,
name,
notEditableReason,
lspHashCode(options),
type,
value,
);
@override
bool operator ==(Object other) {
return other is EditableArgument &&
other.runtimeType == EditableArgument &&
defaultValue == other.defaultValue &&
displayValue == other.displayValue &&
documentation == other.documentation &&
hasArgument == other.hasArgument &&
isDeprecated == other.isDeprecated &&
isEditable == other.isEditable &&
isNullable == other.isNullable &&
isRequired == other.isRequired &&
name == other.name &&
notEditableReason == other.notEditableReason &&
const DeepCollectionEquality().equals(options, other.options) &&
type == other.type &&
value == other.value;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
if (defaultValue != null) {
result['defaultValue'] = defaultValue;
}
if (displayValue != null) {
result['displayValue'] = displayValue;
}
if (documentation != null) {
result['documentation'] = documentation;
}
result['hasArgument'] = hasArgument;
result['isDeprecated'] = isDeprecated;
result['isEditable'] = isEditable;
result['isNullable'] = isNullable;
result['isRequired'] = isRequired;
result['name'] = name;
if (notEditableReason != null) {
result['notEditableReason'] = notEditableReason;
}
if (options != null) {
result['options'] = options;
}
result['type'] = type;
if (value != null) {
result['value'] = value;
}
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseString(obj, reporter, 'displayValue',
allowsUndefined: true, allowsNull: false)) {
return false;
}
if (!_canParseString(obj, reporter, 'documentation',
allowsUndefined: true, allowsNull: false)) {
return false;
}
if (!_canParseBool(obj, reporter, 'hasArgument',
allowsUndefined: false, allowsNull: false)) {
return false;
}
if (!_canParseBool(obj, reporter, 'isDeprecated',
allowsUndefined: false, allowsNull: false)) {
return false;
}
if (!_canParseBool(obj, reporter, 'isEditable',
allowsUndefined: false, allowsNull: false)) {
return false;
}
if (!_canParseBool(obj, reporter, 'isNullable',
allowsUndefined: false, allowsNull: false)) {
return false;
}
if (!_canParseBool(obj, reporter, 'isRequired',
allowsUndefined: false, allowsNull: false)) {
return false;
}
if (!_canParseString(obj, reporter, 'name',
allowsUndefined: false, allowsNull: false)) {
return false;
}
if (!_canParseString(obj, reporter, 'notEditableReason',
allowsUndefined: true, allowsNull: false)) {
return false;
}
if (!_canParseListString(obj, reporter, 'options',
allowsUndefined: true, allowsNull: false)) {
return false;
}
return _canParseString(obj, reporter, 'type',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type EditableArgument');
return false;
}
}
static EditableArgument fromJson(Map<String, Object?> json) {
final defaultValueJson = json['defaultValue'];
final defaultValue = defaultValueJson;
final displayValueJson = json['displayValue'];
final displayValue = displayValueJson as String?;
final documentationJson = json['documentation'];
final documentation = documentationJson as String?;
final hasArgumentJson = json['hasArgument'];
final hasArgument = hasArgumentJson as bool;
final isDeprecatedJson = json['isDeprecated'];
final isDeprecated = isDeprecatedJson as bool;
final isEditableJson = json['isEditable'];
final isEditable = isEditableJson as bool;
final isNullableJson = json['isNullable'];
final isNullable = isNullableJson as bool;
final isRequiredJson = json['isRequired'];
final isRequired = isRequiredJson as bool;
final nameJson = json['name'];
final name = nameJson as String;
final notEditableReasonJson = json['notEditableReason'];
final notEditableReason = notEditableReasonJson as String?;
final optionsJson = json['options'];
final options =
(optionsJson as List<Object?>?)?.map((item) => item as String).toList();
final typeJson = json['type'];
final type = typeJson as String;
final valueJson = json['value'];
final value = valueJson;
return EditableArgument(
defaultValue: defaultValue,
displayValue: displayValue,
documentation: documentation,
hasArgument: hasArgument,
isDeprecated: isDeprecated,
isEditable: isEditable,
isNullable: isNullable,
isRequired: isRequired,
name: name,
notEditableReason: notEditableReason,
options: options,
type: type,
value: value,
);
}
}
class EditableArguments implements ToJsonable {
static const jsonHandler = LspJsonHandler(
EditableArguments.canParse,
EditableArguments.fromJson,
);
final List<EditableArgument> arguments;
final String? documentation;
final String? name;
/// The range of the invocation.
final Range range;
final TextDocumentIdentifier textDocument;
EditableArguments({
required this.arguments,
this.documentation,
this.name,
required this.range,
required this.textDocument,
});
@override
int get hashCode => Object.hash(
lspHashCode(arguments),
documentation,
name,
range,
textDocument,
);
@override
bool operator ==(Object other) {
return other is EditableArguments &&
other.runtimeType == EditableArguments &&
const DeepCollectionEquality().equals(arguments, other.arguments) &&
documentation == other.documentation &&
name == other.name &&
range == other.range &&
textDocument == other.textDocument;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['arguments'] = arguments.map((item) => item.toJson()).toList();
if (documentation != null) {
result['documentation'] = documentation;
}
if (name != null) {
result['name'] = name;
}
result['range'] = range.toJson();
result['textDocument'] = textDocument.toJson();
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseListEditableArgument(obj, reporter, 'arguments',
allowsUndefined: false, allowsNull: false)) {
return false;
}
if (!_canParseString(obj, reporter, 'documentation',
allowsUndefined: true, allowsNull: false)) {
return false;
}
if (!_canParseString(obj, reporter, 'name',
allowsUndefined: true, allowsNull: false)) {
return false;
}
if (!_canParseRange(obj, reporter, 'range',
allowsUndefined: false, allowsNull: false)) {
return false;
}
return _canParseTextDocumentIdentifier(obj, reporter, 'textDocument',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type EditableArguments');
return false;
}
}
static EditableArguments fromJson(Map<String, Object?> json) {
final argumentsJson = json['arguments'];
final arguments = (argumentsJson as List<Object?>)
.map((item) => EditableArgument.fromJson(item as Map<String, Object?>))
.toList();
final documentationJson = json['documentation'];
final documentation = documentationJson as String?;
final nameJson = json['name'];
final name = nameJson as String?;
final rangeJson = json['range'];
final range = Range.fromJson(rangeJson as Map<String, Object?>);
final textDocumentJson = json['textDocument'];
final textDocument = TextDocumentIdentifier.fromJson(
textDocumentJson as Map<String, Object?>);
return EditableArguments(
arguments: arguments,
documentation: documentation,
name: name,
range: range,
textDocument: textDocument,
);
}
}
class EditArgumentParams implements ToJsonable {
static const jsonHandler = LspJsonHandler(
EditArgumentParams.canParse,
EditArgumentParams.fromJson,
);
final ArgumentEdit edit;
final Position position;
final TextDocumentIdentifier textDocument;
EditArgumentParams({
required this.edit,
required this.position,
required this.textDocument,
});
@override
int get hashCode => Object.hash(
edit,
position,
textDocument,
);
@override
bool operator ==(Object other) {
return other is EditArgumentParams &&
other.runtimeType == EditArgumentParams &&
edit == other.edit &&
position == other.position &&
textDocument == other.textDocument;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['edit'] = edit.toJson();
result['position'] = position.toJson();
result['textDocument'] = textDocument.toJson();
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseArgumentEdit(obj, reporter, 'edit',
allowsUndefined: false, allowsNull: false)) {
return false;
}
if (!_canParsePosition(obj, reporter, 'position',
allowsUndefined: false, allowsNull: false)) {
return false;
}
return _canParseTextDocumentIdentifier(obj, reporter, 'textDocument',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type EditArgumentParams');
return false;
}
}
static EditArgumentParams fromJson(Map<String, Object?> json) {
final editJson = json['edit'];
final edit = ArgumentEdit.fromJson(editJson as Map<String, Object?>);
final positionJson = json['position'];
final position = Position.fromJson(positionJson as Map<String, Object?>);
final textDocumentJson = json['textDocument'];
final textDocument = TextDocumentIdentifier.fromJson(
textDocumentJson as Map<String, Object?>);
return EditArgumentParams(
edit: edit,
position: position,
textDocument: textDocument,
);
}
}
class Element implements ToJsonable {
static const jsonHandler = LspJsonHandler(
Element.canParse,
Element.fromJson,
);
final String kind;
final String name;
final String? parameters;
final Range? range;
final String? returnType;
final String? typeParameters;
Element({
required this.kind,
required this.name,
this.parameters,
this.range,
this.returnType,
this.typeParameters,
});
@override
int get hashCode => Object.hash(
kind,
name,
parameters,
range,
returnType,
typeParameters,
);
@override
bool operator ==(Object other) {
return other is Element &&
other.runtimeType == Element &&
kind == other.kind &&
name == other.name &&
parameters == other.parameters &&
range == other.range &&
returnType == other.returnType &&
typeParameters == other.typeParameters;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['kind'] = kind;
result['name'] = name;
if (parameters != null) {
result['parameters'] = parameters;
}
if (range != null) {
result['range'] = range?.toJson();
}
if (returnType != null) {
result['returnType'] = returnType;
}
if (typeParameters != null) {
result['typeParameters'] = typeParameters;
}
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseString(obj, reporter, 'kind',
allowsUndefined: false, allowsNull: false)) {
return false;
}
if (!_canParseString(obj, reporter, 'name',
allowsUndefined: false, allowsNull: false)) {
return false;
}
if (!_canParseString(obj, reporter, 'parameters',
allowsUndefined: true, allowsNull: false)) {
return false;
}
if (!_canParseRange(obj, reporter, 'range',
allowsUndefined: true, allowsNull: false)) {
return false;
}
if (!_canParseString(obj, reporter, 'returnType',
allowsUndefined: true, allowsNull: false)) {
return false;
}
return _canParseString(obj, reporter, 'typeParameters',
allowsUndefined: true, allowsNull: false);
} else {
reporter.reportError('must be of type Element');
return false;
}
}
static Element fromJson(Map<String, Object?> json) {
final kindJson = json['kind'];
final kind = kindJson as String;
final nameJson = json['name'];
final name = nameJson as String;
final parametersJson = json['parameters'];
final parameters = parametersJson as String?;
final rangeJson = json['range'];
final range = rangeJson != null
? Range.fromJson(rangeJson as Map<String, Object?>)
: null;
final returnTypeJson = json['returnType'];
final returnType = returnTypeJson as String?;
final typeParametersJson = json['typeParameters'];
final typeParameters = typeParametersJson as String?;
return Element(
kind: kind,
name: name,
parameters: parameters,
range: range,
returnType: returnType,
typeParameters: typeParameters,
);
}
}
/// FileExistence whether the file denoted by a DocumentURI exists.
///
/// It is a bit set allowing combinations of existence states. For example,
/// New|Existing allows either state.
class FileExistence implements ToJsonable {
/// The file exists already.
static const Existing = FileExistence(2);
/// The file has not yet been created.
static const New = FileExistence(1);
final int _value;
const FileExistence(this._value);
const FileExistence.fromJson(this._value);
@override
int get hashCode => _value.hashCode;
@override
bool operator ==(Object other) =>
other is FileExistence && other._value == _value;
bool hasFlag(FileExistence value) => (_value & value._value) == value._value;
@override
int toJson() => _value;
@override
String toString() => _value.toString();
static bool canParse(Object? obj, LspJsonReporter reporter) => obj is int;
static FileExistence combine(List<FileExistence> values) =>
FileExistence(values.fold<int>(
0, (combinedValue, value) => combinedValue | value._value));
}
/// FileType represents the expected filesystem resource type.
///
/// It is a bit set allowing combinations of file types. For example,
/// Regular|Directory allows either types.
class FileType implements ToJsonable {
/// The resource could be a directory.
static const Directory = FileType(2);
/// The resource could be a regular file.
static const Regular = FileType(1);
final int _value;
const FileType(this._value);
const FileType.fromJson(this._value);
@override
int get hashCode => _value.hashCode;
@override
bool operator ==(Object other) => other is FileType && other._value == _value;
bool hasFlag(FileType value) => (_value & value._value) == value._value;
@override
int toJson() => _value;
@override
String toString() => _value.toString();
static bool canParse(Object? obj, LspJsonReporter reporter) => obj is int;
static FileType combine(List<FileType> values) => FileType(values.fold<int>(
0, (combinedValue, value) => combinedValue | value._value));
}
class FlutterOutline implements ToJsonable {
static const jsonHandler = LspJsonHandler(
FlutterOutline.canParse,
FlutterOutline.fromJson,
);
final List<FlutterOutlineAttribute>? attributes;
final List<FlutterOutline>? children;
final String? className;
final Range codeRange;
final Element? dartElement;
final String kind;
final String? label;
final Range range;
final String? variableName;
FlutterOutline({
this.attributes,
this.children,
this.className,
required this.codeRange,
this.dartElement,
required this.kind,
this.label,
required this.range,
this.variableName,
});
@override
int get hashCode => Object.hash(
lspHashCode(attributes),
lspHashCode(children),
className,
codeRange,
dartElement,
kind,
label,
range,
variableName,
);
@override
bool operator ==(Object other) {
return other is FlutterOutline &&
other.runtimeType == FlutterOutline &&
const DeepCollectionEquality().equals(attributes, other.attributes) &&
const DeepCollectionEquality().equals(children, other.children) &&
className == other.className &&
codeRange == other.codeRange &&
dartElement == other.dartElement &&
kind == other.kind &&
label == other.label &&
range == other.range &&
variableName == other.variableName;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
if (attributes != null) {
result['attributes'] = attributes?.map((item) => item.toJson()).toList();
}
if (children != null) {
result['children'] = children?.map((item) => item.toJson()).toList();
}
if (className != null) {
result['className'] = className;
}
result['codeRange'] = codeRange.toJson();
if (dartElement != null) {
result['dartElement'] = dartElement?.toJson();
}
result['kind'] = kind;
if (label != null) {
result['label'] = label;
}
result['range'] = range.toJson();
if (variableName != null) {
result['variableName'] = variableName;
}
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseListFlutterOutlineAttribute(obj, reporter, 'attributes',
allowsUndefined: true, allowsNull: false)) {
return false;
}
if (!_canParseListFlutterOutline(obj, reporter, 'children',
allowsUndefined: true, allowsNull: false)) {
return false;
}
if (!_canParseString(obj, reporter, 'className',
allowsUndefined: true, allowsNull: false)) {
return false;
}
if (!_canParseRange(obj, reporter, 'codeRange',
allowsUndefined: false, allowsNull: false)) {
return false;
}
if (!_canParseElement(obj, reporter, 'dartElement',
allowsUndefined: true, allowsNull: false)) {
return false;
}
if (!_canParseString(obj, reporter, 'kind',
allowsUndefined: false, allowsNull: false)) {
return false;
}
if (!_canParseString(obj, reporter, 'label',
allowsUndefined: true, allowsNull: false)) {
return false;
}
if (!_canParseRange(obj, reporter, 'range',
allowsUndefined: false, allowsNull: false)) {
return false;
}
return _canParseString(obj, reporter, 'variableName',
allowsUndefined: true, allowsNull: false);
} else {
reporter.reportError('must be of type FlutterOutline');
return false;
}
}
static FlutterOutline fromJson(Map<String, Object?> json) {
final attributesJson = json['attributes'];
final attributes = (attributesJson as List<Object?>?)
?.map((item) =>
FlutterOutlineAttribute.fromJson(item as Map<String, Object?>))
.toList();
final childrenJson = json['children'];
final children = (childrenJson as List<Object?>?)
?.map((item) => FlutterOutline.fromJson(item as Map<String, Object?>))
.toList();
final classNameJson = json['className'];
final className = classNameJson as String?;
final codeRangeJson = json['codeRange'];
final codeRange = Range.fromJson(codeRangeJson as Map<String, Object?>);
final dartElementJson = json['dartElement'];
final dartElement = dartElementJson != null
? Element.fromJson(dartElementJson as Map<String, Object?>)
: null;
final kindJson = json['kind'];
final kind = kindJson as String;
final labelJson = json['label'];
final label = labelJson as String?;
final rangeJson = json['range'];
final range = Range.fromJson(rangeJson as Map<String, Object?>);
final variableNameJson = json['variableName'];
final variableName = variableNameJson as String?;
return FlutterOutline(
attributes: attributes,
children: children,
className: className,
codeRange: codeRange,
dartElement: dartElement,
kind: kind,
label: label,
range: range,
variableName: variableName,
);
}
}
class FlutterOutlineAttribute implements ToJsonable {
static const jsonHandler = LspJsonHandler(
FlutterOutlineAttribute.canParse,
FlutterOutlineAttribute.fromJson,
);
final String label;
final String name;
final Range? valueRange;
FlutterOutlineAttribute({
required this.label,
required this.name,
this.valueRange,
});
@override
int get hashCode => Object.hash(
label,
name,
valueRange,
);
@override
bool operator ==(Object other) {
return other is FlutterOutlineAttribute &&
other.runtimeType == FlutterOutlineAttribute &&
label == other.label &&
name == other.name &&
valueRange == other.valueRange;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['label'] = label;
result['name'] = name;
if (valueRange != null) {
result['valueRange'] = valueRange?.toJson();
}
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseString(obj, reporter, 'label',
allowsUndefined: false, allowsNull: false)) {
return false;
}
if (!_canParseString(obj, reporter, 'name',
allowsUndefined: false, allowsNull: false)) {
return false;
}
return _canParseRange(obj, reporter, 'valueRange',
allowsUndefined: true, allowsNull: false);
} else {
reporter.reportError('must be of type FlutterOutlineAttribute');
return false;
}
}
static FlutterOutlineAttribute fromJson(Map<String, Object?> json) {
final labelJson = json['label'];
final label = labelJson as String;
final nameJson = json['name'];
final name = nameJson as String;
final valueRangeJson = json['valueRange'];
final valueRange = valueRangeJson != null
? Range.fromJson(valueRangeJson as Map<String, Object?>)
: null;
return FlutterOutlineAttribute(
label: label,
name: name,
valueRange: valueRange,
);
}
}
/// A representation of a widget preview declaration containing all information
/// needed to import the preview into the widget previewer.
class FlutterWidgetPreviewDetails implements ToJsonable {
static const jsonHandler = LspJsonHandler(
FlutterWidgetPreviewDetails.canParse,
FlutterWidgetPreviewDetails.fromJson,
);
/// Set to true if there is an error in a dependency that will prevent this
/// preview from being rendered.
final bool dependencyHasErrors;
/// The name of the function returning the preview.
final String functionName;
/// Set to true if there is an error that will prevent this preview from being
/// rendered.
final bool hasError;
/// Set to true if the preview function is returning a `WidgetBuilder` instead
/// of a `Widget`.
final bool isBuilder;
/// Set to true if `previewAnnotation` represents a `MultiPreview`.
final bool isMultiPreview;
/// The unresolved URI pointing to the library in which the preview is
/// defined. This is either a package: or dart: URI.
final Uri libraryUri;
/// The name of the package in which this annotated preview function was
/// defined.
///
/// For example, if this preview is defined in "package:foo/src/bar.dart",
/// this will have the value "foo".
///
/// This should only be null if the preview is defined in a file that's not
/// part of a Flutter package (e.g., is defined in a test).
final String? packageName;
/// The source location at which the Preview annotation was applied.
final Position position;
/// An equivalent Dart expression to the applied preview annotation, with
/// namespaces applied to individual types and constant values evaluated.
///
/// This can be any object which extends `Preview` or `MultiPreview`.
final String previewAnnotation;
/// The file:// URI pointing to the script in which the preview is defined.
final Uri scriptUri;
FlutterWidgetPreviewDetails({
required this.dependencyHasErrors,
required this.functionName,
required this.hasError,
required this.isBuilder,
required this.isMultiPreview,
required this.libraryUri,
this.packageName,
required this.position,
required this.previewAnnotation,
required this.scriptUri,
});
@override
int get hashCode => Object.hash(
dependencyHasErrors,
functionName,
hasError,
isBuilder,
isMultiPreview,
libraryUri,
packageName,
position,
previewAnnotation,
scriptUri,
);
@override
bool operator ==(Object other) {
return other is FlutterWidgetPreviewDetails &&
other.runtimeType == FlutterWidgetPreviewDetails &&
dependencyHasErrors == other.dependencyHasErrors &&
functionName == other.functionName &&
hasError == other.hasError &&
isBuilder == other.isBuilder &&
isMultiPreview == other.isMultiPreview &&
libraryUri == other.libraryUri &&
packageName == other.packageName &&
position == other.position &&
previewAnnotation == other.previewAnnotation &&
scriptUri == other.scriptUri;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['dependencyHasErrors'] = dependencyHasErrors;
result['functionName'] = functionName;
result['hasError'] = hasError;
result['isBuilder'] = isBuilder;
result['isMultiPreview'] = isMultiPreview;
result['libraryUri'] = libraryUri.toString();
result['packageName'] = packageName;
result['position'] = position.toJson();
result['previewAnnotation'] = previewAnnotation;
result['scriptUri'] = scriptUri.toString();
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseBool(obj, reporter, 'dependencyHasErrors',
allowsUndefined: false, allowsNull: false)) {
return false;
}
if (!_canParseString(obj, reporter, 'functionName',
allowsUndefined: false, allowsNull: false)) {
return false;
}
if (!_canParseBool(obj, reporter, 'hasError',
allowsUndefined: false, allowsNull: false)) {
return false;
}
if (!_canParseBool(obj, reporter, 'isBuilder',
allowsUndefined: false, allowsNull: false)) {
return false;
}
if (!_canParseBool(obj, reporter, 'isMultiPreview',
allowsUndefined: false, allowsNull: false)) {
return false;
}
if (!_canParseUri(obj, reporter, 'libraryUri',
allowsUndefined: false, allowsNull: false)) {
return false;
}
if (!_canParseString(obj, reporter, 'packageName',
allowsUndefined: false, allowsNull: true)) {
return false;
}
if (!_canParsePosition(obj, reporter, 'position',
allowsUndefined: false, allowsNull: false)) {
return false;
}
if (!_canParseString(obj, reporter, 'previewAnnotation',
allowsUndefined: false, allowsNull: false)) {
return false;
}
return _canParseUri(obj, reporter, 'scriptUri',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type FlutterWidgetPreviewDetails');
return false;
}
}
static FlutterWidgetPreviewDetails fromJson(Map<String, Object?> json) {
final dependencyHasErrorsJson = json['dependencyHasErrors'];
final dependencyHasErrors = dependencyHasErrorsJson as bool;
final functionNameJson = json['functionName'];
final functionName = functionNameJson as String;
final hasErrorJson = json['hasError'];
final hasError = hasErrorJson as bool;
final isBuilderJson = json['isBuilder'];
final isBuilder = isBuilderJson as bool;
final isMultiPreviewJson = json['isMultiPreview'];
final isMultiPreview = isMultiPreviewJson as bool;
final libraryUriJson = json['libraryUri'];
final libraryUri = Uri.parse(libraryUriJson as String);
final packageNameJson = json['packageName'];
final packageName = packageNameJson as String?;
final positionJson = json['position'];
final position = Position.fromJson(positionJson as Map<String, Object?>);
final previewAnnotationJson = json['previewAnnotation'];
final previewAnnotation = previewAnnotationJson as String;
final scriptUriJson = json['scriptUri'];
final scriptUri = Uri.parse(scriptUriJson as String);
return FlutterWidgetPreviewDetails(
dependencyHasErrors: dependencyHasErrors,
functionName: functionName,
hasError: hasError,
isBuilder: isBuilder,
isMultiPreview: isMultiPreview,
libraryUri: libraryUri,
packageName: packageName,
position: position,
previewAnnotation: previewAnnotation,
scriptUri: scriptUri,
);
}
}
/// The set of widget previews defined in a script of an analyzed Flutter
/// project.
class FlutterWidgetPreviews implements ToJsonable {
static const jsonHandler = LspJsonHandler(
FlutterWidgetPreviews.canParse,
FlutterWidgetPreviews.fromJson,
);
/// A set of library URIs and the prefixes used for types in
/// "previewAnnotation" sources.
final Map<String, String> namespaces;
/// The current set of previews in the script.
final List<FlutterWidgetPreviewDetails> previews;
/// The URIs for the updated scripts.
final List<Uri> scriptUris;
FlutterWidgetPreviews({
required this.namespaces,
required this.previews,
required this.scriptUris,
});
@override
int get hashCode => Object.hash(
lspHashCode(namespaces),
lspHashCode(previews),
lspHashCode(scriptUris),
);
@override
bool operator ==(Object other) {
return other is FlutterWidgetPreviews &&
other.runtimeType == FlutterWidgetPreviews &&
const DeepCollectionEquality().equals(namespaces, other.namespaces) &&
const DeepCollectionEquality().equals(previews, other.previews) &&
const DeepCollectionEquality().equals(scriptUris, other.scriptUris);
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['namespaces'] = namespaces;
result['previews'] = previews.map((item) => item.toJson()).toList();
result['scriptUris'] = scriptUris.map((uri) => uri.toString()).toList();
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseMapStringString(obj, reporter, 'namespaces',
allowsUndefined: false, allowsNull: false)) {
return false;
}
if (!_canParseListFlutterWidgetPreviewDetails(obj, reporter, 'previews',
allowsUndefined: false, allowsNull: false)) {
return false;
}
return _canParseListUri(obj, reporter, 'scriptUris',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type FlutterWidgetPreviews');
return false;
}
}
static FlutterWidgetPreviews fromJson(Map<String, Object?> json) {
final namespacesJson = json['namespaces'];
final namespaces = (namespacesJson as Map<Object, Object?>)
.map((key, value) => MapEntry(key as String, value as String));
final previewsJson = json['previews'];
final previews = (previewsJson as List<Object?>)
.map((item) =>
FlutterWidgetPreviewDetails.fromJson(item as Map<String, Object?>))
.toList();
final scriptUrisJson = json['scriptUris'];
final scriptUris = (scriptUrisJson as List<Object?>)
.map((item) => Uri.parse(item as String))
.toList();
return FlutterWidgetPreviews(
namespaces: namespaces,
previews: previews,
scriptUris: scriptUris,
);
}
}
/// A single answer to a FormField, identified by its unique ID.
class FormAnswer implements ToJsonable {
static const jsonHandler = LspJsonHandler(
FormAnswer.canParse,
FormAnswer.fromJson,
);
/// The ID of the FormField being answered.
final String id;
/// The user's answer value.
final LSPAny value;
FormAnswer({
required this.id,
this.value,
});
@override
int get hashCode => Object.hash(
id,
value,
);
@override
bool operator ==(Object other) {
return other is FormAnswer &&
other.runtimeType == FormAnswer &&
id == other.id &&
value == other.value;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['id'] = id;
result['value'] = value;
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
return _canParseString(obj, reporter, 'id',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type FormAnswer');
return false;
}
}
static FormAnswer fromJson(Map<String, Object?> json) {
final idJson = json['id'];
final id = idJson as String;
final valueJson = json['value'];
final value = valueJson;
return FormAnswer(
id: id,
value: value,
);
}
}
/// A single question in a form and its validation state.
class FormField implements ToJsonable {
static const jsonHandler = LspJsonHandler(
FormField.canParse,
FormField.fromJson,
);
/// An optional initial value for the answer. If [type] is 'enum', this value
/// must be present in the enum's values array.
final LSPAny defaultValue;
/// The text content of the question (the prompt) presented to the user.
final String description;
/// A validation message from the language server. If empty or null, the
/// current answer is considered valid.
final String? error;
/// A unique identifier for this field. This key is used as the property name
/// in FormAnswers to map the user's input back to this specific field.
final String id;
/// Whether an answer is absolutely required for this field.
final bool required;
/// The data type and validation constraints for the answer.
final FormFieldType type;
FormField({
this.defaultValue,
required this.description,
this.error,
required this.id,
required this.required,
required this.type,
});
@override
int get hashCode => Object.hash(
defaultValue,
description,
error,
id,
required,
type,
);
@override
bool operator ==(Object other) {
return other is FormField &&
other.runtimeType == FormField &&
defaultValue == other.defaultValue &&
description == other.description &&
error == other.error &&
id == other.id &&
required == other.required &&
type == other.type;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
if (defaultValue != null) {
result['default'] = defaultValue;
}
result['description'] = description;
if (error != null) {
result['error'] = error;
}
result['id'] = id;
result['required'] = required;
result['type'] = type.toJson();
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseString(obj, reporter, 'description',
allowsUndefined: false, allowsNull: false)) {
return false;
}
if (!_canParseString(obj, reporter, 'error',
allowsUndefined: true, allowsNull: false)) {
return false;
}
if (!_canParseString(obj, reporter, 'id',
allowsUndefined: false, allowsNull: false)) {
return false;
}
if (!_canParseBool(obj, reporter, 'required',
allowsUndefined: false, allowsNull: false)) {
return false;
}
return _canParseFormFieldType(obj, reporter, 'type',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type FormField');
return false;
}
}
static FormField fromJson(Map<String, Object?> json) {
final defaultValueJson = json['default'];
final defaultValue = defaultValueJson;
final descriptionJson = json['description'];
final description = descriptionJson as String;
final errorJson = json['error'];
final error = errorJson as String?;
final idJson = json['id'];
final id = idJson as String;
final requiredJson = json['required'];
final required = requiredJson as bool;
final typeJson = json['type'];
final type = FormFieldType.fromJson(typeJson as Map<String, Object?>);
return FormField(
defaultValue: defaultValue,
description: description,
error: error,
id: id,
required: required,
type: type,
);
}
}
sealed class FormFieldType implements ToJsonable {
static const jsonHandler = LspJsonHandler(
FormFieldType.canParse,
FormFieldType.fromJson,
);
final String kind;
FormFieldType({
required this.kind,
});
@override
int get hashCode => kind.hashCode;
@override
bool operator ==(Object other) {
return other is FormFieldType &&
other.runtimeType == FormFieldType &&
kind == other.kind;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['kind'] = kind;
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
return _canParseString(obj, reporter, 'kind',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type FormFieldType');
return false;
}
}
static FormFieldType fromJson(Map<String, Object?> json) {
if (FormFieldTypeFile.canParse(json, nullLspJsonReporter)) {
return FormFieldTypeFile.fromJson(json);
}
if (FormFieldTypeString.canParse(json, nullLspJsonReporter)) {
return FormFieldTypeString.fromJson(json);
}
if (FormFieldTypeBool.canParse(json, nullLspJsonReporter)) {
return FormFieldTypeBool.fromJson(json);
}
if (FormFieldTypeNumber.canParse(json, nullLspJsonReporter)) {
return FormFieldTypeNumber.fromJson(json);
}
throw ArgumentError(
'Supplied map is not valid for any subclass of FormFieldType');
}
}
/// A boolean input.
class FormFieldTypeBool implements FormFieldType, ToJsonable {
static const jsonHandler = LspJsonHandler(
FormFieldTypeBool.canParse,
FormFieldTypeBool.fromJson,
);
@override
final String kind;
FormFieldTypeBool({
this.kind = 'bool',
}) {
if (kind != 'bool') {
throw 'kind may only be the literal \'bool\'';
}
}
@override
int get hashCode => kind.hashCode;
@override
bool operator ==(Object other) {
return other is FormFieldTypeBool &&
other.runtimeType == FormFieldTypeBool &&
kind == other.kind;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['kind'] = kind;
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
return _canParseLiteral(obj, reporter, 'kind',
allowsUndefined: false, allowsNull: false, literal: 'bool');
} else {
reporter.reportError('must be of type FormFieldTypeBool');
return false;
}
}
static FormFieldTypeBool fromJson(Map<String, Object?> json) {
final kindJson = json['kind'];
final kind = kindJson as String;
return FormFieldTypeBool(
kind: kind,
);
}
}
/// FormFieldTypeFile defines an input for a file or directory URI.
///
/// The client determines the best mechanism to collect this information from
/// the user (e.g., a graphical file picker, a text input with autocomplete,
/// etc).
///
/// The value returned by the client must be a valid "DocumentUri" as defined in
/// the LSP specification:
/// https://microsoft.github.io/language-server-protocol/specifications/lsp/3.17/specification/#documentUri
class FormFieldTypeFile implements FormFieldType, ToJsonable {
static const jsonHandler = LspJsonHandler(
FormFieldTypeFile.canParse,
FormFieldTypeFile.fromJson,
);
/// Existence constraint.
final FileExistence? existence;
/// Filters specifies the allowed file extensions without the leading dot. A
/// file is valid if it matches any of the extensions (OR logic). e.g. ["png",
/// "jpg"].
///
/// If omitted or empty, no extension filter is applied.
final List<String>? filters;
@override
final String kind;
/// Type specifies the set of allowed file types (regular file, directory,
/// etc).
///
/// Only applicable against existing file.
final FileType? type;
FormFieldTypeFile({
this.existence,
this.filters,
this.kind = 'file',
this.type,
}) {
if (kind != 'file') {
throw 'kind may only be the literal \'file\'';
}
}
@override
int get hashCode => Object.hash(
existence,
lspHashCode(filters),
kind,
type,
);
@override
bool operator ==(Object other) {
return other is FormFieldTypeFile &&
other.runtimeType == FormFieldTypeFile &&
existence == other.existence &&
const DeepCollectionEquality().equals(filters, other.filters) &&
kind == other.kind &&
type == other.type;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
if (existence != null) {
result['existence'] = existence?.toJson();
}
if (filters != null) {
result['filters'] = filters;
}
result['kind'] = kind;
if (type != null) {
result['type'] = type?.toJson();
}
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseFileExistence(obj, reporter, 'existence',
allowsUndefined: true, allowsNull: false)) {
return false;
}
if (!_canParseListString(obj, reporter, 'filters',
allowsUndefined: true, allowsNull: false)) {
return false;
}
if (!_canParseLiteral(obj, reporter, 'kind',
allowsUndefined: false, allowsNull: false, literal: 'file')) {
return false;
}
return _canParseFileType(obj, reporter, 'type',
allowsUndefined: true, allowsNull: false);
} else {
reporter.reportError('must be of type FormFieldTypeFile');
return false;
}
}
static FormFieldTypeFile fromJson(Map<String, Object?> json) {
final existenceJson = json['existence'];
final existence = existenceJson != null
? FileExistence.fromJson(existenceJson as int)
: null;
final filtersJson = json['filters'];
final filters =
(filtersJson as List<Object?>?)?.map((item) => item as String).toList();
final kindJson = json['kind'];
final kind = kindJson as String;
final typeJson = json['type'];
final type = typeJson != null ? FileType.fromJson(typeJson as int) : null;
return FormFieldTypeFile(
existence: existence,
filters: filters,
kind: kind,
type: type,
);
}
}
/// A numeric input.
class FormFieldTypeNumber implements FormFieldType, ToJsonable {
static const jsonHandler = LspJsonHandler(
FormFieldTypeNumber.canParse,
FormFieldTypeNumber.fromJson,
);
@override
final String kind;
FormFieldTypeNumber({
this.kind = 'number',
}) {
if (kind != 'number') {
throw 'kind may only be the literal \'number\'';
}
}
@override
int get hashCode => kind.hashCode;
@override
bool operator ==(Object other) {
return other is FormFieldTypeNumber &&
other.runtimeType == FormFieldTypeNumber &&
kind == other.kind;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['kind'] = kind;
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
return _canParseLiteral(obj, reporter, 'kind',
allowsUndefined: false, allowsNull: false, literal: 'number');
} else {
reporter.reportError('must be of type FormFieldTypeNumber');
return false;
}
}
static FormFieldTypeNumber fromJson(Map<String, Object?> json) {
final kindJson = json['kind'];
final kind = kindJson as String;
return FormFieldTypeNumber(
kind: kind,
);
}
}
/// A text input.
class FormFieldTypeString implements FormFieldType, ToJsonable {
static const jsonHandler = LspJsonHandler(
FormFieldTypeString.canParse,
FormFieldTypeString.fromJson,
);
@override
final String kind;
/// Validators for this form field.Field validators only validate the
/// input/answer to a field in isolation and cannot depend on the answers to
/// other fields. For example a string field may have a regex validator, or a
/// numeric field may have a range validator.Clients must ignore validators
/// they do not support.
final List<StringValidator>? validators;
FormFieldTypeString({
this.kind = 'string',
this.validators,
}) {
if (kind != 'string') {
throw 'kind may only be the literal \'string\'';
}
}
@override
int get hashCode => Object.hash(
kind,
lspHashCode(validators),
);
@override
bool operator ==(Object other) {
return other is FormFieldTypeString &&
other.runtimeType == FormFieldTypeString &&
kind == other.kind &&
const DeepCollectionEquality().equals(validators, other.validators);
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['kind'] = kind;
if (validators != null) {
result['validators'] = validators?.map((item) => item.toJson()).toList();
}
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseLiteral(obj, reporter, 'kind',
allowsUndefined: false, allowsNull: false, literal: 'string')) {
return false;
}
return _canParseListRegexValidator(obj, reporter, 'validators',
allowsUndefined: true, allowsNull: false);
} else {
reporter.reportError('must be of type FormFieldTypeString');
return false;
}
}
static FormFieldTypeString fromJson(Map<String, Object?> json) {
final kindJson = json['kind'];
final kind = kindJson as String;
final validatorsJson = json['validators'];
final validators = (validatorsJson as List<Object?>?)
?.map((item) => RegexValidator.fromJson(item as Map<String, Object?>))
.toList();
return FormFieldTypeString(
kind: kind,
validators: validators,
);
}
}
sealed class IncomingMessage implements Message, ToJsonable {
static const jsonHandler = LspJsonHandler(
IncomingMessage.canParse,
IncomingMessage.fromJson,
);
@override
final int? clientRequestTime;
@override
final String jsonrpc;
final Method method;
final LSPAny params;
IncomingMessage({
this.clientRequestTime,
required this.jsonrpc,
required this.method,
this.params,
});
@override
int get hashCode => Object.hash(
clientRequestTime,
jsonrpc,
method,
params,
);
@override
bool operator ==(Object other) {
return other is IncomingMessage &&
other.runtimeType == IncomingMessage &&
clientRequestTime == other.clientRequestTime &&
jsonrpc == other.jsonrpc &&
method == other.method &&
params == other.params;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
if (clientRequestTime != null) {
result['clientRequestTime'] = clientRequestTime;
}
result['jsonrpc'] = jsonrpc;
result['method'] = method.toJson();
if (params != null) {
result['params'] = params;
}
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseInt(obj, reporter, 'clientRequestTime',
allowsUndefined: true, allowsNull: false)) {
return false;
}
if (!_canParseString(obj, reporter, 'jsonrpc',
allowsUndefined: false, allowsNull: false)) {
return false;
}
return _canParseMethod(obj, reporter, 'method',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type IncomingMessage');
return false;
}
}
static IncomingMessage fromJson(Map<String, Object?> json) {
if (RequestMessage.canParse(json, nullLspJsonReporter)) {
return RequestMessage.fromJson(json);
}
if (NotificationMessage.canParse(json, nullLspJsonReporter)) {
return NotificationMessage.fromJson(json);
}
throw ArgumentError(
'Supplied map is not valid for any subclass of IncomingMessage');
}
}
/// InteractiveExecuteCommandParams extends the standard LSP
/// ExecuteCommandParams with the experimental fields for interactive forms.
class InteractiveExecuteCommandParams
implements ExecuteCommandParams, InteractiveParams, ToJsonable {
static const jsonHandler = LspJsonHandler(
InteractiveExecuteCommandParams.canParse,
InteractiveExecuteCommandParams.fromJson,
);
/// Arguments that the command should be invoked with.
@override
final List<LSPAny>? arguments;
/// The identifier of the actual command handler.
@override
final String command;
/// Additional data that the client preserves for the server. This data is for
/// server use only and the client should not inspect it.
@override
final LSPAny data;
/// The answers for the form questions.
///
/// When sent by the language server, this field is optional and contains the
/// current or default answers to the questions to support editing previous
/// values.
///
/// When sent by the language client, this field contains the user's answers.
///
/// Answers are linked to their respective questions using the field's unique
/// `id` rather than their array index. The list must not contain duplicate
/// IDs, and each answer's ID must correspond to a field ID defined in
/// `formFields`.
///
/// The client must include answers for all required fields (where `required`
/// is true). Answers for optional fields (where `required` is false) may be
/// omitted if no answer was provided, or included if an answer is available.
@override
final List<FormAnswer>? formAnswers;
/// The questions and validation errors in previous answers to the same
/// questions.
///
/// This is a server-to-client field. The language server defines these, and
/// the client uses them to render the form.
///
/// The interactive phase is considered complete when the server returns a
/// response where this slice is omitted.
@override
final List<FormField>? formFields;
/// An optional token that a server can use to report work done progress.
@override
final ProgressToken? workDoneToken;
InteractiveExecuteCommandParams({
this.arguments,
required this.command,
this.data,
this.formAnswers,
this.formFields,
this.workDoneToken,
});
@override
int get hashCode => Object.hash(
lspHashCode(arguments),
command,
data,
lspHashCode(formAnswers),
lspHashCode(formFields),
workDoneToken,
);
@override
bool operator ==(Object other) {
return other is InteractiveExecuteCommandParams &&
other.runtimeType == InteractiveExecuteCommandParams &&
const DeepCollectionEquality().equals(arguments, other.arguments) &&
command == other.command &&
data == other.data &&
const DeepCollectionEquality().equals(formAnswers, other.formAnswers) &&
const DeepCollectionEquality().equals(formFields, other.formFields) &&
workDoneToken == other.workDoneToken;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
if (arguments != null) {
result['arguments'] = arguments;
}
result['command'] = command;
if (data != null) {
result['data'] = data;
}
if (formAnswers != null) {
result['formAnswers'] =
formAnswers?.map((item) => item.toJson()).toList();
}
if (formFields != null) {
result['formFields'] = formFields?.map((item) => item.toJson()).toList();
}
if (workDoneToken != null) {
result['workDoneToken'] = workDoneToken?.toJson();
}
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseListObjectNullable(obj, reporter, 'arguments',
allowsUndefined: true, allowsNull: false)) {
return false;
}
if (!_canParseString(obj, reporter, 'command',
allowsUndefined: false, allowsNull: false)) {
return false;
}
if (!_canParseListFormAnswer(obj, reporter, 'formAnswers',
allowsUndefined: true, allowsNull: false)) {
return false;
}
if (!_canParseListFormField(obj, reporter, 'formFields',
allowsUndefined: true, allowsNull: false)) {
return false;
}
return _canParseIntString(obj, reporter, 'workDoneToken',
allowsUndefined: true, allowsNull: false);
} else {
reporter.reportError('must be of type InteractiveExecuteCommandParams');
return false;
}
}
static InteractiveExecuteCommandParams fromJson(Map<String, Object?> json) {
final argumentsJson = json['arguments'];
final arguments =
(argumentsJson as List<Object?>?)?.map((item) => item).toList();
final commandJson = json['command'];
final command = commandJson as String;
final dataJson = json['data'];
final data = dataJson;
final formAnswersJson = json['formAnswers'];
final formAnswers = (formAnswersJson as List<Object?>?)
?.map((item) => FormAnswer.fromJson(item as Map<String, Object?>))
.toList();
final formFieldsJson = json['formFields'];
final formFields = (formFieldsJson as List<Object?>?)
?.map((item) => FormField.fromJson(item as Map<String, Object?>))
.toList();
final workDoneTokenJson = json['workDoneToken'];
final workDoneToken =
workDoneTokenJson == null ? null : _eitherIntString(workDoneTokenJson);
return InteractiveExecuteCommandParams(
arguments: arguments,
command: command,
data: data,
formAnswers: formAnswers,
formFields: formFields,
workDoneToken: workDoneToken,
);
}
}
class InteractiveParams implements ToJsonable {
static const jsonHandler = LspJsonHandler(
InteractiveParams.canParse,
InteractiveParams.fromJson,
);
/// Additional data that the client preserves for the server. This data is for
/// server use only and the client should not inspect it.
final LSPAny data;
/// The answers for the form questions.
///
/// When sent by the language server, this field is optional and contains the
/// current or default answers to the questions to support editing previous
/// values.
///
/// When sent by the language client, this field contains the user's answers.
///
/// Answers are linked to their respective questions using the field's unique
/// `id` rather than their array index. The list must not contain duplicate
/// IDs, and each answer's ID must correspond to a field ID defined in
/// `formFields`.
///
/// The client must include answers for all required fields (where `required`
/// is true). Answers for optional fields (where `required` is false) may be
/// omitted if no answer was provided, or included if an answer is available.
final List<FormAnswer>? formAnswers;
/// The questions and validation errors in previous answers to the same
/// questions.
///
/// This is a server-to-client field. The language server defines these, and
/// the client uses them to render the form.
///
/// The interactive phase is considered complete when the server returns a
/// response where this slice is omitted.
final List<FormField>? formFields;
InteractiveParams({
this.data,
this.formAnswers,
this.formFields,
});
@override
int get hashCode => Object.hash(
data,
lspHashCode(formAnswers),
lspHashCode(formFields),
);
@override
bool operator ==(Object other) {
return other is InteractiveParams &&
other.runtimeType == InteractiveParams &&
data == other.data &&
const DeepCollectionEquality().equals(formAnswers, other.formAnswers) &&
const DeepCollectionEquality().equals(formFields, other.formFields);
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
if (data != null) {
result['data'] = data;
}
if (formAnswers != null) {
result['formAnswers'] =
formAnswers?.map((item) => item.toJson()).toList();
}
if (formFields != null) {
result['formFields'] = formFields?.map((item) => item.toJson()).toList();
}
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseListFormAnswer(obj, reporter, 'formAnswers',
allowsUndefined: true, allowsNull: false)) {
return false;
}
return _canParseListFormField(obj, reporter, 'formFields',
allowsUndefined: true, allowsNull: false);
} else {
reporter.reportError('must be of type InteractiveParams');
return false;
}
}
static InteractiveParams fromJson(Map<String, Object?> json) {
if (InteractiveExecuteCommandParams.canParse(json, nullLspJsonReporter)) {
return InteractiveExecuteCommandParams.fromJson(json);
}
final dataJson = json['data'];
final data = dataJson;
final formAnswersJson = json['formAnswers'];
final formAnswers = (formAnswersJson as List<Object?>?)
?.map((item) => FormAnswer.fromJson(item as Map<String, Object?>))
.toList();
final formFieldsJson = json['formFields'];
final formFields = (formFieldsJson as List<Object?>?)
?.map((item) => FormField.fromJson(item as Map<String, Object?>))
.toList();
return InteractiveParams(
data: data,
formAnswers: formAnswers,
formFields: formFields,
);
}
}
/// A custom TextEdit that supports snippets according to the specification at
/// https://github.com/rust-analyzer/rust-analyzer/blob/b35559a2460e7f0b2b79a7029db0c5d4e0acdb44/docs/dev/lsp-extensions.md#snippet-textedit.
/// LSP v3.18 introduced standard (but slightly different) support for
/// SnippetTextEdits which replaces this. This will soon be removed.
class LegacySnippetTextEdit implements TextEdit, ToJsonable {
static const jsonHandler = LspJsonHandler(
LegacySnippetTextEdit.canParse,
LegacySnippetTextEdit.fromJson,
);
final InsertTextFormat insertTextFormat;
/// The string to be inserted. For delete operations use an empty string.
@override
final String newText;
/// The range of the text document to be manipulated. To insert text into a
/// document create a range where start === end.
@override
final Range range;
LegacySnippetTextEdit({
required this.insertTextFormat,
required this.newText,
required this.range,
});
@override
int get hashCode => Object.hash(
insertTextFormat,
newText,
range,
);
@override
bool operator ==(Object other) {
return other is LegacySnippetTextEdit &&
other.runtimeType == LegacySnippetTextEdit &&
insertTextFormat == other.insertTextFormat &&
newText == other.newText &&
range == other.range;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['insertTextFormat'] = insertTextFormat.toJson();
result['newText'] = newText;
result['range'] = range.toJson();
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseInsertTextFormat(obj, reporter, 'insertTextFormat',
allowsUndefined: false, allowsNull: false)) {
return false;
}
if (!_canParseString(obj, reporter, 'newText',
allowsUndefined: false, allowsNull: false)) {
return false;
}
return _canParseRange(obj, reporter, 'range',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type LegacySnippetTextEdit');
return false;
}
}
static LegacySnippetTextEdit fromJson(Map<String, Object?> json) {
final insertTextFormatJson = json['insertTextFormat'];
final insertTextFormat =
InsertTextFormat.fromJson(insertTextFormatJson as int);
final newTextJson = json['newText'];
final newText = newTextJson as String;
final rangeJson = json['range'];
final range = Range.fromJson(rangeJson as Map<String, Object?>);
return LegacySnippetTextEdit(
insertTextFormat: insertTextFormat,
newText: newText,
range: range,
);
}
}
class LspBulkFix implements ToJsonable {
static const jsonHandler = LspJsonHandler(
LspBulkFix.canParse,
LspBulkFix.fromJson,
);
/// A list of bulk fix details.
final List<LspBulkFixDetail> fixes;
/// The URI of the library these fixes were applied to.
final Uri uri;
LspBulkFix({
required this.fixes,
required this.uri,
});
@override
int get hashCode => Object.hash(
lspHashCode(fixes),
uri,
);
@override
bool operator ==(Object other) {
return other is LspBulkFix &&
other.runtimeType == LspBulkFix &&
const DeepCollectionEquality().equals(fixes, other.fixes) &&
uri == other.uri;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['fixes'] = fixes.map((item) => item.toJson()).toList();
result['uri'] = uri.toString();
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseListLspBulkFixDetail(obj, reporter, 'fixes',
allowsUndefined: false, allowsNull: false)) {
return false;
}
return _canParseUri(obj, reporter, 'uri',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type LspBulkFix');
return false;
}
}
static LspBulkFix fromJson(Map<String, Object?> json) {
final fixesJson = json['fixes'];
final fixes = (fixesJson as List<Object?>)
.map((item) => LspBulkFixDetail.fromJson(item as Map<String, Object?>))
.toList();
final uriJson = json['uri'];
final uri = Uri.parse(uriJson as String);
return LspBulkFix(
fixes: fixes,
uri: uri,
);
}
}
class LspBulkFixDetail implements ToJsonable {
static const jsonHandler = LspJsonHandler(
LspBulkFixDetail.canParse,
LspBulkFixDetail.fromJson,
);
/// The code of the diagnostic associated with the fix.
final String code;
/// The number times the associated diagnostic was fixed in the associated
/// source edit.
final int occurrences;
LspBulkFixDetail({
required this.code,
required this.occurrences,
});
@override
int get hashCode => Object.hash(
code,
occurrences,
);
@override
bool operator ==(Object other) {
return other is LspBulkFixDetail &&
other.runtimeType == LspBulkFixDetail &&
code == other.code &&
occurrences == other.occurrences;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['code'] = code;
result['occurrences'] = occurrences;
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseString(obj, reporter, 'code',
allowsUndefined: false, allowsNull: false)) {
return false;
}
return _canParseInt(obj, reporter, 'occurrences',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type LspBulkFixDetail');
return false;
}
}
static LspBulkFixDetail fromJson(Map<String, Object?> json) {
final codeJson = json['code'];
final code = codeJson as String;
final occurrencesJson = json['occurrences'];
final occurrences = occurrencesJson as int;
return LspBulkFixDetail(
code: code,
occurrences: occurrences,
);
}
}
sealed class Message implements ToJsonable {
static const jsonHandler = LspJsonHandler(
Message.canParse,
Message.fromJson,
);
final int? clientRequestTime;
final String jsonrpc;
Message({
this.clientRequestTime,
required this.jsonrpc,
});
@override
int get hashCode => Object.hash(
clientRequestTime,
jsonrpc,
);
@override
bool operator ==(Object other) {
return other is Message &&
other.runtimeType == Message &&
clientRequestTime == other.clientRequestTime &&
jsonrpc == other.jsonrpc;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
if (clientRequestTime != null) {
result['clientRequestTime'] = clientRequestTime;
}
result['jsonrpc'] = jsonrpc;
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseInt(obj, reporter, 'clientRequestTime',
allowsUndefined: true, allowsNull: false)) {
return false;
}
return _canParseString(obj, reporter, 'jsonrpc',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type Message');
return false;
}
}
static Message fromJson(Map<String, Object?> json) {
if (IncomingMessage.canParse(json, nullLspJsonReporter)) {
return IncomingMessage.fromJson(json);
}
if (ResponseMessage.canParse(json, nullLspJsonReporter)) {
return ResponseMessage.fromJson(json);
}
throw ArgumentError(
'Supplied map is not valid for any subclass of Message');
}
}
/// The specific migration step to run.
class MigrationStep implements ToJsonable {
static const All = MigrationStep('all');
static const Bump = MigrationStep('bump');
static const Cleanup = MigrationStep('cleanup');
static const Prepare = MigrationStep('prepare');
final String _value;
const MigrationStep(this._value);
const MigrationStep.fromJson(this._value);
@override
int get hashCode => _value.hashCode;
@override
bool operator ==(Object other) =>
other is MigrationStep && other._value == _value;
@override
String toJson() => _value;
@override
String toString() => _value.toString();
static bool canParse(Object? obj, LspJsonReporter reporter) => obj is String;
}
class NotificationMessage implements IncomingMessage, ToJsonable {
static const jsonHandler = LspJsonHandler(
NotificationMessage.canParse,
NotificationMessage.fromJson,
);
@override
final int? clientRequestTime;
@override
final String jsonrpc;
@override
final Method method;
@override
final LSPAny params;
NotificationMessage({
this.clientRequestTime,
required this.jsonrpc,
required this.method,
this.params,
});
@override
int get hashCode => Object.hash(
clientRequestTime,
jsonrpc,
method,
params,
);
@override
bool operator ==(Object other) {
return other is NotificationMessage &&
other.runtimeType == NotificationMessage &&
clientRequestTime == other.clientRequestTime &&
jsonrpc == other.jsonrpc &&
method == other.method &&
params == other.params;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
if (clientRequestTime != null) {
result['clientRequestTime'] = clientRequestTime;
}
result['jsonrpc'] = jsonrpc;
result['method'] = method.toJson();
if (params != null) {
result['params'] = params;
}
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseInt(obj, reporter, 'clientRequestTime',
allowsUndefined: true, allowsNull: false)) {
return false;
}
if (!_canParseString(obj, reporter, 'jsonrpc',
allowsUndefined: false, allowsNull: false)) {
return false;
}
return _canParseMethod(obj, reporter, 'method',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type NotificationMessage');
return false;
}
}
static NotificationMessage fromJson(Map<String, Object?> json) {
final clientRequestTimeJson = json['clientRequestTime'];
final clientRequestTime = clientRequestTimeJson as int?;
final jsonrpcJson = json['jsonrpc'];
final jsonrpc = jsonrpcJson as String;
final methodJson = json['method'];
final method = Method.fromJson(methodJson as String);
final paramsJson = json['params'];
final params = paramsJson;
return NotificationMessage(
clientRequestTime: clientRequestTime,
jsonrpc: jsonrpc,
method: method,
params: params,
);
}
}
class OpenUriParams implements ToJsonable {
static const jsonHandler = LspJsonHandler(
OpenUriParams.canParse,
OpenUriParams.fromJson,
);
final Uri uri;
OpenUriParams({
required this.uri,
});
@override
int get hashCode => uri.hashCode;
@override
bool operator ==(Object other) {
return other is OpenUriParams &&
other.runtimeType == OpenUriParams &&
uri == other.uri;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['uri'] = uri.toString();
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
return _canParseUri(obj, reporter, 'uri',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type OpenUriParams');
return false;
}
}
static OpenUriParams fromJson(Map<String, Object?> json) {
final uriJson = json['uri'];
final uri = Uri.parse(uriJson as String);
return OpenUriParams(
uri: uri,
);
}
}
class Outline implements ToJsonable {
static const jsonHandler = LspJsonHandler(
Outline.canParse,
Outline.fromJson,
);
final List<Outline>? children;
final Range codeRange;
final Element element;
final Range range;
Outline({
this.children,
required this.codeRange,
required this.element,
required this.range,
});
@override
int get hashCode => Object.hash(
lspHashCode(children),
codeRange,
element,
range,
);
@override
bool operator ==(Object other) {
return other is Outline &&
other.runtimeType == Outline &&
const DeepCollectionEquality().equals(children, other.children) &&
codeRange == other.codeRange &&
element == other.element &&
range == other.range;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
if (children != null) {
result['children'] = children?.map((item) => item.toJson()).toList();
}
result['codeRange'] = codeRange.toJson();
result['element'] = element.toJson();
result['range'] = range.toJson();
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseListOutline(obj, reporter, 'children',
allowsUndefined: true, allowsNull: false)) {
return false;
}
if (!_canParseRange(obj, reporter, 'codeRange',
allowsUndefined: false, allowsNull: false)) {
return false;
}
if (!_canParseElement(obj, reporter, 'element',
allowsUndefined: false, allowsNull: false)) {
return false;
}
return _canParseRange(obj, reporter, 'range',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type Outline');
return false;
}
}
static Outline fromJson(Map<String, Object?> json) {
final childrenJson = json['children'];
final children = (childrenJson as List<Object?>?)
?.map((item) => Outline.fromJson(item as Map<String, Object?>))
.toList();
final codeRangeJson = json['codeRange'];
final codeRange = Range.fromJson(codeRangeJson as Map<String, Object?>);
final elementJson = json['element'];
final element = Element.fromJson(elementJson as Map<String, Object?>);
final rangeJson = json['range'];
final range = Range.fromJson(rangeJson as Map<String, Object?>);
return Outline(
children: children,
codeRange: codeRange,
element: element,
range: range,
);
}
}
class PublishClosingLabelsParams implements ToJsonable {
static const jsonHandler = LspJsonHandler(
PublishClosingLabelsParams.canParse,
PublishClosingLabelsParams.fromJson,
);
final List<ClosingLabel> labels;
final Uri uri;
PublishClosingLabelsParams({
required this.labels,
required this.uri,
});
@override
int get hashCode => Object.hash(
lspHashCode(labels),
uri,
);
@override
bool operator ==(Object other) {
return other is PublishClosingLabelsParams &&
other.runtimeType == PublishClosingLabelsParams &&
const DeepCollectionEquality().equals(labels, other.labels) &&
uri == other.uri;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['labels'] = labels.map((item) => item.toJson()).toList();
result['uri'] = uri.toString();
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseListClosingLabel(obj, reporter, 'labels',
allowsUndefined: false, allowsNull: false)) {
return false;
}
return _canParseUri(obj, reporter, 'uri',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type PublishClosingLabelsParams');
return false;
}
}
static PublishClosingLabelsParams fromJson(Map<String, Object?> json) {
final labelsJson = json['labels'];
final labels = (labelsJson as List<Object?>)
.map((item) => ClosingLabel.fromJson(item as Map<String, Object?>))
.toList();
final uriJson = json['uri'];
final uri = Uri.parse(uriJson as String);
return PublishClosingLabelsParams(
labels: labels,
uri: uri,
);
}
}
class PublishFlutterOutlineParams implements ToJsonable {
static const jsonHandler = LspJsonHandler(
PublishFlutterOutlineParams.canParse,
PublishFlutterOutlineParams.fromJson,
);
final FlutterOutline outline;
final Uri uri;
PublishFlutterOutlineParams({
required this.outline,
required this.uri,
});
@override
int get hashCode => Object.hash(
outline,
uri,
);
@override
bool operator ==(Object other) {
return other is PublishFlutterOutlineParams &&
other.runtimeType == PublishFlutterOutlineParams &&
outline == other.outline &&
uri == other.uri;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['outline'] = outline.toJson();
result['uri'] = uri.toString();
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseFlutterOutline(obj, reporter, 'outline',
allowsUndefined: false, allowsNull: false)) {
return false;
}
return _canParseUri(obj, reporter, 'uri',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type PublishFlutterOutlineParams');
return false;
}
}
static PublishFlutterOutlineParams fromJson(Map<String, Object?> json) {
final outlineJson = json['outline'];
final outline =
FlutterOutline.fromJson(outlineJson as Map<String, Object?>);
final uriJson = json['uri'];
final uri = Uri.parse(uriJson as String);
return PublishFlutterOutlineParams(
outline: outline,
uri: uri,
);
}
}
class PublishOutlineParams implements ToJsonable {
static const jsonHandler = LspJsonHandler(
PublishOutlineParams.canParse,
PublishOutlineParams.fromJson,
);
final Outline outline;
final Uri uri;
PublishOutlineParams({
required this.outline,
required this.uri,
});
@override
int get hashCode => Object.hash(
outline,
uri,
);
@override
bool operator ==(Object other) {
return other is PublishOutlineParams &&
other.runtimeType == PublishOutlineParams &&
outline == other.outline &&
uri == other.uri;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['outline'] = outline.toJson();
result['uri'] = uri.toString();
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseOutline(obj, reporter, 'outline',
allowsUndefined: false, allowsNull: false)) {
return false;
}
return _canParseUri(obj, reporter, 'uri',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type PublishOutlineParams');
return false;
}
}
static PublishOutlineParams fromJson(Map<String, Object?> json) {
final outlineJson = json['outline'];
final outline = Outline.fromJson(outlineJson as Map<String, Object?>);
final uriJson = json['uri'];
final uri = Uri.parse(uriJson as String);
return PublishOutlineParams(
outline: outline,
uri: uri,
);
}
}
class PubPackageCompletionItemResolutionInfo
implements CompletionResolutionInfo, ToJsonable {
static const jsonHandler = LspJsonHandler(
PubPackageCompletionItemResolutionInfo.canParse,
PubPackageCompletionItemResolutionInfo.fromJson,
);
final String packageName;
PubPackageCompletionItemResolutionInfo({
required this.packageName,
});
@override
int get hashCode => packageName.hashCode;
@override
bool operator ==(Object other) {
return other is PubPackageCompletionItemResolutionInfo &&
other.runtimeType == PubPackageCompletionItemResolutionInfo &&
packageName == other.packageName;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['packageName'] = packageName;
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
return _canParseString(obj, reporter, 'packageName',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError(
'must be of type PubPackageCompletionItemResolutionInfo');
return false;
}
}
static PubPackageCompletionItemResolutionInfo fromJson(
Map<String, Object?> json) {
final packageNameJson = json['packageName'];
final packageName = packageNameJson as String;
return PubPackageCompletionItemResolutionInfo(
packageName: packageName,
);
}
}
/// A regex-based validator that ensures an answer matches a given regex.
class RegexValidator implements Validator, ToJsonable {
static const jsonHandler = LspJsonHandler(
RegexValidator.canParse,
RegexValidator.fromJson,
);
final String kind;
/// Whether the answer matching the pattern means it is valid (no message
/// reported) or invalid (message reported).
final bool matchIsValid;
/// The message to show if the answer is not valid according to `pattern` and
/// `matchIsValid`.
@override
final String message;
/// The regex pattern to validate the input.
///
/// The server must only provide regular expressions for the engine supported
/// by the client in the `general.regularExpressions` client capability. If
/// the server cannot provide an appropriate regular expression it should not
/// provide the regex validator.
final String pattern;
/// The severity of a violation of this validator.
@override
final ValidationSeverity severity;
RegexValidator({
this.kind = 'regex',
required this.matchIsValid,
required this.message,
required this.pattern,
required this.severity,
}) {
if (kind != 'regex') {
throw 'kind may only be the literal \'regex\'';
}
}
@override
int get hashCode => Object.hash(
kind,
matchIsValid,
message,
pattern,
severity,
);
@override
bool operator ==(Object other) {
return other is RegexValidator &&
other.runtimeType == RegexValidator &&
kind == other.kind &&
matchIsValid == other.matchIsValid &&
message == other.message &&
pattern == other.pattern &&
severity == other.severity;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['kind'] = kind;
result['matchIsValid'] = matchIsValid;
result['message'] = message;
result['pattern'] = pattern;
result['severity'] = severity.toJson();
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseLiteral(obj, reporter, 'kind',
allowsUndefined: false, allowsNull: false, literal: 'regex')) {
return false;
}
if (!_canParseBool(obj, reporter, 'matchIsValid',
allowsUndefined: false, allowsNull: false)) {
return false;
}
if (!_canParseString(obj, reporter, 'message',
allowsUndefined: false, allowsNull: false)) {
return false;
}
if (!_canParseString(obj, reporter, 'pattern',
allowsUndefined: false, allowsNull: false)) {
return false;
}
return _canParseValidationSeverity(obj, reporter, 'severity',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type RegexValidator');
return false;
}
}
static RegexValidator fromJson(Map<String, Object?> json) {
final kindJson = json['kind'];
final kind = kindJson as String;
final matchIsValidJson = json['matchIsValid'];
final matchIsValid = matchIsValidJson as bool;
final messageJson = json['message'];
final message = messageJson as String;
final patternJson = json['pattern'];
final pattern = patternJson as String;
final severityJson = json['severity'];
final severity = ValidationSeverity.fromJson(severityJson as int);
return RegexValidator(
kind: kind,
matchIsValid: matchIsValid,
message: message,
pattern: pattern,
severity: severity,
);
}
}
class RequestMessage implements IncomingMessage, ToJsonable {
static const jsonHandler = LspJsonHandler(
RequestMessage.canParse,
RequestMessage.fromJson,
);
@override
final int? clientRequestTime;
final Either2<int, String> id;
@override
final String jsonrpc;
@override
final Method method;
@override
final LSPAny params;
RequestMessage({
this.clientRequestTime,
required this.id,
required this.jsonrpc,
required this.method,
this.params,
});
@override
int get hashCode => Object.hash(
clientRequestTime,
id,
jsonrpc,
method,
params,
);
@override
bool operator ==(Object other) {
return other is RequestMessage &&
other.runtimeType == RequestMessage &&
clientRequestTime == other.clientRequestTime &&
id == other.id &&
jsonrpc == other.jsonrpc &&
method == other.method &&
params == other.params;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
if (clientRequestTime != null) {
result['clientRequestTime'] = clientRequestTime;
}
result['id'] = id.toJson();
result['jsonrpc'] = jsonrpc;
result['method'] = method.toJson();
if (params != null) {
result['params'] = params;
}
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseInt(obj, reporter, 'clientRequestTime',
allowsUndefined: true, allowsNull: false)) {
return false;
}
if (!_canParseIntString(obj, reporter, 'id',
allowsUndefined: false, allowsNull: false)) {
return false;
}
if (!_canParseString(obj, reporter, 'jsonrpc',
allowsUndefined: false, allowsNull: false)) {
return false;
}
return _canParseMethod(obj, reporter, 'method',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type RequestMessage');
return false;
}
}
static RequestMessage fromJson(Map<String, Object?> json) {
final clientRequestTimeJson = json['clientRequestTime'];
final clientRequestTime = clientRequestTimeJson as int?;
final idJson = json['id'];
final id = _eitherIntString(idJson);
final jsonrpcJson = json['jsonrpc'];
final jsonrpc = jsonrpcJson as String;
final methodJson = json['method'];
final method = Method.fromJson(methodJson as String);
final paramsJson = json['params'];
final params = paramsJson;
return RequestMessage(
clientRequestTime: clientRequestTime,
id: id,
jsonrpc: jsonrpc,
method: method,
params: params,
);
}
}
class ResponseError implements ToJsonable {
static const jsonHandler = LspJsonHandler(
ResponseError.canParse,
ResponseError.fromJson,
);
final ErrorCodes code;
/// A string that contains additional information about the error. Can be
/// omitted.
final String? data;
final String message;
ResponseError({
required this.code,
this.data,
required this.message,
});
@override
int get hashCode => Object.hash(
code,
data,
message,
);
@override
bool operator ==(Object other) {
return other is ResponseError &&
other.runtimeType == ResponseError &&
code == other.code &&
data == other.data &&
message == other.message;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['code'] = code.toJson();
if (data != null) {
result['data'] = data;
}
result['message'] = message;
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseErrorCodes(obj, reporter, 'code',
allowsUndefined: false, allowsNull: false)) {
return false;
}
if (!_canParseString(obj, reporter, 'data',
allowsUndefined: true, allowsNull: false)) {
return false;
}
return _canParseString(obj, reporter, 'message',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type ResponseError');
return false;
}
}
static ResponseError fromJson(Map<String, Object?> json) {
final codeJson = json['code'];
final code = ErrorCodes.fromJson(codeJson as int);
final dataJson = json['data'];
final data = dataJson as String?;
final messageJson = json['message'];
final message = messageJson as String;
return ResponseError(
code: code,
data: data,
message: message,
);
}
}
class ResponseMessage implements Message, ToJsonable {
static const jsonHandler = LspJsonHandler(
ResponseMessage.canParse,
ResponseMessage.fromJson,
);
@override
final int? clientRequestTime;
final ResponseError? error;
final Either2<int, String>? id;
@override
final String jsonrpc;
final LSPAny result;
ResponseMessage({
this.clientRequestTime,
this.error,
this.id,
required this.jsonrpc,
this.result,
});
@override
int get hashCode => Object.hash(
clientRequestTime,
error,
id,
jsonrpc,
result,
);
@override
bool operator ==(Object other) {
return other is ResponseMessage &&
other.runtimeType == ResponseMessage &&
clientRequestTime == other.clientRequestTime &&
error == other.error &&
id == other.id &&
jsonrpc == other.jsonrpc &&
result == other.result;
}
@override
Map<String, Object?> toJson() {
var map = <String, Object?>{};
if (clientRequestTime != null) {
map['clientRequestTime'] = clientRequestTime;
}
map['id'] = id?.toJson();
map['jsonrpc'] = jsonrpc;
if (error != null && result != null) {
throw 'result and error cannot both be set';
} else if (error != null) {
map['error'] = error;
} else if (result case ToJsonable result?) {
map['result'] = result.toJson();
} else {
map['result'] = result;
}
return map;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseInt(obj, reporter, 'clientRequestTime',
allowsUndefined: true, allowsNull: false)) {
return false;
}
if (!_canParseResponseError(obj, reporter, 'error',
allowsUndefined: true, allowsNull: false)) {
return false;
}
if (!_canParseIntString(obj, reporter, 'id',
allowsUndefined: false, allowsNull: true)) {
return false;
}
return _canParseString(obj, reporter, 'jsonrpc',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type ResponseMessage');
return false;
}
}
static ResponseMessage fromJson(Map<String, Object?> json) {
final clientRequestTimeJson = json['clientRequestTime'];
final clientRequestTime = clientRequestTimeJson as int?;
final errorJson = json['error'];
final error = errorJson != null
? ResponseError.fromJson(errorJson as Map<String, Object?>)
: null;
final idJson = json['id'];
final id = idJson == null ? null : _eitherIntString(idJson);
final jsonrpcJson = json['jsonrpc'];
final jsonrpc = jsonrpcJson as String;
final resultJson = json['result'];
final result = resultJson;
return ResponseMessage(
clientRequestTime: clientRequestTime,
error: error,
id: id,
jsonrpc: jsonrpc,
result: result,
);
}
}
/// Information about a Save URI argument needed by the command.
class SaveUriCommandParameter implements CommandParameter, ToJsonable {
static const jsonHandler = LspJsonHandler(
SaveUriCommandParameter.canParse,
SaveUriCommandParameter.fromJson,
);
/// A label for the file dialogs action button.
final String actionLabel;
/// An optional default URI for the parameter.
@override
final String? defaultValue;
/// A set of file filters for a file dialog. Keys of the map are textual names
/// ("Dart") and the value is a list of file extensions (["dart"]).
final Map<String, List<String>>? filters;
@override
final String kind;
/// A human-readable label to be displayed in the UI affordance used to prompt
/// the user for the value of the parameter.
@override
final String parameterLabel;
/// A title that may be displayed on a file dialog.
final String parameterTitle;
SaveUriCommandParameter({
required this.actionLabel,
this.defaultValue,
this.filters,
this.kind = 'saveUri',
required this.parameterLabel,
required this.parameterTitle,
}) {
if (kind != 'saveUri') {
throw 'kind may only be the literal \'saveUri\'';
}
}
@override
int get hashCode => Object.hash(
actionLabel,
defaultValue,
lspHashCode(filters),
kind,
parameterLabel,
parameterTitle,
);
@override
bool operator ==(Object other) {
return other is SaveUriCommandParameter &&
other.runtimeType == SaveUriCommandParameter &&
actionLabel == other.actionLabel &&
defaultValue == other.defaultValue &&
const DeepCollectionEquality().equals(filters, other.filters) &&
kind == other.kind &&
parameterLabel == other.parameterLabel &&
parameterTitle == other.parameterTitle;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['actionLabel'] = actionLabel;
if (defaultValue != null) {
result['defaultValue'] = defaultValue;
}
if (filters != null) {
result['filters'] = filters;
}
result['kind'] = kind;
result['parameterLabel'] = parameterLabel;
result['parameterTitle'] = parameterTitle;
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseString(obj, reporter, 'actionLabel',
allowsUndefined: false, allowsNull: false)) {
return false;
}
if (!_canParseString(obj, reporter, 'defaultValue',
allowsUndefined: true, allowsNull: true)) {
return false;
}
if (!_canParseMapStringListString(obj, reporter, 'filters',
allowsUndefined: true, allowsNull: true)) {
return false;
}
if (!_canParseLiteral(obj, reporter, 'kind',
allowsUndefined: false, allowsNull: false, literal: 'saveUri')) {
return false;
}
if (!_canParseString(obj, reporter, 'parameterLabel',
allowsUndefined: false, allowsNull: false)) {
return false;
}
return _canParseString(obj, reporter, 'parameterTitle',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type SaveUriCommandParameter');
return false;
}
}
static SaveUriCommandParameter fromJson(Map<String, Object?> json) {
final actionLabelJson = json['actionLabel'];
final actionLabel = actionLabelJson as String;
final defaultValueJson = json['defaultValue'];
final defaultValue = defaultValueJson as String?;
final filtersJson = json['filters'];
final filters = (filtersJson as Map<Object, Object?>?)?.map((key, value) =>
MapEntry(key as String,
(value as List<Object?>).map((item) => item as String).toList()));
final kindJson = json['kind'];
final kind = kindJson as String;
final parameterLabelJson = json['parameterLabel'];
final parameterLabel = parameterLabelJson as String;
final parameterTitleJson = json['parameterTitle'];
final parameterTitle = parameterTitleJson as String;
return SaveUriCommandParameter(
actionLabel: actionLabel,
defaultValue: defaultValue,
filters: filters,
kind: kind,
parameterLabel: parameterLabel,
parameterTitle: parameterTitle,
);
}
}
class TypeHierarchyItemInfo implements ToJsonable {
static const jsonHandler = LspJsonHandler(
TypeHierarchyItemInfo.canParse,
TypeHierarchyItemInfo.fromJson,
);
/// The ElementLocation for this element, used to re-locate the element when
/// subtypes/supertypes are fetched later.
final String ref;
TypeHierarchyItemInfo({
required this.ref,
});
@override
int get hashCode => ref.hashCode;
@override
bool operator ==(Object other) {
return other is TypeHierarchyItemInfo &&
other.runtimeType == TypeHierarchyItemInfo &&
ref == other.ref;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['ref'] = ref;
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
return _canParseString(obj, reporter, 'ref',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type TypeHierarchyItemInfo');
return false;
}
}
static TypeHierarchyItemInfo fromJson(Map<String, Object?> json) {
final refJson = json['ref'];
final ref = refJson as String;
return TypeHierarchyItemInfo(
ref: ref,
);
}
}
class ValidateRefactorResult implements ToJsonable {
static const jsonHandler = LspJsonHandler(
ValidateRefactorResult.canParse,
ValidateRefactorResult.fromJson,
);
final String? message;
final bool valid;
ValidateRefactorResult({
this.message,
required this.valid,
});
@override
int get hashCode => Object.hash(
message,
valid,
);
@override
bool operator ==(Object other) {
return other is ValidateRefactorResult &&
other.runtimeType == ValidateRefactorResult &&
message == other.message &&
valid == other.valid;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
if (message != null) {
result['message'] = message;
}
result['valid'] = valid;
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseString(obj, reporter, 'message',
allowsUndefined: true, allowsNull: false)) {
return false;
}
return _canParseBool(obj, reporter, 'valid',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type ValidateRefactorResult');
return false;
}
}
static ValidateRefactorResult fromJson(Map<String, Object?> json) {
final messageJson = json['message'];
final message = messageJson as String?;
final validJson = json['valid'];
final valid = validJson as bool;
return ValidateRefactorResult(
message: message,
valid: valid,
);
}
}
/// The severity of a violation of a validator.
class ValidationSeverity implements ToJsonable {
/// An error message that prevents submission of the value.
static const Error = ValidationSeverity(3);
/// An informational message that does not block submission of the value.
static const Info = ValidationSeverity(1);
/// A warning message that does not block submission of the value.
static const Warning = ValidationSeverity(2);
final int _value;
const ValidationSeverity(this._value);
const ValidationSeverity.fromJson(this._value);
@override
int get hashCode => _value.hashCode;
@override
bool operator ==(Object other) =>
other is ValidationSeverity && other._value == _value;
@override
int toJson() => _value;
@override
String toString() => _value.toString();
static bool canParse(Object? obj, LspJsonReporter reporter) => obj is int;
}
class Validator implements ToJsonable {
static const jsonHandler = LspJsonHandler(
Validator.canParse,
Validator.fromJson,
);
/// The message to show if the answer fails this validator.
final String message;
/// The severity of a violation of this validator.
final ValidationSeverity severity;
Validator({
required this.message,
required this.severity,
});
@override
int get hashCode => Object.hash(
message,
severity,
);
@override
bool operator ==(Object other) {
return other is Validator &&
other.runtimeType == Validator &&
message == other.message &&
severity == other.severity;
}
@override
Map<String, Object?> toJson() {
var result = <String, Object?>{};
result['message'] = message;
result['severity'] = severity.toJson();
return result;
}
@override
String toString() => jsonEncoder.convert(toJson());
static bool canParse(Object? obj, LspJsonReporter reporter) {
if (obj is Map<String, Object?>) {
if (!_canParseString(obj, reporter, 'message',
allowsUndefined: false, allowsNull: false)) {
return false;
}
return _canParseValidationSeverity(obj, reporter, 'severity',
allowsUndefined: false, allowsNull: false);
} else {
reporter.reportError('must be of type Validator');
return false;
}
}
static Validator fromJson(Map<String, Object?> json) {
if (RegexValidator.canParse(json, nullLspJsonReporter)) {
return RegexValidator.fromJson(json);
}
final messageJson = json['message'];
final message = messageJson as String;
final severityJson = json['severity'];
final severity = ValidationSeverity.fromJson(severityJson as int);
return Validator(
message: message,
severity: severity,
);
}
}