generated/googleapis/test/tpu/v1_test.dart

// ignore_for_file: camel_case_types
// ignore_for_file: comment_references
// ignore_for_file: file_names
// ignore_for_file: library_names
// ignore_for_file: lines_longer_than_80_chars
// ignore_for_file: non_constant_identifier_names
// ignore_for_file: prefer_expression_function_bodies
// ignore_for_file: prefer_final_locals
// ignore_for_file: prefer_interpolation_to_compose_strings
// ignore_for_file: unnecessary_brace_in_string_interps
// ignore_for_file: unnecessary_cast
// ignore_for_file: unnecessary_lambdas
// ignore_for_file: unnecessary_parenthesis
// ignore_for_file: unnecessary_string_interpolations
// ignore_for_file: avoid_returning_null
// ignore_for_file: cascade_invocations
// ignore_for_file: prefer_single_quotes
// ignore_for_file: unused_local_variable

import 'dart:async' as async;
import 'dart:convert' as convert;
import 'dart:core' as core;

import 'package:http/http.dart' as http;
import 'package:test/test.dart' as unittest;
import 'package:googleapis/tpu/v1.dart' as api;

import '../test_shared.dart';

core.int buildCounterAcceleratorType = 0;
api.AcceleratorType buildAcceleratorType() {
  var o = api.AcceleratorType();
  buildCounterAcceleratorType++;
  if (buildCounterAcceleratorType < 3) {
    o.name = 'foo';
    o.type = 'foo';
  }
  buildCounterAcceleratorType--;
  return o;
}

void checkAcceleratorType(api.AcceleratorType o) {
  buildCounterAcceleratorType++;
  if (buildCounterAcceleratorType < 3) {
    unittest.expect(o.name, unittest.equals('foo'));
    unittest.expect(o.type, unittest.equals('foo'));
  }
  buildCounterAcceleratorType--;
}

core.int buildCounterEmpty = 0;
api.Empty buildEmpty() {
  var o = api.Empty();
  buildCounterEmpty++;
  if (buildCounterEmpty < 3) {}
  buildCounterEmpty--;
  return o;
}

void checkEmpty(api.Empty o) {
  buildCounterEmpty++;
  if (buildCounterEmpty < 3) {}
  buildCounterEmpty--;
}

core.List<api.AcceleratorType> buildUnnamed5424() {
  var o = <api.AcceleratorType>[];
  o.add(buildAcceleratorType());
  o.add(buildAcceleratorType());
  return o;
}

void checkUnnamed5424(core.List<api.AcceleratorType> o) {
  unittest.expect(o, unittest.hasLength(2));
  checkAcceleratorType(o[0] as api.AcceleratorType);
  checkAcceleratorType(o[1] as api.AcceleratorType);
}

core.List<core.String> buildUnnamed5425() {
  var o = <core.String>[];
  o.add('foo');
  o.add('foo');
  return o;
}

void checkUnnamed5425(core.List<core.String> o) {
  unittest.expect(o, unittest.hasLength(2));
  unittest.expect(o[0], unittest.equals('foo'));
  unittest.expect(o[1], unittest.equals('foo'));
}

core.int buildCounterListAcceleratorTypesResponse = 0;
api.ListAcceleratorTypesResponse buildListAcceleratorTypesResponse() {
  var o = api.ListAcceleratorTypesResponse();
  buildCounterListAcceleratorTypesResponse++;
  if (buildCounterListAcceleratorTypesResponse < 3) {
    o.acceleratorTypes = buildUnnamed5424();
    o.nextPageToken = 'foo';
    o.unreachable = buildUnnamed5425();
  }
  buildCounterListAcceleratorTypesResponse--;
  return o;
}

void checkListAcceleratorTypesResponse(api.ListAcceleratorTypesResponse o) {
  buildCounterListAcceleratorTypesResponse++;
  if (buildCounterListAcceleratorTypesResponse < 3) {
    checkUnnamed5424(o.acceleratorTypes);
    unittest.expect(o.nextPageToken, unittest.equals('foo'));
    checkUnnamed5425(o.unreachable);
  }
  buildCounterListAcceleratorTypesResponse--;
}

core.List<api.Location> buildUnnamed5426() {
  var o = <api.Location>[];
  o.add(buildLocation());
  o.add(buildLocation());
  return o;
}

void checkUnnamed5426(core.List<api.Location> o) {
  unittest.expect(o, unittest.hasLength(2));
  checkLocation(o[0] as api.Location);
  checkLocation(o[1] as api.Location);
}

core.int buildCounterListLocationsResponse = 0;
api.ListLocationsResponse buildListLocationsResponse() {
  var o = api.ListLocationsResponse();
  buildCounterListLocationsResponse++;
  if (buildCounterListLocationsResponse < 3) {
    o.locations = buildUnnamed5426();
    o.nextPageToken = 'foo';
  }
  buildCounterListLocationsResponse--;
  return o;
}

void checkListLocationsResponse(api.ListLocationsResponse o) {
  buildCounterListLocationsResponse++;
  if (buildCounterListLocationsResponse < 3) {
    checkUnnamed5426(o.locations);
    unittest.expect(o.nextPageToken, unittest.equals('foo'));
  }
  buildCounterListLocationsResponse--;
}

core.List<api.Node> buildUnnamed5427() {
  var o = <api.Node>[];
  o.add(buildNode());
  o.add(buildNode());
  return o;
}

void checkUnnamed5427(core.List<api.Node> o) {
  unittest.expect(o, unittest.hasLength(2));
  checkNode(o[0] as api.Node);
  checkNode(o[1] as api.Node);
}

core.List<core.String> buildUnnamed5428() {
  var o = <core.String>[];
  o.add('foo');
  o.add('foo');
  return o;
}

void checkUnnamed5428(core.List<core.String> o) {
  unittest.expect(o, unittest.hasLength(2));
  unittest.expect(o[0], unittest.equals('foo'));
  unittest.expect(o[1], unittest.equals('foo'));
}

core.int buildCounterListNodesResponse = 0;
api.ListNodesResponse buildListNodesResponse() {
  var o = api.ListNodesResponse();
  buildCounterListNodesResponse++;
  if (buildCounterListNodesResponse < 3) {
    o.nextPageToken = 'foo';
    o.nodes = buildUnnamed5427();
    o.unreachable = buildUnnamed5428();
  }
  buildCounterListNodesResponse--;
  return o;
}

void checkListNodesResponse(api.ListNodesResponse o) {
  buildCounterListNodesResponse++;
  if (buildCounterListNodesResponse < 3) {
    unittest.expect(o.nextPageToken, unittest.equals('foo'));
    checkUnnamed5427(o.nodes);
    checkUnnamed5428(o.unreachable);
  }
  buildCounterListNodesResponse--;
}

core.List<api.Operation> buildUnnamed5429() {
  var o = <api.Operation>[];
  o.add(buildOperation());
  o.add(buildOperation());
  return o;
}

void checkUnnamed5429(core.List<api.Operation> o) {
  unittest.expect(o, unittest.hasLength(2));
  checkOperation(o[0] as api.Operation);
  checkOperation(o[1] as api.Operation);
}

core.int buildCounterListOperationsResponse = 0;
api.ListOperationsResponse buildListOperationsResponse() {
  var o = api.ListOperationsResponse();
  buildCounterListOperationsResponse++;
  if (buildCounterListOperationsResponse < 3) {
    o.nextPageToken = 'foo';
    o.operations = buildUnnamed5429();
  }
  buildCounterListOperationsResponse--;
  return o;
}

void checkListOperationsResponse(api.ListOperationsResponse o) {
  buildCounterListOperationsResponse++;
  if (buildCounterListOperationsResponse < 3) {
    unittest.expect(o.nextPageToken, unittest.equals('foo'));
    checkUnnamed5429(o.operations);
  }
  buildCounterListOperationsResponse--;
}

core.List<api.TensorFlowVersion> buildUnnamed5430() {
  var o = <api.TensorFlowVersion>[];
  o.add(buildTensorFlowVersion());
  o.add(buildTensorFlowVersion());
  return o;
}

void checkUnnamed5430(core.List<api.TensorFlowVersion> o) {
  unittest.expect(o, unittest.hasLength(2));
  checkTensorFlowVersion(o[0] as api.TensorFlowVersion);
  checkTensorFlowVersion(o[1] as api.TensorFlowVersion);
}

core.List<core.String> buildUnnamed5431() {
  var o = <core.String>[];
  o.add('foo');
  o.add('foo');
  return o;
}

void checkUnnamed5431(core.List<core.String> o) {
  unittest.expect(o, unittest.hasLength(2));
  unittest.expect(o[0], unittest.equals('foo'));
  unittest.expect(o[1], unittest.equals('foo'));
}

core.int buildCounterListTensorFlowVersionsResponse = 0;
api.ListTensorFlowVersionsResponse buildListTensorFlowVersionsResponse() {
  var o = api.ListTensorFlowVersionsResponse();
  buildCounterListTensorFlowVersionsResponse++;
  if (buildCounterListTensorFlowVersionsResponse < 3) {
    o.nextPageToken = 'foo';
    o.tensorflowVersions = buildUnnamed5430();
    o.unreachable = buildUnnamed5431();
  }
  buildCounterListTensorFlowVersionsResponse--;
  return o;
}

void checkListTensorFlowVersionsResponse(api.ListTensorFlowVersionsResponse o) {
  buildCounterListTensorFlowVersionsResponse++;
  if (buildCounterListTensorFlowVersionsResponse < 3) {
    unittest.expect(o.nextPageToken, unittest.equals('foo'));
    checkUnnamed5430(o.tensorflowVersions);
    checkUnnamed5431(o.unreachable);
  }
  buildCounterListTensorFlowVersionsResponse--;
}

core.Map<core.String, core.String> buildUnnamed5432() {
  var o = <core.String, core.String>{};
  o['x'] = 'foo';
  o['y'] = 'foo';
  return o;
}

void checkUnnamed5432(core.Map<core.String, core.String> o) {
  unittest.expect(o, unittest.hasLength(2));
  unittest.expect(o['x'], unittest.equals('foo'));
  unittest.expect(o['y'], unittest.equals('foo'));
}

core.Map<core.String, core.Object> buildUnnamed5433() {
  var o = <core.String, core.Object>{};
  o['x'] = {
    'list': [1, 2, 3],
    'bool': true,
    'string': 'foo'
  };
  o['y'] = {
    'list': [1, 2, 3],
    'bool': true,
    'string': 'foo'
  };
  return o;
}

void checkUnnamed5433(core.Map<core.String, core.Object> o) {
  unittest.expect(o, unittest.hasLength(2));
  var casted1 = (o['x']) as core.Map;
  unittest.expect(casted1, unittest.hasLength(3));
  unittest.expect(casted1['list'], unittest.equals([1, 2, 3]));
  unittest.expect(casted1['bool'], unittest.equals(true));
  unittest.expect(casted1['string'], unittest.equals('foo'));
  var casted2 = (o['y']) as core.Map;
  unittest.expect(casted2, unittest.hasLength(3));
  unittest.expect(casted2['list'], unittest.equals([1, 2, 3]));
  unittest.expect(casted2['bool'], unittest.equals(true));
  unittest.expect(casted2['string'], unittest.equals('foo'));
}

core.int buildCounterLocation = 0;
api.Location buildLocation() {
  var o = api.Location();
  buildCounterLocation++;
  if (buildCounterLocation < 3) {
    o.displayName = 'foo';
    o.labels = buildUnnamed5432();
    o.locationId = 'foo';
    o.metadata = buildUnnamed5433();
    o.name = 'foo';
  }
  buildCounterLocation--;
  return o;
}

void checkLocation(api.Location o) {
  buildCounterLocation++;
  if (buildCounterLocation < 3) {
    unittest.expect(o.displayName, unittest.equals('foo'));
    checkUnnamed5432(o.labels);
    unittest.expect(o.locationId, unittest.equals('foo'));
    checkUnnamed5433(o.metadata);
    unittest.expect(o.name, unittest.equals('foo'));
  }
  buildCounterLocation--;
}

core.int buildCounterNetworkEndpoint = 0;
api.NetworkEndpoint buildNetworkEndpoint() {
  var o = api.NetworkEndpoint();
  buildCounterNetworkEndpoint++;
  if (buildCounterNetworkEndpoint < 3) {
    o.ipAddress = 'foo';
    o.port = 42;
  }
  buildCounterNetworkEndpoint--;
  return o;
}

void checkNetworkEndpoint(api.NetworkEndpoint o) {
  buildCounterNetworkEndpoint++;
  if (buildCounterNetworkEndpoint < 3) {
    unittest.expect(o.ipAddress, unittest.equals('foo'));
    unittest.expect(o.port, unittest.equals(42));
  }
  buildCounterNetworkEndpoint--;
}

core.Map<core.String, core.String> buildUnnamed5434() {
  var o = <core.String, core.String>{};
  o['x'] = 'foo';
  o['y'] = 'foo';
  return o;
}

void checkUnnamed5434(core.Map<core.String, core.String> o) {
  unittest.expect(o, unittest.hasLength(2));
  unittest.expect(o['x'], unittest.equals('foo'));
  unittest.expect(o['y'], unittest.equals('foo'));
}

core.List<api.NetworkEndpoint> buildUnnamed5435() {
  var o = <api.NetworkEndpoint>[];
  o.add(buildNetworkEndpoint());
  o.add(buildNetworkEndpoint());
  return o;
}

void checkUnnamed5435(core.List<api.NetworkEndpoint> o) {
  unittest.expect(o, unittest.hasLength(2));
  checkNetworkEndpoint(o[0] as api.NetworkEndpoint);
  checkNetworkEndpoint(o[1] as api.NetworkEndpoint);
}

core.List<api.Symptom> buildUnnamed5436() {
  var o = <api.Symptom>[];
  o.add(buildSymptom());
  o.add(buildSymptom());
  return o;
}

void checkUnnamed5436(core.List<api.Symptom> o) {
  unittest.expect(o, unittest.hasLength(2));
  checkSymptom(o[0] as api.Symptom);
  checkSymptom(o[1] as api.Symptom);
}

core.int buildCounterNode = 0;
api.Node buildNode() {
  var o = api.Node();
  buildCounterNode++;
  if (buildCounterNode < 3) {
    o.acceleratorType = 'foo';
    o.cidrBlock = 'foo';
    o.createTime = 'foo';
    o.description = 'foo';
    o.health = 'foo';
    o.healthDescription = 'foo';
    o.ipAddress = 'foo';
    o.labels = buildUnnamed5434();
    o.name = 'foo';
    o.network = 'foo';
    o.networkEndpoints = buildUnnamed5435();
    o.port = 'foo';
    o.schedulingConfig = buildSchedulingConfig();
    o.serviceAccount = 'foo';
    o.state = 'foo';
    o.symptoms = buildUnnamed5436();
    o.tensorflowVersion = 'foo';
    o.useServiceNetworking = true;
  }
  buildCounterNode--;
  return o;
}

void checkNode(api.Node o) {
  buildCounterNode++;
  if (buildCounterNode < 3) {
    unittest.expect(o.acceleratorType, unittest.equals('foo'));
    unittest.expect(o.cidrBlock, unittest.equals('foo'));
    unittest.expect(o.createTime, unittest.equals('foo'));
    unittest.expect(o.description, unittest.equals('foo'));
    unittest.expect(o.health, unittest.equals('foo'));
    unittest.expect(o.healthDescription, unittest.equals('foo'));
    unittest.expect(o.ipAddress, unittest.equals('foo'));
    checkUnnamed5434(o.labels);
    unittest.expect(o.name, unittest.equals('foo'));
    unittest.expect(o.network, unittest.equals('foo'));
    checkUnnamed5435(o.networkEndpoints);
    unittest.expect(o.port, unittest.equals('foo'));
    checkSchedulingConfig(o.schedulingConfig as api.SchedulingConfig);
    unittest.expect(o.serviceAccount, unittest.equals('foo'));
    unittest.expect(o.state, unittest.equals('foo'));
    checkUnnamed5436(o.symptoms);
    unittest.expect(o.tensorflowVersion, unittest.equals('foo'));
    unittest.expect(o.useServiceNetworking, unittest.isTrue);
  }
  buildCounterNode--;
}

core.Map<core.String, core.Object> buildUnnamed5437() {
  var o = <core.String, core.Object>{};
  o['x'] = {
    'list': [1, 2, 3],
    'bool': true,
    'string': 'foo'
  };
  o['y'] = {
    'list': [1, 2, 3],
    'bool': true,
    'string': 'foo'
  };
  return o;
}

void checkUnnamed5437(core.Map<core.String, core.Object> o) {
  unittest.expect(o, unittest.hasLength(2));
  var casted3 = (o['x']) as core.Map;
  unittest.expect(casted3, unittest.hasLength(3));
  unittest.expect(casted3['list'], unittest.equals([1, 2, 3]));
  unittest.expect(casted3['bool'], unittest.equals(true));
  unittest.expect(casted3['string'], unittest.equals('foo'));
  var casted4 = (o['y']) as core.Map;
  unittest.expect(casted4, unittest.hasLength(3));
  unittest.expect(casted4['list'], unittest.equals([1, 2, 3]));
  unittest.expect(casted4['bool'], unittest.equals(true));
  unittest.expect(casted4['string'], unittest.equals('foo'));
}

core.Map<core.String, core.Object> buildUnnamed5438() {
  var o = <core.String, core.Object>{};
  o['x'] = {
    'list': [1, 2, 3],
    'bool': true,
    'string': 'foo'
  };
  o['y'] = {
    'list': [1, 2, 3],
    'bool': true,
    'string': 'foo'
  };
  return o;
}

void checkUnnamed5438(core.Map<core.String, core.Object> o) {
  unittest.expect(o, unittest.hasLength(2));
  var casted5 = (o['x']) as core.Map;
  unittest.expect(casted5, unittest.hasLength(3));
  unittest.expect(casted5['list'], unittest.equals([1, 2, 3]));
  unittest.expect(casted5['bool'], unittest.equals(true));
  unittest.expect(casted5['string'], unittest.equals('foo'));
  var casted6 = (o['y']) as core.Map;
  unittest.expect(casted6, unittest.hasLength(3));
  unittest.expect(casted6['list'], unittest.equals([1, 2, 3]));
  unittest.expect(casted6['bool'], unittest.equals(true));
  unittest.expect(casted6['string'], unittest.equals('foo'));
}

core.int buildCounterOperation = 0;
api.Operation buildOperation() {
  var o = api.Operation();
  buildCounterOperation++;
  if (buildCounterOperation < 3) {
    o.done = true;
    o.error = buildStatus();
    o.metadata = buildUnnamed5437();
    o.name = 'foo';
    o.response = buildUnnamed5438();
  }
  buildCounterOperation--;
  return o;
}

void checkOperation(api.Operation o) {
  buildCounterOperation++;
  if (buildCounterOperation < 3) {
    unittest.expect(o.done, unittest.isTrue);
    checkStatus(o.error as api.Status);
    checkUnnamed5437(o.metadata);
    unittest.expect(o.name, unittest.equals('foo'));
    checkUnnamed5438(o.response);
  }
  buildCounterOperation--;
}

core.int buildCounterOperationMetadata = 0;
api.OperationMetadata buildOperationMetadata() {
  var o = api.OperationMetadata();
  buildCounterOperationMetadata++;
  if (buildCounterOperationMetadata < 3) {
    o.apiVersion = 'foo';
    o.cancelRequested = true;
    o.createTime = 'foo';
    o.endTime = 'foo';
    o.statusDetail = 'foo';
    o.target = 'foo';
    o.verb = 'foo';
  }
  buildCounterOperationMetadata--;
  return o;
}

void checkOperationMetadata(api.OperationMetadata o) {
  buildCounterOperationMetadata++;
  if (buildCounterOperationMetadata < 3) {
    unittest.expect(o.apiVersion, unittest.equals('foo'));
    unittest.expect(o.cancelRequested, unittest.isTrue);
    unittest.expect(o.createTime, unittest.equals('foo'));
    unittest.expect(o.endTime, unittest.equals('foo'));
    unittest.expect(o.statusDetail, unittest.equals('foo'));
    unittest.expect(o.target, unittest.equals('foo'));
    unittest.expect(o.verb, unittest.equals('foo'));
  }
  buildCounterOperationMetadata--;
}

core.int buildCounterReimageNodeRequest = 0;
api.ReimageNodeRequest buildReimageNodeRequest() {
  var o = api.ReimageNodeRequest();
  buildCounterReimageNodeRequest++;
  if (buildCounterReimageNodeRequest < 3) {
    o.tensorflowVersion = 'foo';
  }
  buildCounterReimageNodeRequest--;
  return o;
}

void checkReimageNodeRequest(api.ReimageNodeRequest o) {
  buildCounterReimageNodeRequest++;
  if (buildCounterReimageNodeRequest < 3) {
    unittest.expect(o.tensorflowVersion, unittest.equals('foo'));
  }
  buildCounterReimageNodeRequest--;
}

core.int buildCounterSchedulingConfig = 0;
api.SchedulingConfig buildSchedulingConfig() {
  var o = api.SchedulingConfig();
  buildCounterSchedulingConfig++;
  if (buildCounterSchedulingConfig < 3) {
    o.preemptible = true;
    o.reserved = true;
  }
  buildCounterSchedulingConfig--;
  return o;
}

void checkSchedulingConfig(api.SchedulingConfig o) {
  buildCounterSchedulingConfig++;
  if (buildCounterSchedulingConfig < 3) {
    unittest.expect(o.preemptible, unittest.isTrue);
    unittest.expect(o.reserved, unittest.isTrue);
  }
  buildCounterSchedulingConfig--;
}

core.int buildCounterStartNodeRequest = 0;
api.StartNodeRequest buildStartNodeRequest() {
  var o = api.StartNodeRequest();
  buildCounterStartNodeRequest++;
  if (buildCounterStartNodeRequest < 3) {}
  buildCounterStartNodeRequest--;
  return o;
}

void checkStartNodeRequest(api.StartNodeRequest o) {
  buildCounterStartNodeRequest++;
  if (buildCounterStartNodeRequest < 3) {}
  buildCounterStartNodeRequest--;
}

core.Map<core.String, core.Object> buildUnnamed5439() {
  var o = <core.String, core.Object>{};
  o['x'] = {
    'list': [1, 2, 3],
    'bool': true,
    'string': 'foo'
  };
  o['y'] = {
    'list': [1, 2, 3],
    'bool': true,
    'string': 'foo'
  };
  return o;
}

void checkUnnamed5439(core.Map<core.String, core.Object> o) {
  unittest.expect(o, unittest.hasLength(2));
  var casted7 = (o['x']) as core.Map;
  unittest.expect(casted7, unittest.hasLength(3));
  unittest.expect(casted7['list'], unittest.equals([1, 2, 3]));
  unittest.expect(casted7['bool'], unittest.equals(true));
  unittest.expect(casted7['string'], unittest.equals('foo'));
  var casted8 = (o['y']) as core.Map;
  unittest.expect(casted8, unittest.hasLength(3));
  unittest.expect(casted8['list'], unittest.equals([1, 2, 3]));
  unittest.expect(casted8['bool'], unittest.equals(true));
  unittest.expect(casted8['string'], unittest.equals('foo'));
}

core.List<core.Map<core.String, core.Object>> buildUnnamed5440() {
  var o = <core.Map<core.String, core.Object>>[];
  o.add(buildUnnamed5439());
  o.add(buildUnnamed5439());
  return o;
}

void checkUnnamed5440(core.List<core.Map<core.String, core.Object>> o) {
  unittest.expect(o, unittest.hasLength(2));
  checkUnnamed5439(o[0]);
  checkUnnamed5439(o[1]);
}

core.int buildCounterStatus = 0;
api.Status buildStatus() {
  var o = api.Status();
  buildCounterStatus++;
  if (buildCounterStatus < 3) {
    o.code = 42;
    o.details = buildUnnamed5440();
    o.message = 'foo';
  }
  buildCounterStatus--;
  return o;
}

void checkStatus(api.Status o) {
  buildCounterStatus++;
  if (buildCounterStatus < 3) {
    unittest.expect(o.code, unittest.equals(42));
    checkUnnamed5440(o.details);
    unittest.expect(o.message, unittest.equals('foo'));
  }
  buildCounterStatus--;
}

core.int buildCounterStopNodeRequest = 0;
api.StopNodeRequest buildStopNodeRequest() {
  var o = api.StopNodeRequest();
  buildCounterStopNodeRequest++;
  if (buildCounterStopNodeRequest < 3) {}
  buildCounterStopNodeRequest--;
  return o;
}

void checkStopNodeRequest(api.StopNodeRequest o) {
  buildCounterStopNodeRequest++;
  if (buildCounterStopNodeRequest < 3) {}
  buildCounterStopNodeRequest--;
}

core.int buildCounterSymptom = 0;
api.Symptom buildSymptom() {
  var o = api.Symptom();
  buildCounterSymptom++;
  if (buildCounterSymptom < 3) {
    o.createTime = 'foo';
    o.details = 'foo';
    o.symptomType = 'foo';
    o.workerId = 'foo';
  }
  buildCounterSymptom--;
  return o;
}

void checkSymptom(api.Symptom o) {
  buildCounterSymptom++;
  if (buildCounterSymptom < 3) {
    unittest.expect(o.createTime, unittest.equals('foo'));
    unittest.expect(o.details, unittest.equals('foo'));
    unittest.expect(o.symptomType, unittest.equals('foo'));
    unittest.expect(o.workerId, unittest.equals('foo'));
  }
  buildCounterSymptom--;
}

core.int buildCounterTensorFlowVersion = 0;
api.TensorFlowVersion buildTensorFlowVersion() {
  var o = api.TensorFlowVersion();
  buildCounterTensorFlowVersion++;
  if (buildCounterTensorFlowVersion < 3) {
    o.name = 'foo';
    o.version = 'foo';
  }
  buildCounterTensorFlowVersion--;
  return o;
}

void checkTensorFlowVersion(api.TensorFlowVersion o) {
  buildCounterTensorFlowVersion++;
  if (buildCounterTensorFlowVersion < 3) {
    unittest.expect(o.name, unittest.equals('foo'));
    unittest.expect(o.version, unittest.equals('foo'));
  }
  buildCounterTensorFlowVersion--;
}

void main() {
  unittest.group('obj-schema-AcceleratorType', () {
    unittest.test('to-json--from-json', () {
      var o = buildAcceleratorType();
      var od = api.AcceleratorType.fromJson(o.toJson());
      checkAcceleratorType(od as api.AcceleratorType);
    });
  });

  unittest.group('obj-schema-Empty', () {
    unittest.test('to-json--from-json', () {
      var o = buildEmpty();
      var od = api.Empty.fromJson(o.toJson());
      checkEmpty(od as api.Empty);
    });
  });

  unittest.group('obj-schema-ListAcceleratorTypesResponse', () {
    unittest.test('to-json--from-json', () {
      var o = buildListAcceleratorTypesResponse();
      var od = api.ListAcceleratorTypesResponse.fromJson(o.toJson());
      checkListAcceleratorTypesResponse(od as api.ListAcceleratorTypesResponse);
    });
  });

  unittest.group('obj-schema-ListLocationsResponse', () {
    unittest.test('to-json--from-json', () {
      var o = buildListLocationsResponse();
      var od = api.ListLocationsResponse.fromJson(o.toJson());
      checkListLocationsResponse(od as api.ListLocationsResponse);
    });
  });

  unittest.group('obj-schema-ListNodesResponse', () {
    unittest.test('to-json--from-json', () {
      var o = buildListNodesResponse();
      var od = api.ListNodesResponse.fromJson(o.toJson());
      checkListNodesResponse(od as api.ListNodesResponse);
    });
  });

  unittest.group('obj-schema-ListOperationsResponse', () {
    unittest.test('to-json--from-json', () {
      var o = buildListOperationsResponse();
      var od = api.ListOperationsResponse.fromJson(o.toJson());
      checkListOperationsResponse(od as api.ListOperationsResponse);
    });
  });

  unittest.group('obj-schema-ListTensorFlowVersionsResponse', () {
    unittest.test('to-json--from-json', () {
      var o = buildListTensorFlowVersionsResponse();
      var od = api.ListTensorFlowVersionsResponse.fromJson(o.toJson());
      checkListTensorFlowVersionsResponse(
          od as api.ListTensorFlowVersionsResponse);
    });
  });

  unittest.group('obj-schema-Location', () {
    unittest.test('to-json--from-json', () {
      var o = buildLocation();
      var od = api.Location.fromJson(o.toJson());
      checkLocation(od as api.Location);
    });
  });

  unittest.group('obj-schema-NetworkEndpoint', () {
    unittest.test('to-json--from-json', () {
      var o = buildNetworkEndpoint();
      var od = api.NetworkEndpoint.fromJson(o.toJson());
      checkNetworkEndpoint(od as api.NetworkEndpoint);
    });
  });

  unittest.group('obj-schema-Node', () {
    unittest.test('to-json--from-json', () {
      var o = buildNode();
      var od = api.Node.fromJson(o.toJson());
      checkNode(od as api.Node);
    });
  });

  unittest.group('obj-schema-Operation', () {
    unittest.test('to-json--from-json', () {
      var o = buildOperation();
      var od = api.Operation.fromJson(o.toJson());
      checkOperation(od as api.Operation);
    });
  });

  unittest.group('obj-schema-OperationMetadata', () {
    unittest.test('to-json--from-json', () {
      var o = buildOperationMetadata();
      var od = api.OperationMetadata.fromJson(o.toJson());
      checkOperationMetadata(od as api.OperationMetadata);
    });
  });

  unittest.group('obj-schema-ReimageNodeRequest', () {
    unittest.test('to-json--from-json', () {
      var o = buildReimageNodeRequest();
      var od = api.ReimageNodeRequest.fromJson(o.toJson());
      checkReimageNodeRequest(od as api.ReimageNodeRequest);
    });
  });

  unittest.group('obj-schema-SchedulingConfig', () {
    unittest.test('to-json--from-json', () {
      var o = buildSchedulingConfig();
      var od = api.SchedulingConfig.fromJson(o.toJson());
      checkSchedulingConfig(od as api.SchedulingConfig);
    });
  });

  unittest.group('obj-schema-StartNodeRequest', () {
    unittest.test('to-json--from-json', () {
      var o = buildStartNodeRequest();
      var od = api.StartNodeRequest.fromJson(o.toJson());
      checkStartNodeRequest(od as api.StartNodeRequest);
    });
  });

  unittest.group('obj-schema-Status', () {
    unittest.test('to-json--from-json', () {
      var o = buildStatus();
      var od = api.Status.fromJson(o.toJson());
      checkStatus(od as api.Status);
    });
  });

  unittest.group('obj-schema-StopNodeRequest', () {
    unittest.test('to-json--from-json', () {
      var o = buildStopNodeRequest();
      var od = api.StopNodeRequest.fromJson(o.toJson());
      checkStopNodeRequest(od as api.StopNodeRequest);
    });
  });

  unittest.group('obj-schema-Symptom', () {
    unittest.test('to-json--from-json', () {
      var o = buildSymptom();
      var od = api.Symptom.fromJson(o.toJson());
      checkSymptom(od as api.Symptom);
    });
  });

  unittest.group('obj-schema-TensorFlowVersion', () {
    unittest.test('to-json--from-json', () {
      var o = buildTensorFlowVersion();
      var od = api.TensorFlowVersion.fromJson(o.toJson());
      checkTensorFlowVersion(od as api.TensorFlowVersion);
    });
  });

  unittest.group('resource-ProjectsLocationsResourceApi', () {
    unittest.test('method--get', () {
      var mock = HttpServerMock();
      var res = api.TpuApi(mock).projects.locations;
      var arg_name = 'foo';
      var arg_$fields = 'foo';
      mock.register(unittest.expectAsync2((http.BaseRequest req, json) {
        var path = (req.url).path;
        var pathOffset = 0;
        core.int index;
        core.String subPart;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 1), unittest.equals("/"));
        pathOffset += 1;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 3), unittest.equals("v1/"));
        pathOffset += 3;
        // NOTE: We cannot test reserved expansions due to the inability to reverse the operation;

        var query = (req.url).query;
        var queryOffset = 0;
        var queryMap = <core.String, core.List<core.String>>{};
        void addQueryParam(core.String n, core.String v) =>
            queryMap.putIfAbsent(n, () => []).add(v);

        if (query.isNotEmpty) {
          for (var part in query.split('&')) {
            var keyValue = part.split('=');
            addQueryParam(
              core.Uri.decodeQueryComponent(keyValue[0]),
              core.Uri.decodeQueryComponent(keyValue[1]),
            );
          }
        }
        unittest.expect(queryMap["fields"].first, unittest.equals(arg_$fields));

        var h = {
          'content-type': 'application/json; charset=utf-8',
        };
        var resp = convert.json.encode(buildLocation());
        return async.Future.value(stringResponse(200, h, resp));
      }), true);
      res
          .get(arg_name, $fields: arg_$fields)
          .then(unittest.expectAsync1(((response) {
        checkLocation(response as api.Location);
      })));
    });

    unittest.test('method--list', () {
      var mock = HttpServerMock();
      var res = api.TpuApi(mock).projects.locations;
      var arg_name = 'foo';
      var arg_filter = 'foo';
      var arg_pageSize = 42;
      var arg_pageToken = 'foo';
      var arg_$fields = 'foo';
      mock.register(unittest.expectAsync2((http.BaseRequest req, json) {
        var path = (req.url).path;
        var pathOffset = 0;
        core.int index;
        core.String subPart;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 1), unittest.equals("/"));
        pathOffset += 1;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 3), unittest.equals("v1/"));
        pathOffset += 3;
        // NOTE: We cannot test reserved expansions due to the inability to reverse the operation;

        var query = (req.url).query;
        var queryOffset = 0;
        var queryMap = <core.String, core.List<core.String>>{};
        void addQueryParam(core.String n, core.String v) =>
            queryMap.putIfAbsent(n, () => []).add(v);

        if (query.isNotEmpty) {
          for (var part in query.split('&')) {
            var keyValue = part.split('=');
            addQueryParam(
              core.Uri.decodeQueryComponent(keyValue[0]),
              core.Uri.decodeQueryComponent(keyValue[1]),
            );
          }
        }
        unittest.expect(queryMap["filter"].first, unittest.equals(arg_filter));
        unittest.expect(core.int.parse(queryMap["pageSize"].first),
            unittest.equals(arg_pageSize));
        unittest.expect(
            queryMap["pageToken"].first, unittest.equals(arg_pageToken));
        unittest.expect(queryMap["fields"].first, unittest.equals(arg_$fields));

        var h = {
          'content-type': 'application/json; charset=utf-8',
        };
        var resp = convert.json.encode(buildListLocationsResponse());
        return async.Future.value(stringResponse(200, h, resp));
      }), true);
      res
          .list(arg_name,
              filter: arg_filter,
              pageSize: arg_pageSize,
              pageToken: arg_pageToken,
              $fields: arg_$fields)
          .then(unittest.expectAsync1(((response) {
        checkListLocationsResponse(response as api.ListLocationsResponse);
      })));
    });
  });

  unittest.group('resource-ProjectsLocationsAcceleratorTypesResourceApi', () {
    unittest.test('method--get', () {
      var mock = HttpServerMock();
      var res = api.TpuApi(mock).projects.locations.acceleratorTypes;
      var arg_name = 'foo';
      var arg_$fields = 'foo';
      mock.register(unittest.expectAsync2((http.BaseRequest req, json) {
        var path = (req.url).path;
        var pathOffset = 0;
        core.int index;
        core.String subPart;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 1), unittest.equals("/"));
        pathOffset += 1;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 3), unittest.equals("v1/"));
        pathOffset += 3;
        // NOTE: We cannot test reserved expansions due to the inability to reverse the operation;

        var query = (req.url).query;
        var queryOffset = 0;
        var queryMap = <core.String, core.List<core.String>>{};
        void addQueryParam(core.String n, core.String v) =>
            queryMap.putIfAbsent(n, () => []).add(v);

        if (query.isNotEmpty) {
          for (var part in query.split('&')) {
            var keyValue = part.split('=');
            addQueryParam(
              core.Uri.decodeQueryComponent(keyValue[0]),
              core.Uri.decodeQueryComponent(keyValue[1]),
            );
          }
        }
        unittest.expect(queryMap["fields"].first, unittest.equals(arg_$fields));

        var h = {
          'content-type': 'application/json; charset=utf-8',
        };
        var resp = convert.json.encode(buildAcceleratorType());
        return async.Future.value(stringResponse(200, h, resp));
      }), true);
      res
          .get(arg_name, $fields: arg_$fields)
          .then(unittest.expectAsync1(((response) {
        checkAcceleratorType(response as api.AcceleratorType);
      })));
    });

    unittest.test('method--list', () {
      var mock = HttpServerMock();
      var res = api.TpuApi(mock).projects.locations.acceleratorTypes;
      var arg_parent = 'foo';
      var arg_filter = 'foo';
      var arg_orderBy = 'foo';
      var arg_pageSize = 42;
      var arg_pageToken = 'foo';
      var arg_$fields = 'foo';
      mock.register(unittest.expectAsync2((http.BaseRequest req, json) {
        var path = (req.url).path;
        var pathOffset = 0;
        core.int index;
        core.String subPart;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 1), unittest.equals("/"));
        pathOffset += 1;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 3), unittest.equals("v1/"));
        pathOffset += 3;
        // NOTE: We cannot test reserved expansions due to the inability to reverse the operation;

        var query = (req.url).query;
        var queryOffset = 0;
        var queryMap = <core.String, core.List<core.String>>{};
        void addQueryParam(core.String n, core.String v) =>
            queryMap.putIfAbsent(n, () => []).add(v);

        if (query.isNotEmpty) {
          for (var part in query.split('&')) {
            var keyValue = part.split('=');
            addQueryParam(
              core.Uri.decodeQueryComponent(keyValue[0]),
              core.Uri.decodeQueryComponent(keyValue[1]),
            );
          }
        }
        unittest.expect(queryMap["filter"].first, unittest.equals(arg_filter));
        unittest.expect(
            queryMap["orderBy"].first, unittest.equals(arg_orderBy));
        unittest.expect(core.int.parse(queryMap["pageSize"].first),
            unittest.equals(arg_pageSize));
        unittest.expect(
            queryMap["pageToken"].first, unittest.equals(arg_pageToken));
        unittest.expect(queryMap["fields"].first, unittest.equals(arg_$fields));

        var h = {
          'content-type': 'application/json; charset=utf-8',
        };
        var resp = convert.json.encode(buildListAcceleratorTypesResponse());
        return async.Future.value(stringResponse(200, h, resp));
      }), true);
      res
          .list(arg_parent,
              filter: arg_filter,
              orderBy: arg_orderBy,
              pageSize: arg_pageSize,
              pageToken: arg_pageToken,
              $fields: arg_$fields)
          .then(unittest.expectAsync1(((response) {
        checkListAcceleratorTypesResponse(
            response as api.ListAcceleratorTypesResponse);
      })));
    });
  });

  unittest.group('resource-ProjectsLocationsNodesResourceApi', () {
    unittest.test('method--create', () {
      var mock = HttpServerMock();
      var res = api.TpuApi(mock).projects.locations.nodes;
      var arg_request = buildNode();
      var arg_parent = 'foo';
      var arg_nodeId = 'foo';
      var arg_$fields = 'foo';
      mock.register(unittest.expectAsync2((http.BaseRequest req, json) {
        var obj =
            api.Node.fromJson(json as core.Map<core.String, core.dynamic>);
        checkNode(obj as api.Node);

        var path = (req.url).path;
        var pathOffset = 0;
        core.int index;
        core.String subPart;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 1), unittest.equals("/"));
        pathOffset += 1;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 3), unittest.equals("v1/"));
        pathOffset += 3;
        // NOTE: We cannot test reserved expansions due to the inability to reverse the operation;

        var query = (req.url).query;
        var queryOffset = 0;
        var queryMap = <core.String, core.List<core.String>>{};
        void addQueryParam(core.String n, core.String v) =>
            queryMap.putIfAbsent(n, () => []).add(v);

        if (query.isNotEmpty) {
          for (var part in query.split('&')) {
            var keyValue = part.split('=');
            addQueryParam(
              core.Uri.decodeQueryComponent(keyValue[0]),
              core.Uri.decodeQueryComponent(keyValue[1]),
            );
          }
        }
        unittest.expect(queryMap["nodeId"].first, unittest.equals(arg_nodeId));
        unittest.expect(queryMap["fields"].first, unittest.equals(arg_$fields));

        var h = {
          'content-type': 'application/json; charset=utf-8',
        };
        var resp = convert.json.encode(buildOperation());
        return async.Future.value(stringResponse(200, h, resp));
      }), true);
      res
          .create(arg_request, arg_parent,
              nodeId: arg_nodeId, $fields: arg_$fields)
          .then(unittest.expectAsync1(((response) {
        checkOperation(response as api.Operation);
      })));
    });

    unittest.test('method--delete', () {
      var mock = HttpServerMock();
      var res = api.TpuApi(mock).projects.locations.nodes;
      var arg_name = 'foo';
      var arg_$fields = 'foo';
      mock.register(unittest.expectAsync2((http.BaseRequest req, json) {
        var path = (req.url).path;
        var pathOffset = 0;
        core.int index;
        core.String subPart;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 1), unittest.equals("/"));
        pathOffset += 1;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 3), unittest.equals("v1/"));
        pathOffset += 3;
        // NOTE: We cannot test reserved expansions due to the inability to reverse the operation;

        var query = (req.url).query;
        var queryOffset = 0;
        var queryMap = <core.String, core.List<core.String>>{};
        void addQueryParam(core.String n, core.String v) =>
            queryMap.putIfAbsent(n, () => []).add(v);

        if (query.isNotEmpty) {
          for (var part in query.split('&')) {
            var keyValue = part.split('=');
            addQueryParam(
              core.Uri.decodeQueryComponent(keyValue[0]),
              core.Uri.decodeQueryComponent(keyValue[1]),
            );
          }
        }
        unittest.expect(queryMap["fields"].first, unittest.equals(arg_$fields));

        var h = {
          'content-type': 'application/json; charset=utf-8',
        };
        var resp = convert.json.encode(buildOperation());
        return async.Future.value(stringResponse(200, h, resp));
      }), true);
      res
          .delete(arg_name, $fields: arg_$fields)
          .then(unittest.expectAsync1(((response) {
        checkOperation(response as api.Operation);
      })));
    });

    unittest.test('method--get', () {
      var mock = HttpServerMock();
      var res = api.TpuApi(mock).projects.locations.nodes;
      var arg_name = 'foo';
      var arg_$fields = 'foo';
      mock.register(unittest.expectAsync2((http.BaseRequest req, json) {
        var path = (req.url).path;
        var pathOffset = 0;
        core.int index;
        core.String subPart;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 1), unittest.equals("/"));
        pathOffset += 1;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 3), unittest.equals("v1/"));
        pathOffset += 3;
        // NOTE: We cannot test reserved expansions due to the inability to reverse the operation;

        var query = (req.url).query;
        var queryOffset = 0;
        var queryMap = <core.String, core.List<core.String>>{};
        void addQueryParam(core.String n, core.String v) =>
            queryMap.putIfAbsent(n, () => []).add(v);

        if (query.isNotEmpty) {
          for (var part in query.split('&')) {
            var keyValue = part.split('=');
            addQueryParam(
              core.Uri.decodeQueryComponent(keyValue[0]),
              core.Uri.decodeQueryComponent(keyValue[1]),
            );
          }
        }
        unittest.expect(queryMap["fields"].first, unittest.equals(arg_$fields));

        var h = {
          'content-type': 'application/json; charset=utf-8',
        };
        var resp = convert.json.encode(buildNode());
        return async.Future.value(stringResponse(200, h, resp));
      }), true);
      res
          .get(arg_name, $fields: arg_$fields)
          .then(unittest.expectAsync1(((response) {
        checkNode(response as api.Node);
      })));
    });

    unittest.test('method--list', () {
      var mock = HttpServerMock();
      var res = api.TpuApi(mock).projects.locations.nodes;
      var arg_parent = 'foo';
      var arg_pageSize = 42;
      var arg_pageToken = 'foo';
      var arg_$fields = 'foo';
      mock.register(unittest.expectAsync2((http.BaseRequest req, json) {
        var path = (req.url).path;
        var pathOffset = 0;
        core.int index;
        core.String subPart;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 1), unittest.equals("/"));
        pathOffset += 1;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 3), unittest.equals("v1/"));
        pathOffset += 3;
        // NOTE: We cannot test reserved expansions due to the inability to reverse the operation;

        var query = (req.url).query;
        var queryOffset = 0;
        var queryMap = <core.String, core.List<core.String>>{};
        void addQueryParam(core.String n, core.String v) =>
            queryMap.putIfAbsent(n, () => []).add(v);

        if (query.isNotEmpty) {
          for (var part in query.split('&')) {
            var keyValue = part.split('=');
            addQueryParam(
              core.Uri.decodeQueryComponent(keyValue[0]),
              core.Uri.decodeQueryComponent(keyValue[1]),
            );
          }
        }
        unittest.expect(core.int.parse(queryMap["pageSize"].first),
            unittest.equals(arg_pageSize));
        unittest.expect(
            queryMap["pageToken"].first, unittest.equals(arg_pageToken));
        unittest.expect(queryMap["fields"].first, unittest.equals(arg_$fields));

        var h = {
          'content-type': 'application/json; charset=utf-8',
        };
        var resp = convert.json.encode(buildListNodesResponse());
        return async.Future.value(stringResponse(200, h, resp));
      }), true);
      res
          .list(arg_parent,
              pageSize: arg_pageSize,
              pageToken: arg_pageToken,
              $fields: arg_$fields)
          .then(unittest.expectAsync1(((response) {
        checkListNodesResponse(response as api.ListNodesResponse);
      })));
    });

    unittest.test('method--reimage', () {
      var mock = HttpServerMock();
      var res = api.TpuApi(mock).projects.locations.nodes;
      var arg_request = buildReimageNodeRequest();
      var arg_name = 'foo';
      var arg_$fields = 'foo';
      mock.register(unittest.expectAsync2((http.BaseRequest req, json) {
        var obj = api.ReimageNodeRequest.fromJson(
            json as core.Map<core.String, core.dynamic>);
        checkReimageNodeRequest(obj as api.ReimageNodeRequest);

        var path = (req.url).path;
        var pathOffset = 0;
        core.int index;
        core.String subPart;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 1), unittest.equals("/"));
        pathOffset += 1;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 3), unittest.equals("v1/"));
        pathOffset += 3;
        // NOTE: We cannot test reserved expansions due to the inability to reverse the operation;

        var query = (req.url).query;
        var queryOffset = 0;
        var queryMap = <core.String, core.List<core.String>>{};
        void addQueryParam(core.String n, core.String v) =>
            queryMap.putIfAbsent(n, () => []).add(v);

        if (query.isNotEmpty) {
          for (var part in query.split('&')) {
            var keyValue = part.split('=');
            addQueryParam(
              core.Uri.decodeQueryComponent(keyValue[0]),
              core.Uri.decodeQueryComponent(keyValue[1]),
            );
          }
        }
        unittest.expect(queryMap["fields"].first, unittest.equals(arg_$fields));

        var h = {
          'content-type': 'application/json; charset=utf-8',
        };
        var resp = convert.json.encode(buildOperation());
        return async.Future.value(stringResponse(200, h, resp));
      }), true);
      res
          .reimage(arg_request, arg_name, $fields: arg_$fields)
          .then(unittest.expectAsync1(((response) {
        checkOperation(response as api.Operation);
      })));
    });

    unittest.test('method--start', () {
      var mock = HttpServerMock();
      var res = api.TpuApi(mock).projects.locations.nodes;
      var arg_request = buildStartNodeRequest();
      var arg_name = 'foo';
      var arg_$fields = 'foo';
      mock.register(unittest.expectAsync2((http.BaseRequest req, json) {
        var obj = api.StartNodeRequest.fromJson(
            json as core.Map<core.String, core.dynamic>);
        checkStartNodeRequest(obj as api.StartNodeRequest);

        var path = (req.url).path;
        var pathOffset = 0;
        core.int index;
        core.String subPart;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 1), unittest.equals("/"));
        pathOffset += 1;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 3), unittest.equals("v1/"));
        pathOffset += 3;
        // NOTE: We cannot test reserved expansions due to the inability to reverse the operation;

        var query = (req.url).query;
        var queryOffset = 0;
        var queryMap = <core.String, core.List<core.String>>{};
        void addQueryParam(core.String n, core.String v) =>
            queryMap.putIfAbsent(n, () => []).add(v);

        if (query.isNotEmpty) {
          for (var part in query.split('&')) {
            var keyValue = part.split('=');
            addQueryParam(
              core.Uri.decodeQueryComponent(keyValue[0]),
              core.Uri.decodeQueryComponent(keyValue[1]),
            );
          }
        }
        unittest.expect(queryMap["fields"].first, unittest.equals(arg_$fields));

        var h = {
          'content-type': 'application/json; charset=utf-8',
        };
        var resp = convert.json.encode(buildOperation());
        return async.Future.value(stringResponse(200, h, resp));
      }), true);
      res
          .start(arg_request, arg_name, $fields: arg_$fields)
          .then(unittest.expectAsync1(((response) {
        checkOperation(response as api.Operation);
      })));
    });

    unittest.test('method--stop', () {
      var mock = HttpServerMock();
      var res = api.TpuApi(mock).projects.locations.nodes;
      var arg_request = buildStopNodeRequest();
      var arg_name = 'foo';
      var arg_$fields = 'foo';
      mock.register(unittest.expectAsync2((http.BaseRequest req, json) {
        var obj = api.StopNodeRequest.fromJson(
            json as core.Map<core.String, core.dynamic>);
        checkStopNodeRequest(obj as api.StopNodeRequest);

        var path = (req.url).path;
        var pathOffset = 0;
        core.int index;
        core.String subPart;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 1), unittest.equals("/"));
        pathOffset += 1;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 3), unittest.equals("v1/"));
        pathOffset += 3;
        // NOTE: We cannot test reserved expansions due to the inability to reverse the operation;

        var query = (req.url).query;
        var queryOffset = 0;
        var queryMap = <core.String, core.List<core.String>>{};
        void addQueryParam(core.String n, core.String v) =>
            queryMap.putIfAbsent(n, () => []).add(v);

        if (query.isNotEmpty) {
          for (var part in query.split('&')) {
            var keyValue = part.split('=');
            addQueryParam(
              core.Uri.decodeQueryComponent(keyValue[0]),
              core.Uri.decodeQueryComponent(keyValue[1]),
            );
          }
        }
        unittest.expect(queryMap["fields"].first, unittest.equals(arg_$fields));

        var h = {
          'content-type': 'application/json; charset=utf-8',
        };
        var resp = convert.json.encode(buildOperation());
        return async.Future.value(stringResponse(200, h, resp));
      }), true);
      res
          .stop(arg_request, arg_name, $fields: arg_$fields)
          .then(unittest.expectAsync1(((response) {
        checkOperation(response as api.Operation);
      })));
    });
  });

  unittest.group('resource-ProjectsLocationsOperationsResourceApi', () {
    unittest.test('method--cancel', () {
      var mock = HttpServerMock();
      var res = api.TpuApi(mock).projects.locations.operations;
      var arg_name = 'foo';
      var arg_$fields = 'foo';
      mock.register(unittest.expectAsync2((http.BaseRequest req, json) {
        var path = (req.url).path;
        var pathOffset = 0;
        core.int index;
        core.String subPart;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 1), unittest.equals("/"));
        pathOffset += 1;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 3), unittest.equals("v1/"));
        pathOffset += 3;
        // NOTE: We cannot test reserved expansions due to the inability to reverse the operation;

        var query = (req.url).query;
        var queryOffset = 0;
        var queryMap = <core.String, core.List<core.String>>{};
        void addQueryParam(core.String n, core.String v) =>
            queryMap.putIfAbsent(n, () => []).add(v);

        if (query.isNotEmpty) {
          for (var part in query.split('&')) {
            var keyValue = part.split('=');
            addQueryParam(
              core.Uri.decodeQueryComponent(keyValue[0]),
              core.Uri.decodeQueryComponent(keyValue[1]),
            );
          }
        }
        unittest.expect(queryMap["fields"].first, unittest.equals(arg_$fields));

        var h = {
          'content-type': 'application/json; charset=utf-8',
        };
        var resp = convert.json.encode(buildEmpty());
        return async.Future.value(stringResponse(200, h, resp));
      }), true);
      res
          .cancel(arg_name, $fields: arg_$fields)
          .then(unittest.expectAsync1(((response) {
        checkEmpty(response as api.Empty);
      })));
    });

    unittest.test('method--delete', () {
      var mock = HttpServerMock();
      var res = api.TpuApi(mock).projects.locations.operations;
      var arg_name = 'foo';
      var arg_$fields = 'foo';
      mock.register(unittest.expectAsync2((http.BaseRequest req, json) {
        var path = (req.url).path;
        var pathOffset = 0;
        core.int index;
        core.String subPart;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 1), unittest.equals("/"));
        pathOffset += 1;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 3), unittest.equals("v1/"));
        pathOffset += 3;
        // NOTE: We cannot test reserved expansions due to the inability to reverse the operation;

        var query = (req.url).query;
        var queryOffset = 0;
        var queryMap = <core.String, core.List<core.String>>{};
        void addQueryParam(core.String n, core.String v) =>
            queryMap.putIfAbsent(n, () => []).add(v);

        if (query.isNotEmpty) {
          for (var part in query.split('&')) {
            var keyValue = part.split('=');
            addQueryParam(
              core.Uri.decodeQueryComponent(keyValue[0]),
              core.Uri.decodeQueryComponent(keyValue[1]),
            );
          }
        }
        unittest.expect(queryMap["fields"].first, unittest.equals(arg_$fields));

        var h = {
          'content-type': 'application/json; charset=utf-8',
        };
        var resp = convert.json.encode(buildEmpty());
        return async.Future.value(stringResponse(200, h, resp));
      }), true);
      res
          .delete(arg_name, $fields: arg_$fields)
          .then(unittest.expectAsync1(((response) {
        checkEmpty(response as api.Empty);
      })));
    });

    unittest.test('method--get', () {
      var mock = HttpServerMock();
      var res = api.TpuApi(mock).projects.locations.operations;
      var arg_name = 'foo';
      var arg_$fields = 'foo';
      mock.register(unittest.expectAsync2((http.BaseRequest req, json) {
        var path = (req.url).path;
        var pathOffset = 0;
        core.int index;
        core.String subPart;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 1), unittest.equals("/"));
        pathOffset += 1;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 3), unittest.equals("v1/"));
        pathOffset += 3;
        // NOTE: We cannot test reserved expansions due to the inability to reverse the operation;

        var query = (req.url).query;
        var queryOffset = 0;
        var queryMap = <core.String, core.List<core.String>>{};
        void addQueryParam(core.String n, core.String v) =>
            queryMap.putIfAbsent(n, () => []).add(v);

        if (query.isNotEmpty) {
          for (var part in query.split('&')) {
            var keyValue = part.split('=');
            addQueryParam(
              core.Uri.decodeQueryComponent(keyValue[0]),
              core.Uri.decodeQueryComponent(keyValue[1]),
            );
          }
        }
        unittest.expect(queryMap["fields"].first, unittest.equals(arg_$fields));

        var h = {
          'content-type': 'application/json; charset=utf-8',
        };
        var resp = convert.json.encode(buildOperation());
        return async.Future.value(stringResponse(200, h, resp));
      }), true);
      res
          .get(arg_name, $fields: arg_$fields)
          .then(unittest.expectAsync1(((response) {
        checkOperation(response as api.Operation);
      })));
    });

    unittest.test('method--list', () {
      var mock = HttpServerMock();
      var res = api.TpuApi(mock).projects.locations.operations;
      var arg_name = 'foo';
      var arg_filter = 'foo';
      var arg_pageSize = 42;
      var arg_pageToken = 'foo';
      var arg_$fields = 'foo';
      mock.register(unittest.expectAsync2((http.BaseRequest req, json) {
        var path = (req.url).path;
        var pathOffset = 0;
        core.int index;
        core.String subPart;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 1), unittest.equals("/"));
        pathOffset += 1;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 3), unittest.equals("v1/"));
        pathOffset += 3;
        // NOTE: We cannot test reserved expansions due to the inability to reverse the operation;

        var query = (req.url).query;
        var queryOffset = 0;
        var queryMap = <core.String, core.List<core.String>>{};
        void addQueryParam(core.String n, core.String v) =>
            queryMap.putIfAbsent(n, () => []).add(v);

        if (query.isNotEmpty) {
          for (var part in query.split('&')) {
            var keyValue = part.split('=');
            addQueryParam(
              core.Uri.decodeQueryComponent(keyValue[0]),
              core.Uri.decodeQueryComponent(keyValue[1]),
            );
          }
        }
        unittest.expect(queryMap["filter"].first, unittest.equals(arg_filter));
        unittest.expect(core.int.parse(queryMap["pageSize"].first),
            unittest.equals(arg_pageSize));
        unittest.expect(
            queryMap["pageToken"].first, unittest.equals(arg_pageToken));
        unittest.expect(queryMap["fields"].first, unittest.equals(arg_$fields));

        var h = {
          'content-type': 'application/json; charset=utf-8',
        };
        var resp = convert.json.encode(buildListOperationsResponse());
        return async.Future.value(stringResponse(200, h, resp));
      }), true);
      res
          .list(arg_name,
              filter: arg_filter,
              pageSize: arg_pageSize,
              pageToken: arg_pageToken,
              $fields: arg_$fields)
          .then(unittest.expectAsync1(((response) {
        checkListOperationsResponse(response as api.ListOperationsResponse);
      })));
    });
  });

  unittest.group('resource-ProjectsLocationsTensorflowVersionsResourceApi', () {
    unittest.test('method--get', () {
      var mock = HttpServerMock();
      var res = api.TpuApi(mock).projects.locations.tensorflowVersions;
      var arg_name = 'foo';
      var arg_$fields = 'foo';
      mock.register(unittest.expectAsync2((http.BaseRequest req, json) {
        var path = (req.url).path;
        var pathOffset = 0;
        core.int index;
        core.String subPart;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 1), unittest.equals("/"));
        pathOffset += 1;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 3), unittest.equals("v1/"));
        pathOffset += 3;
        // NOTE: We cannot test reserved expansions due to the inability to reverse the operation;

        var query = (req.url).query;
        var queryOffset = 0;
        var queryMap = <core.String, core.List<core.String>>{};
        void addQueryParam(core.String n, core.String v) =>
            queryMap.putIfAbsent(n, () => []).add(v);

        if (query.isNotEmpty) {
          for (var part in query.split('&')) {
            var keyValue = part.split('=');
            addQueryParam(
              core.Uri.decodeQueryComponent(keyValue[0]),
              core.Uri.decodeQueryComponent(keyValue[1]),
            );
          }
        }
        unittest.expect(queryMap["fields"].first, unittest.equals(arg_$fields));

        var h = {
          'content-type': 'application/json; charset=utf-8',
        };
        var resp = convert.json.encode(buildTensorFlowVersion());
        return async.Future.value(stringResponse(200, h, resp));
      }), true);
      res
          .get(arg_name, $fields: arg_$fields)
          .then(unittest.expectAsync1(((response) {
        checkTensorFlowVersion(response as api.TensorFlowVersion);
      })));
    });

    unittest.test('method--list', () {
      var mock = HttpServerMock();
      var res = api.TpuApi(mock).projects.locations.tensorflowVersions;
      var arg_parent = 'foo';
      var arg_filter = 'foo';
      var arg_orderBy = 'foo';
      var arg_pageSize = 42;
      var arg_pageToken = 'foo';
      var arg_$fields = 'foo';
      mock.register(unittest.expectAsync2((http.BaseRequest req, json) {
        var path = (req.url).path;
        var pathOffset = 0;
        core.int index;
        core.String subPart;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 1), unittest.equals("/"));
        pathOffset += 1;
        unittest.expect(
            path.substring(pathOffset, pathOffset + 3), unittest.equals("v1/"));
        pathOffset += 3;
        // NOTE: We cannot test reserved expansions due to the inability to reverse the operation;

        var query = (req.url).query;
        var queryOffset = 0;
        var queryMap = <core.String, core.List<core.String>>{};
        void addQueryParam(core.String n, core.String v) =>
            queryMap.putIfAbsent(n, () => []).add(v);

        if (query.isNotEmpty) {
          for (var part in query.split('&')) {
            var keyValue = part.split('=');
            addQueryParam(
              core.Uri.decodeQueryComponent(keyValue[0]),
              core.Uri.decodeQueryComponent(keyValue[1]),
            );
          }
        }
        unittest.expect(queryMap["filter"].first, unittest.equals(arg_filter));
        unittest.expect(
            queryMap["orderBy"].first, unittest.equals(arg_orderBy));
        unittest.expect(core.int.parse(queryMap["pageSize"].first),
            unittest.equals(arg_pageSize));
        unittest.expect(
            queryMap["pageToken"].first, unittest.equals(arg_pageToken));
        unittest.expect(queryMap["fields"].first, unittest.equals(arg_$fields));

        var h = {
          'content-type': 'application/json; charset=utf-8',
        };
        var resp = convert.json.encode(buildListTensorFlowVersionsResponse());
        return async.Future.value(stringResponse(200, h, resp));
      }), true);
      res
          .list(arg_parent,
              filter: arg_filter,
              orderBy: arg_orderBy,
              pageSize: arg_pageSize,
              pageToken: arg_pageToken,
              $fields: arg_$fields)
          .then(unittest.expectAsync1(((response) {
        checkListTensorFlowVersionsResponse(
            response as api.ListTensorFlowVersionsResponse);
      })));
    });
  });
}