export declare type MirrorType =
  | 'undefined'
  | 'null'
  | 'boolean'
  | 'number'
  | 'string'
  | 'symbol'
  | 'object'
  | 'function'
  | 'regexp'
  | 'error'
  | 'property'
  | 'internalProperty'
  | 'frame'
  | 'script'
  | 'context'
  | 'scope'
  | 'promise'
  | 'map'
  | 'set'
  | 'iterator'
  | 'generator';

export interface Mirror {
  type: () => MirrorType;
  isValue: () => boolean;
  isUndefined: () => boolean;
  isNull: () => boolean;
  isBoolean: () => boolean;
  isNumber: () => boolean;
  isString: () => boolean;
  isSymbol: () => boolean;
  isObject: () => boolean;
  isFunction: () => boolean;
  isUnresolvedFunction: () => boolean;
  isArray: () => boolean;
  isDate: () => boolean;
  isRegExp: () => boolean;
  isError: () => boolean;
  isPromise: () => boolean;
  isGenerator: () => boolean;
  isProperty: () => boolean;
  isInternalProperty: () => boolean;
  isFrame: () => boolean;
  isScript: () => boolean;
  isContext: () => boolean;
  isScope: () => boolean;
  isMap: () => boolean;
  isSet: () => boolean;
  isIterator: () => boolean;
  toText: () => string;
}

export interface ValueMirror extends Mirror {
  value_: any;
  isPrimitive: () => boolean;
  value: () => any;
}

// eslint-disable-next-line @typescript-eslint/no-empty-interface
export interface UndefinedMirror extends ValueMirror {}

export interface InternalPropertyMirror extends Mirror {
  name: () => string;
  // TODO: Determine if this should not be any
  value: () => any;
}

export interface ObjectMirror extends ValueMirror {
  className: () => string;
  constructorFunction: () => Mirror;
  prototypeObject: () => Mirror;
  protoObject: () => Mirror;
  hasNamedInterceptor: () => boolean;
  hasIndexedInterceptor: () => boolean;
  // TODO: Determine if string[] is the correct return type
  propertyNames: (kind: number, limit: number) => string[];
  // TODO: Determine if PropertyMirror[] is the corrrect return type
  //       The debug code assumes `kind` and `limit` below are optional.
  //       Determine if that is the case.
  properties: (kind?: number, limit?: number) => PropertyMirror[];
  // TODO: Determine if PropertyMirror[] is the corrrect return type
  internalProperties: () => PropertyMirror[];
  property: () => PropertyMirror | UndefinedMirror;
  lookupProperty: (value: Mirror) => PropertyMirror | UndefinedMirror;
  // TODO: Determine if the return type can be ObjectMirror[]
  referencedBy: (opt_max_objects?: number) => Mirror[];
  // TODO: Determine how to express that this is a static method
  GetInternalProperties: (value: any) => InternalPropertyMirror[];
}

export interface PropertyMirror extends Mirror {
  // TODO: Determine if this attribute should be treated as public and, if so,
  //       include the rest of the public attributes.
  mirror_: ObjectMirror;
  isReadOnly: () => boolean;
  isEnum: () => boolean;
  canDelete: () => boolean;
  name: () => string;
  isIndexed: () => boolean;
  // TODO: Determine if this return type is correct.
  //       The debug agent code expects this method to return a `ValueMirror`.
  value: () => ValueMirror;
  isException: () => boolean;
  // TODO: Determine the correct return type for these
  attributes: () => any;
  propertyType: () => any;
  hasGetter: () => boolean;
  hasSetter: () => boolean;
  getter: () => Mirror;
  setter: () => Mirror;
  isNative: () => boolean;
}

export interface FrameDetails {
  // TODO: The debug code expects this to have `arguments` and `locals` fields.
  //       The code at https://chromium.googlesource.com/v8/v8.git/+/refs/heads/main/src/inspector/value-mirror.cc
  //       seems to suggest that these fields should exist.  Make sure that is
  //       the case.
  arguments: Array<{
    name: string;
    value: any;
  }>;
  locals: Array<{
    name: string;
    value: any;
  }>;
  break_id_: number;
  // TODO: Determine the type of details_ and the methods in this interface
  details_: any;
  frameId: () => any;
  receiver: () => any;
  func: () => any;
  script: () => any;
  isConstructCall: () => any;
  isAtReturn: () => any;
  isDebuggerFrame: () => any;
  isOptimizedFrame: () => any;
  isInlinedFrame: () => any;
  inlinedFrameIndex: () => any;
  argumentCount: () => any;
  argumentName: (index: number) => any;
  argumentValue: (index: number) => any;
  localCount: () => any;
  sourcePosition: () => any;
  localName: () => any;
  localValue: () => any;
  returnValue: () => any;
  scopeCount: () => any;
}

export interface FrameMirror extends Mirror {
  break_id_: number;
  index_: number;
  // TODO: Determine the type of details_
  details_: FrameDetails;
  details: () => FrameDetails;
  index: () => number;
  // TODO: Determine if this can be made more precise
  //       The debug agent code assumes this is a FunctionMirror
  func: () => FunctionMirror;
  // TODO: Determine if this can be made more precise
  script: () => Mirror;
  receiver: () => Mirror;
  // TODO: Determine if the return type is correct
  isConstructCall: () => boolean;
  // TODO: Determine if the return type is correct
  isAtReturn: () => boolean;
  // TODO: Determine if the return type is correct
  isDebuggerFrame: () => boolean;
  // TODO: Determine if the return type is correct
  isOptimizedFrame: () => boolean;
  // TODO: Determine if the return type is correct
  isInlinedFrame: () => boolean;
  // TODO: Determine if the return type is correct
  inlinedFrameIndex: () => number;
  // TODO: Determine if the return type is correct
  argumentCount: () => number;
  // TODO: Determine if the return type is correct
  argumentName: () => string;
  argumentValue: () => Mirror;
  // TODO: Determine if the return type is correct
  localCount: () => number;
  // TODO: Determine if the return type is correct
  localName: () => string;
  localValue: () => Mirror;
  returnValue: () => Mirror;
  // TODO: Determine if the return type is correct
  sourcePosition: () => any;
  // TODO: Determine if the return type is correct
  sourceLocation: () => any;
  // TODO: Determine if the return type is correct
  sourceLine: () => number;
  // TODO: Determine if the return type is correct
  sourceColumn: () => number;
  // TODO: Determine if the return type is correct
  sourceLineText: () => string;
  // TODO: Determine if the return type is correct
  scopeCount: () => number;
  // More precisely, the return type is ScopeMirror
  scope: () => Mirror;
  allScopes: (opt_ignore_nested_scopes?: boolean) => ScopeMirror[];
  // TODO: Determine if ValueMirror is the correct return type.
  //       The debug aget code expects the type to be ValueMirror.
  evaluate: (source: string, throw_on_side_effect?: boolean) => ValueMirror;
  invocationText: () => string;
  sourceAndPositionText: () => string;
  localsText: () => string;
  // TODO: Determine the return type
  restart: () => any;
}

// TODO: Determine and verify the types of the parameters and return types
//       of each member of this interface
export interface ScopeDetails {
  type: () => any;
  object: () => any;
  name: () => any;
  startPosition: () => any;
  endPosition: () => any;
  func: () => any;
  setVariableValueImpl: (name: string, new_value: any) => void;
}

export interface ScopeMirror extends Mirror {
  details: () => ScopeDetails;
  frameIndex: () => number;
  scopeIndex: () => number;
  // TODO: Determine this type.  It is the same as ScopeDetails#type()
  scopeType: () => any;
  scopeObject: () => Mirror;
  // TODO: Verify the parameter types and return type
  setVariableValue: (name: string, new_value: any) => void;
}

export interface ScriptMirror {
  // TODO: Determine the other members of this interface
  name: () => string;
}

// eslint-disable-next-line @typescript-eslint/no-empty-interface
export interface Location {
  // TODO: Determine the members of this interface
}

// eslint-disable-next-line @typescript-eslint/no-empty-interface
export interface ContextMirror {
  // TODO: Determine the members of this interface
}

export interface FunctionMirror extends ObjectMirror {
  resolved: () => boolean;
  name: () => string;
  debugName: () => string;
  inferredName: () => string;
  source: () => string | undefined;
  script: () => ScriptMirror | undefined;
  sourcePosition: () => number | undefined;
  sourceLocation: () => Location | undefined;
  constructedBy: (opt_max_instances?: number) => Mirror[] | undefined;
  scopeCount: () => number;
  scope: (index: number) => ScopeMirror;
  toText: () => string;
  context: () => ContextMirror;
}

// See https://chromium.googlesource.com/v8/v8.git/+/refs/heads/main/test/debugger/test-api.js
export interface ExecutionState {
  // This interface only contains the elements used within the debug agent
  // for the full implementation.
  frame: (index: number) => FrameMirror;
  frameCount: () => number;
}

// TODO: Add the rest of the methods in this interface
export interface BreakPoint {
  script_break_point: () => ScriptBreakPoint;
  // TODO: The debug code assumes these method exist.  Verify they exist.
  number: () => number;
  active: () => boolean;
}

// TODO: Add the rest of the methods in this interface
export interface ScriptBreakPoint {
  number: () => number;
}

// TODO: Verify the return types of these methods
export interface BreakEvent {
  eventType: () => DebugEvent;
  func: () => any;
  sourceLine: () => number;
  sourceColumn: () => number;
  sourceLineText: () => string;
  breakPointsHit: () => BreakPoint[];
}

export interface DebugEvent {
  Break: DebugEvent;
  Exception: DebugEvent;
  AfterCompile: DebugEvent;
  CompileError: DebugEvent;
  AsyncTaskEvent: DebugEvent;
}

// See https://chromium.googlesource.com/v8/v8.git/+/refs/heads/main/test/debugger/test-api.js
export interface Debug {
  DebugEvent: DebugEvent;
  setListener: (listener: any, opt_data?: any) => void;
  clearBreakPoint: (break_point_number: number) => void;
  setScriptBreakPointByRegExp: (
    script_regexp: RegExp,
    opt_line?: number,
    opt_column?: number,
    opt_condition?: any,
    opt_groupId?: number
  ) => number;
  findBreakPoint: (break_point_number: number, remove?: boolean) => BreakPoint;
  MakeMirror: (value: any) => Mirror;
}