pkgs/coverage/test/collect_coverage_mock_test.mocks.dart

// Mocks generated by Mockito 5.4.4 from annotations
// in coverage/test/collect_coverage_mock_test.dart.
// Do not manually edit this file.

// ignore_for_file: no_leading_underscores_for_library_prefixes
import 'dart:async' as _i3;

import 'package:mockito/mockito.dart' as _i1;
import 'package:mockito/src/dummies.dart' as _i4;
import 'package:vm_service/src/vm_service.dart' as _i2;

// ignore_for_file: type=lint
// ignore_for_file: avoid_redundant_argument_values
// ignore_for_file: avoid_setters_without_getters
// ignore_for_file: comment_references
// ignore_for_file: deprecated_member_use
// ignore_for_file: deprecated_member_use_from_same_package
// ignore_for_file: implementation_imports
// ignore_for_file: invalid_use_of_visible_for_testing_member
// ignore_for_file: prefer_const_constructors
// ignore_for_file: unnecessary_parenthesis
// ignore_for_file: camel_case_types
// ignore_for_file: subtype_of_sealed_class

class _FakeBreakpoint_0 extends _i1.SmartFake implements _i2.Breakpoint {
  _FakeBreakpoint_0(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

class _FakeSuccess_1 extends _i1.SmartFake implements _i2.Success {
  _FakeSuccess_1(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

class _FakeIdZone_2 extends _i1.SmartFake implements _i2.IdZone {
  _FakeIdZone_2(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

class _FakeResponse_3 extends _i1.SmartFake implements _i2.Response {
  _FakeResponse_3(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

class _FakeAllocationProfile_4 extends _i1.SmartFake
    implements _i2.AllocationProfile {
  _FakeAllocationProfile_4(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

class _FakeCpuSamples_5 extends _i1.SmartFake implements _i2.CpuSamples {
  _FakeCpuSamples_5(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

class _FakeClassList_6 extends _i1.SmartFake implements _i2.ClassList {
  _FakeClassList_6(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

class _FakeFlagList_7 extends _i1.SmartFake implements _i2.FlagList {
  _FakeFlagList_7(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

class _FakeInboundReferences_8 extends _i1.SmartFake
    implements _i2.InboundReferences {
  _FakeInboundReferences_8(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

class _FakeInstanceSet_9 extends _i1.SmartFake implements _i2.InstanceSet {
  _FakeInstanceSet_9(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

class _FakeInstanceRef_10 extends _i1.SmartFake implements _i2.InstanceRef {
  _FakeInstanceRef_10(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

class _FakeIsolate_11 extends _i1.SmartFake implements _i2.Isolate {
  _FakeIsolate_11(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

class _FakeIsolateGroup_12 extends _i1.SmartFake implements _i2.IsolateGroup {
  _FakeIsolateGroup_12(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

class _FakeEvent_13 extends _i1.SmartFake implements _i2.Event {
  _FakeEvent_13(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

class _FakeMemoryUsage_14 extends _i1.SmartFake implements _i2.MemoryUsage {
  _FakeMemoryUsage_14(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

class _FakeScriptList_15 extends _i1.SmartFake implements _i2.ScriptList {
  _FakeScriptList_15(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

class _FakeObj_16 extends _i1.SmartFake implements _i2.Obj {
  _FakeObj_16(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

class _FakePerfettoCpuSamples_17 extends _i1.SmartFake
    implements _i2.PerfettoCpuSamples {
  _FakePerfettoCpuSamples_17(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

class _FakePerfettoTimeline_18 extends _i1.SmartFake
    implements _i2.PerfettoTimeline {
  _FakePerfettoTimeline_18(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

class _FakePortList_19 extends _i1.SmartFake implements _i2.PortList {
  _FakePortList_19(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

class _FakeRetainingPath_20 extends _i1.SmartFake implements _i2.RetainingPath {
  _FakeRetainingPath_20(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

class _FakeProcessMemoryUsage_21 extends _i1.SmartFake
    implements _i2.ProcessMemoryUsage {
  _FakeProcessMemoryUsage_21(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

class _FakeStack_22 extends _i1.SmartFake implements _i2.Stack {
  _FakeStack_22(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

class _FakeProtocolList_23 extends _i1.SmartFake implements _i2.ProtocolList {
  _FakeProtocolList_23(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

class _FakeSourceReport_24 extends _i1.SmartFake implements _i2.SourceReport {
  _FakeSourceReport_24(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

class _FakeVersion_25 extends _i1.SmartFake implements _i2.Version {
  _FakeVersion_25(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

class _FakeVM_26 extends _i1.SmartFake implements _i2.VM {
  _FakeVM_26(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

class _FakeTimeline_27 extends _i1.SmartFake implements _i2.Timeline {
  _FakeTimeline_27(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

class _FakeTimelineFlags_28 extends _i1.SmartFake implements _i2.TimelineFlags {
  _FakeTimelineFlags_28(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

class _FakeTimestamp_29 extends _i1.SmartFake implements _i2.Timestamp {
  _FakeTimestamp_29(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

class _FakeUriList_30 extends _i1.SmartFake implements _i2.UriList {
  _FakeUriList_30(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

class _FakeReloadReport_31 extends _i1.SmartFake implements _i2.ReloadReport {
  _FakeReloadReport_31(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

class _FakeFuture_32<T1> extends _i1.SmartFake implements _i3.Future<T1> {
  _FakeFuture_32(Object parent, Invocation parentInvocation)
    : super(parent, parentInvocation);
}

/// A class which mocks [VmService].
///
/// See the documentation for Mockito's code generation for more information.
class MockVmService extends _i1.Mock implements _i2.VmService {
  MockVmService() {
    _i1.throwOnMissingStub(this);
  }

  @override
  _i3.Stream<String> get onSend =>
      (super.noSuchMethod(
            Invocation.getter(#onSend),
            returnValue: _i3.Stream<String>.empty(),
          )
          as _i3.Stream<String>);

  @override
  _i3.Stream<String> get onReceive =>
      (super.noSuchMethod(
            Invocation.getter(#onReceive),
            returnValue: _i3.Stream<String>.empty(),
          )
          as _i3.Stream<String>);

  @override
  _i3.Future<void> get onDone =>
      (super.noSuchMethod(
            Invocation.getter(#onDone),
            returnValue: _i3.Future<void>.value(),
          )
          as _i3.Future<void>);

  @override
  _i3.Stream<_i2.Event> get onVMEvent =>
      (super.noSuchMethod(
            Invocation.getter(#onVMEvent),
            returnValue: _i3.Stream<_i2.Event>.empty(),
          )
          as _i3.Stream<_i2.Event>);

  @override
  _i3.Stream<_i2.Event> get onIsolateEvent =>
      (super.noSuchMethod(
            Invocation.getter(#onIsolateEvent),
            returnValue: _i3.Stream<_i2.Event>.empty(),
          )
          as _i3.Stream<_i2.Event>);

  @override
  _i3.Stream<_i2.Event> get onDebugEvent =>
      (super.noSuchMethod(
            Invocation.getter(#onDebugEvent),
            returnValue: _i3.Stream<_i2.Event>.empty(),
          )
          as _i3.Stream<_i2.Event>);

  @override
  _i3.Stream<_i2.Event> get onProfilerEvent =>
      (super.noSuchMethod(
            Invocation.getter(#onProfilerEvent),
            returnValue: _i3.Stream<_i2.Event>.empty(),
          )
          as _i3.Stream<_i2.Event>);

  @override
  _i3.Stream<_i2.Event> get onGCEvent =>
      (super.noSuchMethod(
            Invocation.getter(#onGCEvent),
            returnValue: _i3.Stream<_i2.Event>.empty(),
          )
          as _i3.Stream<_i2.Event>);

  @override
  _i3.Stream<_i2.Event> get onExtensionEvent =>
      (super.noSuchMethod(
            Invocation.getter(#onExtensionEvent),
            returnValue: _i3.Stream<_i2.Event>.empty(),
          )
          as _i3.Stream<_i2.Event>);

  @override
  _i3.Stream<_i2.Event> get onTimelineEvent =>
      (super.noSuchMethod(
            Invocation.getter(#onTimelineEvent),
            returnValue: _i3.Stream<_i2.Event>.empty(),
          )
          as _i3.Stream<_i2.Event>);

  @override
  _i3.Stream<_i2.Event> get onLoggingEvent =>
      (super.noSuchMethod(
            Invocation.getter(#onLoggingEvent),
            returnValue: _i3.Stream<_i2.Event>.empty(),
          )
          as _i3.Stream<_i2.Event>);

  @override
  _i3.Stream<_i2.Event> get onServiceEvent =>
      (super.noSuchMethod(
            Invocation.getter(#onServiceEvent),
            returnValue: _i3.Stream<_i2.Event>.empty(),
          )
          as _i3.Stream<_i2.Event>);

  @override
  _i3.Stream<_i2.Event> get onHeapSnapshotEvent =>
      (super.noSuchMethod(
            Invocation.getter(#onHeapSnapshotEvent),
            returnValue: _i3.Stream<_i2.Event>.empty(),
          )
          as _i3.Stream<_i2.Event>);

  @override
  _i3.Stream<_i2.Event> get onStdoutEvent =>
      (super.noSuchMethod(
            Invocation.getter(#onStdoutEvent),
            returnValue: _i3.Stream<_i2.Event>.empty(),
          )
          as _i3.Stream<_i2.Event>);

  @override
  _i3.Stream<_i2.Event> get onStderrEvent =>
      (super.noSuchMethod(
            Invocation.getter(#onStderrEvent),
            returnValue: _i3.Stream<_i2.Event>.empty(),
          )
          as _i3.Stream<_i2.Event>);

  @override
  _i3.Stream<_i2.Event> onEvent(String? streamId) =>
      (super.noSuchMethod(
            Invocation.method(#onEvent, [streamId]),
            returnValue: _i3.Stream<_i2.Event>.empty(),
          )
          as _i3.Stream<_i2.Event>);

  @override
  _i3.Future<_i2.Breakpoint> addBreakpoint(
    String? isolateId,
    String? scriptId,
    int? line, {
    int? column,
  }) =>
      (super.noSuchMethod(
            Invocation.method(
              #addBreakpoint,
              [isolateId, scriptId, line],
              {#column: column},
            ),
            returnValue: _i3.Future<_i2.Breakpoint>.value(
              _FakeBreakpoint_0(
                this,
                Invocation.method(
                  #addBreakpoint,
                  [isolateId, scriptId, line],
                  {#column: column},
                ),
              ),
            ),
          )
          as _i3.Future<_i2.Breakpoint>);

  @override
  _i3.Future<_i2.Breakpoint> addBreakpointWithScriptUri(
    String? isolateId,
    String? scriptUri,
    int? line, {
    int? column,
  }) =>
      (super.noSuchMethod(
            Invocation.method(
              #addBreakpointWithScriptUri,
              [isolateId, scriptUri, line],
              {#column: column},
            ),
            returnValue: _i3.Future<_i2.Breakpoint>.value(
              _FakeBreakpoint_0(
                this,
                Invocation.method(
                  #addBreakpointWithScriptUri,
                  [isolateId, scriptUri, line],
                  {#column: column},
                ),
              ),
            ),
          )
          as _i3.Future<_i2.Breakpoint>);

  @override
  _i3.Future<_i2.Breakpoint> addBreakpointAtEntry(
    String? isolateId,
    String? functionId,
  ) =>
      (super.noSuchMethod(
            Invocation.method(#addBreakpointAtEntry, [isolateId, functionId]),
            returnValue: _i3.Future<_i2.Breakpoint>.value(
              _FakeBreakpoint_0(
                this,
                Invocation.method(#addBreakpointAtEntry, [
                  isolateId,
                  functionId,
                ]),
              ),
            ),
          )
          as _i3.Future<_i2.Breakpoint>);

  @override
  _i3.Future<_i2.Success> clearCpuSamples(String? isolateId) =>
      (super.noSuchMethod(
            Invocation.method(#clearCpuSamples, [isolateId]),
            returnValue: _i3.Future<_i2.Success>.value(
              _FakeSuccess_1(
                this,
                Invocation.method(#clearCpuSamples, [isolateId]),
              ),
            ),
          )
          as _i3.Future<_i2.Success>);

  @override
  _i3.Future<_i2.Success> clearVMTimeline() =>
      (super.noSuchMethod(
            Invocation.method(#clearVMTimeline, []),
            returnValue: _i3.Future<_i2.Success>.value(
              _FakeSuccess_1(this, Invocation.method(#clearVMTimeline, [])),
            ),
          )
          as _i3.Future<_i2.Success>);

  @override
  _i3.Future<_i2.IdZone> createIdZone(
    String? isolateId,
    String? backingBufferKind,
    String? idAssignmentPolicy, {
    int? capacity,
  }) =>
      (super.noSuchMethod(
            Invocation.method(
              #createIdZone,
              [isolateId, backingBufferKind, idAssignmentPolicy],
              {#capacity: capacity},
            ),
            returnValue: _i3.Future<_i2.IdZone>.value(
              _FakeIdZone_2(
                this,
                Invocation.method(
                  #createIdZone,
                  [isolateId, backingBufferKind, idAssignmentPolicy],
                  {#capacity: capacity},
                ),
              ),
            ),
          )
          as _i3.Future<_i2.IdZone>);

  @override
  _i3.Future<_i2.Success> deleteIdZone(String? isolateId, String? idZoneId) =>
      (super.noSuchMethod(
            Invocation.method(#deleteIdZone, [isolateId, idZoneId]),
            returnValue: _i3.Future<_i2.Success>.value(
              _FakeSuccess_1(
                this,
                Invocation.method(#deleteIdZone, [isolateId, idZoneId]),
              ),
            ),
          )
          as _i3.Future<_i2.Success>);

  @override
  _i3.Future<_i2.Success> invalidateIdZone(
    String? isolateId,
    String? idZoneId,
  ) =>
      (super.noSuchMethod(
            Invocation.method(#invalidateIdZone, [isolateId, idZoneId]),
            returnValue: _i3.Future<_i2.Success>.value(
              _FakeSuccess_1(
                this,
                Invocation.method(#invalidateIdZone, [isolateId, idZoneId]),
              ),
            ),
          )
          as _i3.Future<_i2.Success>);

  @override
  _i3.Future<_i2.Response> invoke(
    String? isolateId,
    String? targetId,
    String? selector,
    List<String>? argumentIds, {
    bool? disableBreakpoints,
    String? idZoneId,
  }) =>
      (super.noSuchMethod(
            Invocation.method(
              #invoke,
              [isolateId, targetId, selector, argumentIds],
              {#disableBreakpoints: disableBreakpoints, #idZoneId: idZoneId},
            ),
            returnValue: _i3.Future<_i2.Response>.value(
              _FakeResponse_3(
                this,
                Invocation.method(
                  #invoke,
                  [isolateId, targetId, selector, argumentIds],
                  {
                    #disableBreakpoints: disableBreakpoints,
                    #idZoneId: idZoneId,
                  },
                ),
              ),
            ),
          )
          as _i3.Future<_i2.Response>);

  @override
  _i3.Future<_i2.Response> evaluate(
    String? isolateId,
    String? targetId,
    String? expression, {
    Map<String, String>? scope,
    bool? disableBreakpoints,
    String? idZoneId,
  }) =>
      (super.noSuchMethod(
            Invocation.method(
              #evaluate,
              [isolateId, targetId, expression],
              {
                #scope: scope,
                #disableBreakpoints: disableBreakpoints,
                #idZoneId: idZoneId,
              },
            ),
            returnValue: _i3.Future<_i2.Response>.value(
              _FakeResponse_3(
                this,
                Invocation.method(
                  #evaluate,
                  [isolateId, targetId, expression],
                  {
                    #scope: scope,
                    #disableBreakpoints: disableBreakpoints,
                    #idZoneId: idZoneId,
                  },
                ),
              ),
            ),
          )
          as _i3.Future<_i2.Response>);

  @override
  _i3.Future<_i2.Response> evaluateInFrame(
    String? isolateId,
    int? frameIndex,
    String? expression, {
    Map<String, String>? scope,
    bool? disableBreakpoints,
    String? idZoneId,
  }) =>
      (super.noSuchMethod(
            Invocation.method(
              #evaluateInFrame,
              [isolateId, frameIndex, expression],
              {
                #scope: scope,
                #disableBreakpoints: disableBreakpoints,
                #idZoneId: idZoneId,
              },
            ),
            returnValue: _i3.Future<_i2.Response>.value(
              _FakeResponse_3(
                this,
                Invocation.method(
                  #evaluateInFrame,
                  [isolateId, frameIndex, expression],
                  {
                    #scope: scope,
                    #disableBreakpoints: disableBreakpoints,
                    #idZoneId: idZoneId,
                  },
                ),
              ),
            ),
          )
          as _i3.Future<_i2.Response>);

  @override
  _i3.Future<_i2.AllocationProfile> getAllocationProfile(
    String? isolateId, {
    bool? reset,
    bool? gc,
  }) =>
      (super.noSuchMethod(
            Invocation.method(
              #getAllocationProfile,
              [isolateId],
              {#reset: reset, #gc: gc},
            ),
            returnValue: _i3.Future<_i2.AllocationProfile>.value(
              _FakeAllocationProfile_4(
                this,
                Invocation.method(
                  #getAllocationProfile,
                  [isolateId],
                  {#reset: reset, #gc: gc},
                ),
              ),
            ),
          )
          as _i3.Future<_i2.AllocationProfile>);

  @override
  _i3.Future<_i2.CpuSamples> getAllocationTraces(
    String? isolateId, {
    int? timeOriginMicros,
    int? timeExtentMicros,
    String? classId,
  }) =>
      (super.noSuchMethod(
            Invocation.method(
              #getAllocationTraces,
              [isolateId],
              {
                #timeOriginMicros: timeOriginMicros,
                #timeExtentMicros: timeExtentMicros,
                #classId: classId,
              },
            ),
            returnValue: _i3.Future<_i2.CpuSamples>.value(
              _FakeCpuSamples_5(
                this,
                Invocation.method(
                  #getAllocationTraces,
                  [isolateId],
                  {
                    #timeOriginMicros: timeOriginMicros,
                    #timeExtentMicros: timeExtentMicros,
                    #classId: classId,
                  },
                ),
              ),
            ),
          )
          as _i3.Future<_i2.CpuSamples>);

  @override
  _i3.Future<_i2.ClassList> getClassList(String? isolateId) =>
      (super.noSuchMethod(
            Invocation.method(#getClassList, [isolateId]),
            returnValue: _i3.Future<_i2.ClassList>.value(
              _FakeClassList_6(
                this,
                Invocation.method(#getClassList, [isolateId]),
              ),
            ),
          )
          as _i3.Future<_i2.ClassList>);

  @override
  _i3.Future<_i2.CpuSamples> getCpuSamples(
    String? isolateId,
    int? timeOriginMicros,
    int? timeExtentMicros,
  ) =>
      (super.noSuchMethod(
            Invocation.method(#getCpuSamples, [
              isolateId,
              timeOriginMicros,
              timeExtentMicros,
            ]),
            returnValue: _i3.Future<_i2.CpuSamples>.value(
              _FakeCpuSamples_5(
                this,
                Invocation.method(#getCpuSamples, [
                  isolateId,
                  timeOriginMicros,
                  timeExtentMicros,
                ]),
              ),
            ),
          )
          as _i3.Future<_i2.CpuSamples>);

  @override
  _i3.Future<_i2.FlagList> getFlagList() =>
      (super.noSuchMethod(
            Invocation.method(#getFlagList, []),
            returnValue: _i3.Future<_i2.FlagList>.value(
              _FakeFlagList_7(this, Invocation.method(#getFlagList, [])),
            ),
          )
          as _i3.Future<_i2.FlagList>);

  @override
  _i3.Future<_i2.InboundReferences> getInboundReferences(
    String? isolateId,
    String? targetId,
    int? limit, {
    String? idZoneId,
  }) =>
      (super.noSuchMethod(
            Invocation.method(
              #getInboundReferences,
              [isolateId, targetId, limit],
              {#idZoneId: idZoneId},
            ),
            returnValue: _i3.Future<_i2.InboundReferences>.value(
              _FakeInboundReferences_8(
                this,
                Invocation.method(
                  #getInboundReferences,
                  [isolateId, targetId, limit],
                  {#idZoneId: idZoneId},
                ),
              ),
            ),
          )
          as _i3.Future<_i2.InboundReferences>);

  @override
  _i3.Future<_i2.InstanceSet> getInstances(
    String? isolateId,
    String? objectId,
    int? limit, {
    bool? includeSubclasses,
    bool? includeImplementers,
    String? idZoneId,
  }) =>
      (super.noSuchMethod(
            Invocation.method(
              #getInstances,
              [isolateId, objectId, limit],
              {
                #includeSubclasses: includeSubclasses,
                #includeImplementers: includeImplementers,
                #idZoneId: idZoneId,
              },
            ),
            returnValue: _i3.Future<_i2.InstanceSet>.value(
              _FakeInstanceSet_9(
                this,
                Invocation.method(
                  #getInstances,
                  [isolateId, objectId, limit],
                  {
                    #includeSubclasses: includeSubclasses,
                    #includeImplementers: includeImplementers,
                    #idZoneId: idZoneId,
                  },
                ),
              ),
            ),
          )
          as _i3.Future<_i2.InstanceSet>);

  @override
  _i3.Future<_i2.InstanceRef> getInstancesAsList(
    String? isolateId,
    String? objectId, {
    bool? includeSubclasses,
    bool? includeImplementers,
    String? idZoneId,
  }) =>
      (super.noSuchMethod(
            Invocation.method(
              #getInstancesAsList,
              [isolateId, objectId],
              {
                #includeSubclasses: includeSubclasses,
                #includeImplementers: includeImplementers,
                #idZoneId: idZoneId,
              },
            ),
            returnValue: _i3.Future<_i2.InstanceRef>.value(
              _FakeInstanceRef_10(
                this,
                Invocation.method(
                  #getInstancesAsList,
                  [isolateId, objectId],
                  {
                    #includeSubclasses: includeSubclasses,
                    #includeImplementers: includeImplementers,
                    #idZoneId: idZoneId,
                  },
                ),
              ),
            ),
          )
          as _i3.Future<_i2.InstanceRef>);

  @override
  _i3.Future<_i2.Isolate> getIsolate(String? isolateId) =>
      (super.noSuchMethod(
            Invocation.method(#getIsolate, [isolateId]),
            returnValue: _i3.Future<_i2.Isolate>.value(
              _FakeIsolate_11(
                this,
                Invocation.method(#getIsolate, [isolateId]),
              ),
            ),
          )
          as _i3.Future<_i2.Isolate>);

  @override
  _i3.Future<_i2.IsolateGroup> getIsolateGroup(String? isolateGroupId) =>
      (super.noSuchMethod(
            Invocation.method(#getIsolateGroup, [isolateGroupId]),
            returnValue: _i3.Future<_i2.IsolateGroup>.value(
              _FakeIsolateGroup_12(
                this,
                Invocation.method(#getIsolateGroup, [isolateGroupId]),
              ),
            ),
          )
          as _i3.Future<_i2.IsolateGroup>);

  @override
  _i3.Future<_i2.Event> getIsolatePauseEvent(String? isolateId) =>
      (super.noSuchMethod(
            Invocation.method(#getIsolatePauseEvent, [isolateId]),
            returnValue: _i3.Future<_i2.Event>.value(
              _FakeEvent_13(
                this,
                Invocation.method(#getIsolatePauseEvent, [isolateId]),
              ),
            ),
          )
          as _i3.Future<_i2.Event>);

  @override
  _i3.Future<_i2.MemoryUsage> getMemoryUsage(String? isolateId) =>
      (super.noSuchMethod(
            Invocation.method(#getMemoryUsage, [isolateId]),
            returnValue: _i3.Future<_i2.MemoryUsage>.value(
              _FakeMemoryUsage_14(
                this,
                Invocation.method(#getMemoryUsage, [isolateId]),
              ),
            ),
          )
          as _i3.Future<_i2.MemoryUsage>);

  @override
  _i3.Future<_i2.MemoryUsage> getIsolateGroupMemoryUsage(
    String? isolateGroupId,
  ) =>
      (super.noSuchMethod(
            Invocation.method(#getIsolateGroupMemoryUsage, [isolateGroupId]),
            returnValue: _i3.Future<_i2.MemoryUsage>.value(
              _FakeMemoryUsage_14(
                this,
                Invocation.method(#getIsolateGroupMemoryUsage, [
                  isolateGroupId,
                ]),
              ),
            ),
          )
          as _i3.Future<_i2.MemoryUsage>);

  @override
  _i3.Future<_i2.ScriptList> getScripts(String? isolateId) =>
      (super.noSuchMethod(
            Invocation.method(#getScripts, [isolateId]),
            returnValue: _i3.Future<_i2.ScriptList>.value(
              _FakeScriptList_15(
                this,
                Invocation.method(#getScripts, [isolateId]),
              ),
            ),
          )
          as _i3.Future<_i2.ScriptList>);

  @override
  _i3.Future<_i2.Obj> getObject(
    String? isolateId,
    String? objectId, {
    int? offset,
    int? count,
    String? idZoneId,
  }) =>
      (super.noSuchMethod(
            Invocation.method(
              #getObject,
              [isolateId, objectId],
              {#offset: offset, #count: count, #idZoneId: idZoneId},
            ),
            returnValue: _i3.Future<_i2.Obj>.value(
              _FakeObj_16(
                this,
                Invocation.method(
                  #getObject,
                  [isolateId, objectId],
                  {#offset: offset, #count: count, #idZoneId: idZoneId},
                ),
              ),
            ),
          )
          as _i3.Future<_i2.Obj>);

  @override
  _i3.Future<_i2.PerfettoCpuSamples> getPerfettoCpuSamples(
    String? isolateId, {
    int? timeOriginMicros,
    int? timeExtentMicros,
  }) =>
      (super.noSuchMethod(
            Invocation.method(
              #getPerfettoCpuSamples,
              [isolateId],
              {
                #timeOriginMicros: timeOriginMicros,
                #timeExtentMicros: timeExtentMicros,
              },
            ),
            returnValue: _i3.Future<_i2.PerfettoCpuSamples>.value(
              _FakePerfettoCpuSamples_17(
                this,
                Invocation.method(
                  #getPerfettoCpuSamples,
                  [isolateId],
                  {
                    #timeOriginMicros: timeOriginMicros,
                    #timeExtentMicros: timeExtentMicros,
                  },
                ),
              ),
            ),
          )
          as _i3.Future<_i2.PerfettoCpuSamples>);

  @override
  _i3.Future<_i2.PerfettoTimeline> getPerfettoVMTimeline({
    int? timeOriginMicros,
    int? timeExtentMicros,
  }) =>
      (super.noSuchMethod(
            Invocation.method(#getPerfettoVMTimeline, [], {
              #timeOriginMicros: timeOriginMicros,
              #timeExtentMicros: timeExtentMicros,
            }),
            returnValue: _i3.Future<_i2.PerfettoTimeline>.value(
              _FakePerfettoTimeline_18(
                this,
                Invocation.method(#getPerfettoVMTimeline, [], {
                  #timeOriginMicros: timeOriginMicros,
                  #timeExtentMicros: timeExtentMicros,
                }),
              ),
            ),
          )
          as _i3.Future<_i2.PerfettoTimeline>);

  @override
  _i3.Future<_i2.PortList> getPorts(String? isolateId) =>
      (super.noSuchMethod(
            Invocation.method(#getPorts, [isolateId]),
            returnValue: _i3.Future<_i2.PortList>.value(
              _FakePortList_19(this, Invocation.method(#getPorts, [isolateId])),
            ),
          )
          as _i3.Future<_i2.PortList>);

  @override
  _i3.Future<_i2.RetainingPath> getRetainingPath(
    String? isolateId,
    String? targetId,
    int? limit, {
    String? idZoneId,
  }) =>
      (super.noSuchMethod(
            Invocation.method(
              #getRetainingPath,
              [isolateId, targetId, limit],
              {#idZoneId: idZoneId},
            ),
            returnValue: _i3.Future<_i2.RetainingPath>.value(
              _FakeRetainingPath_20(
                this,
                Invocation.method(
                  #getRetainingPath,
                  [isolateId, targetId, limit],
                  {#idZoneId: idZoneId},
                ),
              ),
            ),
          )
          as _i3.Future<_i2.RetainingPath>);

  @override
  _i3.Future<_i2.ProcessMemoryUsage> getProcessMemoryUsage() =>
      (super.noSuchMethod(
            Invocation.method(#getProcessMemoryUsage, []),
            returnValue: _i3.Future<_i2.ProcessMemoryUsage>.value(
              _FakeProcessMemoryUsage_21(
                this,
                Invocation.method(#getProcessMemoryUsage, []),
              ),
            ),
          )
          as _i3.Future<_i2.ProcessMemoryUsage>);

  @override
  _i3.Future<_i2.Stack> getStack(
    String? isolateId, {
    int? limit,
    String? idZoneId,
  }) =>
      (super.noSuchMethod(
            Invocation.method(
              #getStack,
              [isolateId],
              {#limit: limit, #idZoneId: idZoneId},
            ),
            returnValue: _i3.Future<_i2.Stack>.value(
              _FakeStack_22(
                this,
                Invocation.method(
                  #getStack,
                  [isolateId],
                  {#limit: limit, #idZoneId: idZoneId},
                ),
              ),
            ),
          )
          as _i3.Future<_i2.Stack>);

  @override
  _i3.Future<_i2.ProtocolList> getSupportedProtocols() =>
      (super.noSuchMethod(
            Invocation.method(#getSupportedProtocols, []),
            returnValue: _i3.Future<_i2.ProtocolList>.value(
              _FakeProtocolList_23(
                this,
                Invocation.method(#getSupportedProtocols, []),
              ),
            ),
          )
          as _i3.Future<_i2.ProtocolList>);

  @override
  _i3.Future<_i2.SourceReport> getSourceReport(
    String? isolateId,
    List<String>? reports, {
    String? scriptId,
    int? tokenPos,
    int? endTokenPos,
    bool? forceCompile,
    bool? reportLines,
    List<String>? libraryFilters,
    List<String>? librariesAlreadyCompiled,
  }) =>
      (super.noSuchMethod(
            Invocation.method(
              #getSourceReport,
              [isolateId, reports],
              {
                #scriptId: scriptId,
                #tokenPos: tokenPos,
                #endTokenPos: endTokenPos,
                #forceCompile: forceCompile,
                #reportLines: reportLines,
                #libraryFilters: libraryFilters,
                #librariesAlreadyCompiled: librariesAlreadyCompiled,
              },
            ),
            returnValue: _i3.Future<_i2.SourceReport>.value(
              _FakeSourceReport_24(
                this,
                Invocation.method(
                  #getSourceReport,
                  [isolateId, reports],
                  {
                    #scriptId: scriptId,
                    #tokenPos: tokenPos,
                    #endTokenPos: endTokenPos,
                    #forceCompile: forceCompile,
                    #reportLines: reportLines,
                    #libraryFilters: libraryFilters,
                    #librariesAlreadyCompiled: librariesAlreadyCompiled,
                  },
                ),
              ),
            ),
          )
          as _i3.Future<_i2.SourceReport>);

  @override
  _i3.Future<_i2.Version> getVersion() =>
      (super.noSuchMethod(
            Invocation.method(#getVersion, []),
            returnValue: _i3.Future<_i2.Version>.value(
              _FakeVersion_25(this, Invocation.method(#getVersion, [])),
            ),
          )
          as _i3.Future<_i2.Version>);

  @override
  _i3.Future<_i2.VM> getVM() =>
      (super.noSuchMethod(
            Invocation.method(#getVM, []),
            returnValue: _i3.Future<_i2.VM>.value(
              _FakeVM_26(this, Invocation.method(#getVM, [])),
            ),
          )
          as _i3.Future<_i2.VM>);

  @override
  _i3.Future<_i2.Timeline> getVMTimeline({
    int? timeOriginMicros,
    int? timeExtentMicros,
  }) =>
      (super.noSuchMethod(
            Invocation.method(#getVMTimeline, [], {
              #timeOriginMicros: timeOriginMicros,
              #timeExtentMicros: timeExtentMicros,
            }),
            returnValue: _i3.Future<_i2.Timeline>.value(
              _FakeTimeline_27(
                this,
                Invocation.method(#getVMTimeline, [], {
                  #timeOriginMicros: timeOriginMicros,
                  #timeExtentMicros: timeExtentMicros,
                }),
              ),
            ),
          )
          as _i3.Future<_i2.Timeline>);

  @override
  _i3.Future<_i2.TimelineFlags> getVMTimelineFlags() =>
      (super.noSuchMethod(
            Invocation.method(#getVMTimelineFlags, []),
            returnValue: _i3.Future<_i2.TimelineFlags>.value(
              _FakeTimelineFlags_28(
                this,
                Invocation.method(#getVMTimelineFlags, []),
              ),
            ),
          )
          as _i3.Future<_i2.TimelineFlags>);

  @override
  _i3.Future<_i2.Timestamp> getVMTimelineMicros() =>
      (super.noSuchMethod(
            Invocation.method(#getVMTimelineMicros, []),
            returnValue: _i3.Future<_i2.Timestamp>.value(
              _FakeTimestamp_29(
                this,
                Invocation.method(#getVMTimelineMicros, []),
              ),
            ),
          )
          as _i3.Future<_i2.Timestamp>);

  @override
  _i3.Future<_i2.Success> pause(String? isolateId) =>
      (super.noSuchMethod(
            Invocation.method(#pause, [isolateId]),
            returnValue: _i3.Future<_i2.Success>.value(
              _FakeSuccess_1(this, Invocation.method(#pause, [isolateId])),
            ),
          )
          as _i3.Future<_i2.Success>);

  @override
  _i3.Future<_i2.Success> kill(String? isolateId) =>
      (super.noSuchMethod(
            Invocation.method(#kill, [isolateId]),
            returnValue: _i3.Future<_i2.Success>.value(
              _FakeSuccess_1(this, Invocation.method(#kill, [isolateId])),
            ),
          )
          as _i3.Future<_i2.Success>);

  @override
  _i3.Future<_i2.UriList> lookupResolvedPackageUris(
    String? isolateId,
    List<String>? uris, {
    bool? local,
  }) =>
      (super.noSuchMethod(
            Invocation.method(
              #lookupResolvedPackageUris,
              [isolateId, uris],
              {#local: local},
            ),
            returnValue: _i3.Future<_i2.UriList>.value(
              _FakeUriList_30(
                this,
                Invocation.method(
                  #lookupResolvedPackageUris,
                  [isolateId, uris],
                  {#local: local},
                ),
              ),
            ),
          )
          as _i3.Future<_i2.UriList>);

  @override
  _i3.Future<_i2.UriList> lookupPackageUris(
    String? isolateId,
    List<String>? uris,
  ) =>
      (super.noSuchMethod(
            Invocation.method(#lookupPackageUris, [isolateId, uris]),
            returnValue: _i3.Future<_i2.UriList>.value(
              _FakeUriList_30(
                this,
                Invocation.method(#lookupPackageUris, [isolateId, uris]),
              ),
            ),
          )
          as _i3.Future<_i2.UriList>);

  @override
  _i3.Future<_i2.Success> registerService(String? service, String? alias) =>
      (super.noSuchMethod(
            Invocation.method(#registerService, [service, alias]),
            returnValue: _i3.Future<_i2.Success>.value(
              _FakeSuccess_1(
                this,
                Invocation.method(#registerService, [service, alias]),
              ),
            ),
          )
          as _i3.Future<_i2.Success>);

  @override
  _i3.Future<_i2.ReloadReport> reloadSources(
    String? isolateId, {
    bool? force,
    bool? pause,
    String? rootLibUri,
    String? packagesUri,
  }) =>
      (super.noSuchMethod(
            Invocation.method(
              #reloadSources,
              [isolateId],
              {
                #force: force,
                #pause: pause,
                #rootLibUri: rootLibUri,
                #packagesUri: packagesUri,
              },
            ),
            returnValue: _i3.Future<_i2.ReloadReport>.value(
              _FakeReloadReport_31(
                this,
                Invocation.method(
                  #reloadSources,
                  [isolateId],
                  {
                    #force: force,
                    #pause: pause,
                    #rootLibUri: rootLibUri,
                    #packagesUri: packagesUri,
                  },
                ),
              ),
            ),
          )
          as _i3.Future<_i2.ReloadReport>);

  @override
  _i3.Future<_i2.Success> removeBreakpoint(
    String? isolateId,
    String? breakpointId,
  ) =>
      (super.noSuchMethod(
            Invocation.method(#removeBreakpoint, [isolateId, breakpointId]),
            returnValue: _i3.Future<_i2.Success>.value(
              _FakeSuccess_1(
                this,
                Invocation.method(#removeBreakpoint, [isolateId, breakpointId]),
              ),
            ),
          )
          as _i3.Future<_i2.Success>);

  @override
  _i3.Future<_i2.Success> requestHeapSnapshot(String? isolateId) =>
      (super.noSuchMethod(
            Invocation.method(#requestHeapSnapshot, [isolateId]),
            returnValue: _i3.Future<_i2.Success>.value(
              _FakeSuccess_1(
                this,
                Invocation.method(#requestHeapSnapshot, [isolateId]),
              ),
            ),
          )
          as _i3.Future<_i2.Success>);

  @override
  _i3.Future<_i2.Success> resume(
    String? isolateId, {
    String? step,
    int? frameIndex,
  }) =>
      (super.noSuchMethod(
            Invocation.method(
              #resume,
              [isolateId],
              {#step: step, #frameIndex: frameIndex},
            ),
            returnValue: _i3.Future<_i2.Success>.value(
              _FakeSuccess_1(
                this,
                Invocation.method(
                  #resume,
                  [isolateId],
                  {#step: step, #frameIndex: frameIndex},
                ),
              ),
            ),
          )
          as _i3.Future<_i2.Success>);

  @override
  _i3.Future<_i2.Breakpoint> setBreakpointState(
    String? isolateId,
    String? breakpointId,
    bool? enable,
  ) =>
      (super.noSuchMethod(
            Invocation.method(#setBreakpointState, [
              isolateId,
              breakpointId,
              enable,
            ]),
            returnValue: _i3.Future<_i2.Breakpoint>.value(
              _FakeBreakpoint_0(
                this,
                Invocation.method(#setBreakpointState, [
                  isolateId,
                  breakpointId,
                  enable,
                ]),
              ),
            ),
          )
          as _i3.Future<_i2.Breakpoint>);

  @override
  _i3.Future<_i2.Success> setExceptionPauseMode(
    String? isolateId,
    String? mode,
  ) =>
      (super.noSuchMethod(
            Invocation.method(#setExceptionPauseMode, [isolateId, mode]),
            returnValue: _i3.Future<_i2.Success>.value(
              _FakeSuccess_1(
                this,
                Invocation.method(#setExceptionPauseMode, [isolateId, mode]),
              ),
            ),
          )
          as _i3.Future<_i2.Success>);

  @override
  _i3.Future<_i2.Success> setIsolatePauseMode(
    String? isolateId, {
    String? exceptionPauseMode,
    bool? shouldPauseOnExit,
  }) =>
      (super.noSuchMethod(
            Invocation.method(
              #setIsolatePauseMode,
              [isolateId],
              {
                #exceptionPauseMode: exceptionPauseMode,
                #shouldPauseOnExit: shouldPauseOnExit,
              },
            ),
            returnValue: _i3.Future<_i2.Success>.value(
              _FakeSuccess_1(
                this,
                Invocation.method(
                  #setIsolatePauseMode,
                  [isolateId],
                  {
                    #exceptionPauseMode: exceptionPauseMode,
                    #shouldPauseOnExit: shouldPauseOnExit,
                  },
                ),
              ),
            ),
          )
          as _i3.Future<_i2.Success>);

  @override
  _i3.Future<_i2.Response> setFlag(String? name, String? value) =>
      (super.noSuchMethod(
            Invocation.method(#setFlag, [name, value]),
            returnValue: _i3.Future<_i2.Response>.value(
              _FakeResponse_3(this, Invocation.method(#setFlag, [name, value])),
            ),
          )
          as _i3.Future<_i2.Response>);

  @override
  _i3.Future<_i2.Success> setLibraryDebuggable(
    String? isolateId,
    String? libraryId,
    bool? isDebuggable,
  ) =>
      (super.noSuchMethod(
            Invocation.method(#setLibraryDebuggable, [
              isolateId,
              libraryId,
              isDebuggable,
            ]),
            returnValue: _i3.Future<_i2.Success>.value(
              _FakeSuccess_1(
                this,
                Invocation.method(#setLibraryDebuggable, [
                  isolateId,
                  libraryId,
                  isDebuggable,
                ]),
              ),
            ),
          )
          as _i3.Future<_i2.Success>);

  @override
  _i3.Future<_i2.Success> setName(String? isolateId, String? name) =>
      (super.noSuchMethod(
            Invocation.method(#setName, [isolateId, name]),
            returnValue: _i3.Future<_i2.Success>.value(
              _FakeSuccess_1(
                this,
                Invocation.method(#setName, [isolateId, name]),
              ),
            ),
          )
          as _i3.Future<_i2.Success>);

  @override
  _i3.Future<_i2.Success> setTraceClassAllocation(
    String? isolateId,
    String? classId,
    bool? enable,
  ) =>
      (super.noSuchMethod(
            Invocation.method(#setTraceClassAllocation, [
              isolateId,
              classId,
              enable,
            ]),
            returnValue: _i3.Future<_i2.Success>.value(
              _FakeSuccess_1(
                this,
                Invocation.method(#setTraceClassAllocation, [
                  isolateId,
                  classId,
                  enable,
                ]),
              ),
            ),
          )
          as _i3.Future<_i2.Success>);

  @override
  _i3.Future<_i2.Success> setVMName(String? name) =>
      (super.noSuchMethod(
            Invocation.method(#setVMName, [name]),
            returnValue: _i3.Future<_i2.Success>.value(
              _FakeSuccess_1(this, Invocation.method(#setVMName, [name])),
            ),
          )
          as _i3.Future<_i2.Success>);

  @override
  _i3.Future<_i2.Success> setVMTimelineFlags(List<String>? recordedStreams) =>
      (super.noSuchMethod(
            Invocation.method(#setVMTimelineFlags, [recordedStreams]),
            returnValue: _i3.Future<_i2.Success>.value(
              _FakeSuccess_1(
                this,
                Invocation.method(#setVMTimelineFlags, [recordedStreams]),
              ),
            ),
          )
          as _i3.Future<_i2.Success>);

  @override
  _i3.Future<_i2.Success> streamCancel(String? streamId) =>
      (super.noSuchMethod(
            Invocation.method(#streamCancel, [streamId]),
            returnValue: _i3.Future<_i2.Success>.value(
              _FakeSuccess_1(
                this,
                Invocation.method(#streamCancel, [streamId]),
              ),
            ),
          )
          as _i3.Future<_i2.Success>);

  @override
  _i3.Future<_i2.Success> streamCpuSamplesWithUserTag(List<String>? userTags) =>
      (super.noSuchMethod(
            Invocation.method(#streamCpuSamplesWithUserTag, [userTags]),
            returnValue: _i3.Future<_i2.Success>.value(
              _FakeSuccess_1(
                this,
                Invocation.method(#streamCpuSamplesWithUserTag, [userTags]),
              ),
            ),
          )
          as _i3.Future<_i2.Success>);

  @override
  _i3.Future<_i2.Success> streamListen(String? streamId) =>
      (super.noSuchMethod(
            Invocation.method(#streamListen, [streamId]),
            returnValue: _i3.Future<_i2.Success>.value(
              _FakeSuccess_1(
                this,
                Invocation.method(#streamListen, [streamId]),
              ),
            ),
          )
          as _i3.Future<_i2.Success>);

  @override
  _i3.Future<_i2.Response> callMethod(
    String? method, {
    String? isolateId,
    Map<String, dynamic>? args,
  }) =>
      (super.noSuchMethod(
            Invocation.method(
              #callMethod,
              [method],
              {#isolateId: isolateId, #args: args},
            ),
            returnValue: _i3.Future<_i2.Response>.value(
              _FakeResponse_3(
                this,
                Invocation.method(
                  #callMethod,
                  [method],
                  {#isolateId: isolateId, #args: args},
                ),
              ),
            ),
          )
          as _i3.Future<_i2.Response>);

  @override
  _i3.Future<_i2.Response> callServiceExtension(
    String? method, {
    String? isolateId,
    Map<String, dynamic>? args,
  }) =>
      (super.noSuchMethod(
            Invocation.method(
              #callServiceExtension,
              [method],
              {#isolateId: isolateId, #args: args},
            ),
            returnValue: _i3.Future<_i2.Response>.value(
              _FakeResponse_3(
                this,
                Invocation.method(
                  #callServiceExtension,
                  [method],
                  {#isolateId: isolateId, #args: args},
                ),
              ),
            ),
          )
          as _i3.Future<_i2.Response>);

  @override
  _i3.Future<void> dispose() =>
      (super.noSuchMethod(
            Invocation.method(#dispose, []),
            returnValue: _i3.Future<void>.value(),
            returnValueForMissingStub: _i3.Future<void>.value(),
          )
          as _i3.Future<void>);

  @override
  _i3.Future<T> wrapFuture<T>(String? name, _i3.Future<T>? future) =>
      (super.noSuchMethod(
            Invocation.method(#wrapFuture, [name, future]),
            returnValue:
                _i4.ifNotNull(
                  _i4.dummyValueOrNull<T>(
                    this,
                    Invocation.method(#wrapFuture, [name, future]),
                  ),
                  (T v) => _i3.Future<T>.value(v),
                ) ??
                _FakeFuture_32<T>(
                  this,
                  Invocation.method(#wrapFuture, [name, future]),
                ),
          )
          as _i3.Future<T>);

  @override
  void registerServiceCallback(String? service, _i2.ServiceCallback? cb) =>
      super.noSuchMethod(
        Invocation.method(#registerServiceCallback, [service, cb]),
        returnValueForMissingStub: null,
      );
}